DCTerminals
type: ObjectProperty
inverse of: DCConductingEquipment
domain: ACDCConverter
range: ACDCConverterDCTerminal
comment: A DC converter have DC converter terminals. A converter has two DC converter terminals.

PccTerminal
type: ObjectProperty
domain: ACDCConverter
range: Terminal
comment: Point of common coupling terminal for this converter DC side. It is typically the terminal on the power transformer or switch closest to the AC network.

baseS
type: ObjectProperty
domain: ACDCConverter
range: ApparentPower
comment: Base apparent power of the converter pole. The attribute shall be a positive value.

idc
type: ObjectProperty
domain: ACDCConverter
range: CurrentFlow
comment: Converter DC current also called Id. It is converters state variable result from power flow.

idleLoss
type: ObjectProperty
domain: ACDCConverter
range: ActivePower
comment: Active power loss in pole at no power transfer. It is converters configuration data used in power flow. The attribute shall be a positive value.

maxP
type: ObjectProperty
domain: ACDCConverter
range: ActivePower
comment: Maximum active power limit. The value is overwritten by values of VsCapabilityCurve if present.

maxUdc
type: ObjectProperty
domain: ACDCConverter
range: Voltage
comment: The maximum voltage on the DC side at which the converter should operate. It is converters configuration data used in power flow. The attribute shall be a positive value.

minP
type: ObjectProperty
domain: ACDCConverter
range: ActivePower
comment: Minimum active power limit. The value is overwritten by values of VsCapabilityCurve if present.

minUdc
type: ObjectProperty
domain: ACDCConverter
range: Voltage
comment: The minimum voltage on the DC side at which the converter should operate. It is converters configuration data used in power flow. The attribute shall be a positive value.

p
type: ObjectProperty
domain: ACDCConverter
range: ActivePower
comment: Active power at the point of common coupling. Load sign convention is used i.e. positive sign means flow out from a node.Starting value for a steady state solution in the case a simplified power flow model is used.

poleLossP
type: ObjectProperty
domain: ACDCConverter
range: ActivePower
comment: The active power loss at a DC Pole idleLoss switchingLossIdc resitiveLossIdc2.For lossless operation PdcPac.For rectifier operation with losses PdcPaclossP.For inverter operation with losses PdcPaclossP.It is converters state variable used in power flow. The attribute shall be a positive value.

q
type: ObjectProperty
domain: ACDCConverter
range: ReactivePower
comment: Reactive power at the point of common coupling. Load sign convention is used i.e. positive sign means flow out from a node.Starting value for a steady state solution in the case a simplified power flow model is used.

ratedUdc
type: ObjectProperty
domain: ACDCConverter
range: Voltage
comment: Rated converter DC voltage also called UdN. The attribute shall be a positive value. It is converters configuration data used in power flow. For instance a bipolar HVDC link with value 200 kV has a 400kV difference between the dc lines.

resistiveLoss
type: ObjectProperty
domain: ACDCConverter
range: Resistance
comment: It is converters configuration data used in power flow. Refer to poleLossP. The attribute shall be a positive value.

switchingLoss
type: ObjectProperty
domain: ACDCConverter
range: ActivePowerPerCurrentFlow
comment: Switching losses relative to the base apparent power baseS. Refer to poleLossP. The attribute shall be a positive value.

targetPpcc
type: ObjectProperty
domain: ACDCConverter
range: ActivePower
comment: Real power injection target in AC grid at point of common coupling. Load sign convention is used i.e. positive sign means flow out from a node.

targetUdc
type: ObjectProperty
domain: ACDCConverter
range: Voltage
comment: Target value for DC voltage magnitude. The attribute shall be a positive value.

uc
type: ObjectProperty
domain: ACDCConverter
range: Voltage
comment: Linetoline converter voltage the voltage at the AC side of the valve. It is converters state variable result from power flow. The attribute shall be a positive value.

udc
type: ObjectProperty
domain: ACDCConverter
range: Voltage
comment: Converter voltage at the DC side also called Ud. It is converters state variable result from power flow. The attribute shall be a positive value.

valveU0
type: ObjectProperty
domain: ACDCConverter
range: Voltage
comment: Valve threshold voltage also called Uvalve. Forward voltage drop when the valve is conducting. Used in loss calculations i.e. the switchLoss depend on numberOfValves valveU0.

DCConductingEquipment
type: ObjectProperty
domain: ACDCConverterDCTerminal
range: ACDCConverter
comment: A DC converter terminal belong to an DC converter.

polarity
type: ObjectProperty
domain: ACDCConverterDCTerminal
range: DCPolarityKind
comment: Represents the normal network polarity condition. Depending on the converter configuration the value shall be set as follows For a monopole with two converter terminals use DCPolarityKind positive and negative. For a bipole or symmetric monopole with three converter terminals use DCPolarityKind positive middle and negative.

BusNameMarker
type: ObjectProperty
inverse of: Terminal
domain: ACDCTerminal
range: BusNameMarker
comment: The bus name marker used to name the bus topological node.

Measurements
type: ObjectProperty
inverse of: Terminal
domain: ACDCTerminal
range: Measurement
comment: Measurements associated with this terminal defining where the measurement is placed in the network topology. It may be used for instance to capture the sensor position such as a voltage transformer PT at a busbar or a current transformer CT at the bar between a breaker and an isolator.

OperationalLimitSet
type: ObjectProperty
inverse of: Terminal
domain: ACDCTerminal
range: OperationalLimitSet
comment: The operational limit sets at the terminal.

ACLineSegmentPhases
type: ObjectProperty
inverse of: ACLineSegment
domain: ACLineSegment
range: ACLineSegmentPhase
comment: The line segment phases which belong to the line segment.

Clamp
type: ObjectProperty
domain: ACLineSegment
range: Clamp
comment: The clamps connected to the line segment.

Cut
type: ObjectProperty
inverse of: ACLineSegment
domain: ACLineSegment
range: Cut
comment: Cuts applied to the line segment.

LineFaults
type: ObjectProperty
inverse of: ACLineSegment
domain: ACLineSegment
range: LineFault
comment: The line faults of the line segment.

LineGroundingAction
type: ObjectProperty
inverse of: AlongACLineSegment
domain: ACLineSegment
range: GroundAction
comment: Ground action involving clamp usage for the case when the ground is applied along the line segment instead of at its terminals.

LineJumpingAction
type: ObjectProperty
inverse of: ACLineSegments
domain: ACLineSegment
range: JumperAction
comment: Jumper action involving clamp usage for the case when the jumper is applied along the line segment instead of at its terminals.

PerLengthImpedance
type: ObjectProperty
inverse of: ACLineSegments
domain: ACLineSegment
range: PerLengthImpedance
comment: Perlength impedance of this line segment.

WireSpacingInfo
type: ObjectProperty
domain: ACLineSegment
range: WireSpacingInfo

b0ch
type: ObjectProperty
domain: ACLineSegment
range: Susceptance
comment: Zero sequence shunt charging susceptance uniformly distributed of the entire line section.

bch
type: ObjectProperty
domain: ACLineSegment
range: Susceptance
comment: Positive sequence shunt charging susceptance uniformly distributed of the entire line section. This value represents the full charging over the full length of the line.

g0ch
type: ObjectProperty
domain: ACLineSegment
range: Conductance
comment: Zero sequence shunt charging conductance uniformly distributed of the entire line section.

gch
type: ObjectProperty
domain: ACLineSegment
range: Conductance
comment: Positive sequence shunt charging conductance uniformly distributed of the entire line section.

r
type: ObjectProperty
domain: ACLineSegment
range: Resistance
comment: Positive sequence series resistance of the entire line section.

r0
type: ObjectProperty
domain: ACLineSegment
range: Resistance
comment: Zero sequence series resistance of the entire line section.

shortCircuitEndTemperature
type: ObjectProperty
domain: ACLineSegment
range: Temperature
comment: Maximum permitted temperature at the end of SC for the calculation of minimum shortcircuit currents. Used for short circuit data exchange according to IEC 60909.

x
type: ObjectProperty
domain: ACLineSegment
range: Reactance
comment: Positive sequence series reactance of the entire line section.

x0
type: ObjectProperty
domain: ACLineSegment
range: Reactance
comment: Zero sequence series reactance of the entire line section.

ACLineSegment
type: ObjectProperty
domain: ACLineSegmentPhase
range: ACLineSegment
comment: The line segment to which the phase belongs.

WireInfo
type: ObjectProperty
domain: ACLineSegmentPhase
range: WireInfo

phase
type: ObjectProperty
domain: ACLineSegmentPhase
range: SinglePhaseKind
comment: The phase connection of the wire at both ends.

ReserveDemandCurve
type: ObjectProperty
domain: ASRequirements
range: ReserveDemandCurve

standardEdition
type: ObjectProperty
domain: ASTMStandard
range: ASTMStandardEditionKind
comment: Edition of ASTM standard.

standardNumber
type: ObjectProperty
domain: ASTMStandard
range: ASTMStandardKind
comment: ASTM standard number.

payment
type: ObjectProperty
domain: AccessPermit
range: Money
comment: Total cost of permit.

amount
type: ObjectProperty
domain: AccountMovement
range: Money
comment: Amount that was credited todebited from an account. For example payment receivedinterest charge on arrears.

CustomerAccount
type: ObjectProperty
inverse of: AccountNotification
domain: AccountNotification
range: CustomerAccount

energyUnit
type: ObjectProperty
domain: AccountingUnit
range: RealEnergy
comment: Unit of service.

monetaryUnit
type: ObjectProperty
domain: AccountingUnit
range: Currency
comment: Unit of currency.

multiplier
type: ObjectProperty
domain: AccountingUnit
range: UnitMultiplier
comment: Multiplier for the energyUnit or monetaryUnit.

AccumulatorValues
type: ObjectProperty
domain: Accumulator
range: AccumulatorValue
comment: The values connected to this measurement.

LimitSets
type: ObjectProperty
domain: Accumulator
range: AccumulatorLimitSet
comment: A measurement may have zero or more limit ranges defined for it.

LimitSet
type: ObjectProperty
inverse of: Limits
domain: AccumulatorLimit
range: AccumulatorLimitSet
comment: The set of limits.

Limits
type: ObjectProperty
domain: AccumulatorLimitSet
range: AccumulatorLimit
comment: The limit values used for supervision of Measurements.

Measurements
type: ObjectProperty
inverse of: LimitSets
domain: AccumulatorLimitSet
range: Accumulator
comment: The Measurements using the LimitSet.

AccumulatorValue
type: ObjectProperty
domain: AccumulatorReset
range: AccumulatorValue
comment: The accumulator value that is reset by the command.

Accumulator
type: ObjectProperty
inverse of: AccumulatorValues
domain: AccumulatorValue
range: Accumulator
comment: Measurement to which this value is connected.

AccumulatorReset
type: ObjectProperty
inverse of: AccumulatorValue
domain: AccumulatorValue
range: AccumulatorReset
comment: The command that resets the accumulator value.

MarketDocument
type: ObjectProperty
domain: AceTariffType
range: MarketDocument

Point
type: ObjectProperty
inverse of: AceTariffType
domain: AceTariffType
range: Point

Unit
type: ObjectProperty
domain: AceTariffType
range: Unit

Bid
type: ObjectProperty
domain: ActionRequest
range: Bid

Trade
type: ObjectProperty
domain: ActionRequest
range: Trade

actionName
type: ObjectProperty
domain: ActionRequest
range: ActionType
comment: Action name type for the action request.

multiplier
type: ObjectProperty
domain: ActivePower
range: UnitMultiplier

unit
type: ObjectProperty
domain: ActivePower
range: UnitSymbol

multiplier
type: ObjectProperty
domain: ActivePowerChangeRate
range: UnitMultiplier

unit
type: ObjectProperty
domain: ActivePowerChangeRate
range: UnitSymbol

normalValue
type: ObjectProperty
domain: ActivePowerLimit
range: ActivePower
comment: The normal value of active power limit. The attribute shall be a positive value or zero.

value
type: ObjectProperty
domain: ActivePowerLimit
range: ActivePower
comment: Value of active power limit. The attribute shall be a positive value or zero.

multiplier
type: ObjectProperty
domain: ActivePowerPerCurrentFlow
range: UnitMultiplier

unit
type: ObjectProperty
domain: ActivePowerPerCurrentFlow
range: UnitSymbol

multiplier
type: ObjectProperty
domain: ActivePowerPerFrequency
range: UnitMultiplier

unit
type: ObjectProperty
domain: ActivePowerPerFrequency
range: UnitSymbol

Assets
type: ObjectProperty
inverse of: ActivityRecords
domain: ActivityRecord
range: Asset
comment: All assets for which this activity record has been created.

Author
type: ObjectProperty
inverse of: ActivityRecords
domain: ActivityRecord
range: Author
comment: Author of this activity record.

status
type: ObjectProperty
domain: ActivityRecord
range: Status
comment: Information on consequence of event resulting in this activity record.

BidSelfSched
type: ObjectProperty
domain: AdjacentCASet
range: BidSelfSched

HostControlArea
type: ObjectProperty
inverse of: AdjacentCASet
domain: AdjacentCASet
range: HostControlArea

RTO
type: ObjectProperty
inverse of: RTO.AdjacentCASet
domain: AdjacentCASet
range: RTO

RegisteredResource
type: ObjectProperty
inverse of: RegisteredResource.AdjacentCASet
domain: AdjacentCASet
range: RegisteredResource

SubControlArea
type: ObjectProperty
domain: AdjacentCASet
range: SubControlArea

multiplier
type: ObjectProperty
domain: Admittance
range: UnitMultiplier

unit
type: ObjectProperty
domain: Admittance
range: UnitSymbol

AreaLoadCurve
type: ObjectProperty
inverse of: AggregateNode
domain: AggregateNode
range: AreaLoadCurve

CnodeDistributionFactor
type: ObjectProperty
domain: AggregateNode
range: CnodeDistributionFactor

Instruction
type: ObjectProperty
inverse of: AggregateNode
domain: AggregateNode
range: Instructions

Pnode
type: ObjectProperty
domain: AggregateNode
range: Pnode

RTO
type: ObjectProperty
inverse of: RTO.AggregateNode
domain: AggregateNode
range: RTO

RegisteredResource
type: ObjectProperty
inverse of: RegisteredResource.AggregateNode
domain: AggregateNode
range: RegisteredResource
comment: A RegisteredResource can be associated to only one AggregateNode if not connected to a Pnode or MktConnectivityNode.

SubControlArea
type: ObjectProperty
domain: AggregateNode
range: SubControlArea

anodeType
type: ObjectProperty
domain: AggregateNode
range: AnodeType
comment: Type of aggregated node

AnalyticScore
type: ObjectProperty
domain: AggregateScore
range: AnalyticScore
comment: Analytic score contributing to this aggregate score.

GenDistributionFactor
type: ObjectProperty
domain: AggregatedPnode
range: GenDistributionFactor

LoadDistributionFactor
type: ObjectProperty
domain: AggregatedPnode
range: LoadDistributionFactor

MPMTestResults
type: ObjectProperty
domain: AggregatedPnode
range: MPMTestResults

MPMTestThreshold
type: ObjectProperty
inverse of: AggregatedPnode
domain: AggregatedPnode
range: MPMTestThreshold

MktCombinedCyclePlant
type: ObjectProperty
inverse of: AggregatedPnode
domain: AggregatedPnode
range: MktCombinedCyclePlant

PnodeDistributionFactor
type: ObjectProperty
domain: AggregatedPnode
range: PnodeDistributionFactor

TACArea
type: ObjectProperty
domain: AggregatedPnode
range: TACArea

TradingHubValues
type: ObjectProperty
inverse of: TradingHubValues.AggregatedPnode
domain: AggregatedPnode
range: TradingHubValues

apnodeType
type: ObjectProperty
domain: AggregatedPnode
range: ApnodeType
comment: Aggregate Price Node Types

participationCategory
type: ObjectProperty
domain: AggregatedPnode
range: ParticipationCategoryMPM
comment: Designated Control Area participation in LMP price measurementY Participates in both Local Market Power Mitigation LMPM and System Market Power Mitigation SMPMN Not included in LMP price measuresS Participatesin SMPM price measuresL Participatesin LMPM price measures

validityInterval
type: ObjectProperty
domain: Agreement
range: DateTimeInterval
comment: Date and time interval this agreement is valid from going into effect to termination.

CAESPlant
type: ObjectProperty
inverse of: AirCompressor
domain: AirCompressor
range: CAESPlant
comment: An air compressor may be a member of a compressed air energy storage plant.

CombustionTurbine
type: ObjectProperty
inverse of: AirCompressor
domain: AirCompressor
range: CombustionTurbine
comment: A CAES air compressor is driven by combustion turbine.

EnvironmentalAlert
type: ObjectProperty
inverse of: AlertTypeList
domain: AlertTypeList
range: EnvironmentalAlert
comment: An alert whose type is drawn from this alert type list.

EnvironmentalDataAuthority
type: ObjectProperty
domain: AlertTypeList
range: EnvironmentalDataAuthority
comment: The environmental data authority responsible for publishing this list of alert types.

AllocationResultValues
type: ObjectProperty
domain: AllocationResult
range: AllocationResultValues

AllocationResult
type: ObjectProperty
inverse of: AllocationResultValues
domain: AllocationResultValues
range: AllocationResult

RegisteredResource
type: ObjectProperty
inverse of: RegisteredResource.AllocationResultValues
domain: AllocationResultValues
range: RegisteredResource

AnalogValue
type: ObjectProperty
domain: AltGeneratingUnitMeas
range: AnalogValue
comment: The specific analog value used as a source.

AnalogValue
type: ObjectProperty
domain: AltTieMeas
range: AnalogValue
comment: The specific analog value used as a source.

AlternateModelGroup
type: ObjectProperty
domain: AlternateModel
range: AlternateModelGroup
comment: The group of alternate models for which one alternate is used.

Dataset
type: ObjectProperty
domain: AlternateModel
range: DataSet
comment: The data belonging to the alternate model.

AlternateModel
type: ObjectProperty
inverse of: AlternateModelGroup
domain: AlternateModelGroup
range: AlternateModel
comment: An alternate model that can be one possiblity among alternates.

AnalogValues
type: ObjectProperty
domain: Analog
range: AnalogValue
comment: The values connected to this measurement.

LimitSets
type: ObjectProperty
domain: Analog
range: AnalogLimitSet
comment: A measurement may have zero or more limit ranges defined for it.

AnalogValue
type: ObjectProperty
inverse of: AnalogControl
domain: AnalogControl
range: AnalogValue
comment: The MeasurementValue that is controlled.

LimitSet
type: ObjectProperty
inverse of: Limits
domain: AnalogLimit
range: AnalogLimitSet
comment: The set of limits.

Limits
type: ObjectProperty
domain: AnalogLimitSet
range: AnalogLimit
comment: The limit values used for supervision of Measurements.

Measurements
type: ObjectProperty
inverse of: LimitSets
domain: AnalogLimitSet
range: Analog
comment: The Measurements using the LimitSet.

AltGeneratingUnit
type: ObjectProperty
inverse of: AnalogValue
domain: AnalogValue
range: AltGeneratingUnitMeas
comment: The alternate generating unit for which this measurement value applies.

AltTieMeas
type: ObjectProperty
inverse of: AnalogValue
domain: AnalogValue
range: AltTieMeas
comment: The usage of the measurement within the control area specification.

Analog
type: ObjectProperty
inverse of: AnalogValues
domain: AnalogValue
range: Analog
comment: Measurement to which this value is connected.

AnalogControl
type: ObjectProperty
domain: AnalogValue
range: AnalogControl
comment: The Control variable associated with the MeasurementValue.

AnalyticScore
type: ObjectProperty
domain: Analytic
range: AnalyticScore
comment: Analytic score produced by this analytic.

Asset
type: ObjectProperty
domain: Analytic
range: Asset
comment: Asset on which this analytic can be performed.

AssetGroup
type: ObjectProperty
domain: Analytic
range: AssetGroup
comment: Asset group on which this analytic can be performed.

AssetHealthEvent
type: ObjectProperty
domain: Analytic
range: AssetHealthEvent
comment: Asset health event which can be generated by this analytic.

kind
type: ObjectProperty
domain: Analytic
range: AnalyticKind
comment: Kind of analytic this analytic is.

scaleKind
type: ObjectProperty
domain: Analytic
range: ScaleKind
comment: The scoring scale kind.

Analytic
type: ObjectProperty
inverse of: AnalyticScore
domain: AnalyticScore
range: Analytic
comment: Analytic which was executed to arrive at this analytic score..

Asset
type: ObjectProperty
domain: AnalyticScore
range: Asset
comment: Asset to which this analytic score applies.

AssetAggregateScore
type: ObjectProperty
inverse of: AnalyticScore
domain: AnalyticScore
range: AggregateScore
comment: Aggregate score to which this analytic score contributed.

AssetGroup
type: ObjectProperty
inverse of: AnalyticScore
domain: AnalyticScore
range: AssetGroup
comment: Asset group to which this analytic score applies..

MarketCaseClearing
type: ObjectProperty
domain: AncillaryServiceClearing
range: MarketCaseClearing

MarketRegionResults
type: ObjectProperty
domain: AncillaryServiceClearing
range: MarketRegionResults

multiplier
type: ObjectProperty
domain: AngleDegrees
range: UnitMultiplier

unit
type: ObjectProperty
domain: AngleDegrees
range: UnitSymbol

multiplier
type: ObjectProperty
domain: AngleRadians
range: UnitMultiplier

unit
type: ObjectProperty
domain: AngleRadians
range: UnitSymbol

DependentOnStage
type: ObjectProperty
domain: AnnotatedProjectDependency
range: NetworkModelProjectStage

DependingStage
type: ObjectProperty
domain: AnnotatedProjectDependency
range: NetworkModelProjectStage

dependencyType
type: ObjectProperty
domain: AnnotatedProjectDependency
range: DependencyKind

multiplier
type: ObjectProperty
domain: ApparentPower
range: UnitMultiplier

unit
type: ObjectProperty
domain: ApparentPower
range: UnitSymbol

normalValue
type: ObjectProperty
domain: ApparentPowerLimit
range: ApparentPower
comment: The normal apparent power limit. The attribute shall be a positive value or zero.

value
type: ObjectProperty
domain: ApparentPowerLimit
range: ApparentPower
comment: The apparent power limit. The attribute shall be a positive value or zero.

Persons
type: ObjectProperty
inverse of: Appointments
domain: Appointment
range: PersonRole
comment: All persons for this appointment.

Works
type: ObjectProperty
domain: Appointment
range: Work
comment: All works for this appointment.

meetingInterval
type: ObjectProperty
domain: Appointment
range: DateTimeInterval
comment: Date and time reserved for appointment.

Documents
type: ObjectProperty
domain: Approver
range: Document
comment: All documents for this approver.

multiplier
type: ObjectProperty
domain: Area
range: UnitMultiplier

unit
type: ObjectProperty
domain: Area
range: UnitSymbol

LoadBid
type: ObjectProperty
domain: AreaLoadBid
range: LoadBid

AggregateNode
type: ObjectProperty
domain: AreaLoadCurve
range: AggregateNode

TACArea
type: ObjectProperty
inverse of: TACArea.AreaLoadCurve
domain: AreaLoadCurve
range: TACArea

forecastType
type: ObjectProperty
domain: AreaLoadCurve
range: LoadForecastType
comment: Load forecast area type.

SubControlArea
type: ObjectProperty
domain: AreaReserveSpec
range: SubControlArea

lowerRegMarginReqt
type: ObjectProperty
domain: AreaReserveSpec
range: ActivePower
comment: Lower regulating margin requirement in MW the amount of generation that can be dropped by control in 10 minutes

opReserveReqt
type: ObjectProperty
domain: AreaReserveSpec
range: ActivePower
comment: Operating reserve requirement in MW where operating reserve is the generating capability that is fully available within 30 minutes. Operating reserve is composed of primary reserve t less than 10 min and secondary reserve 10 less than t less than 30 min.

primaryReserveReqt
type: ObjectProperty
domain: AreaReserveSpec
range: ActivePower
comment: Primary reserve requirement in MW where primary reserve is generating capability that is fully available within 10 minutes. Primary reserve is composed of spinning reserve and quickstart reserve.

raiseRegMarginReqt
type: ObjectProperty
domain: AreaReserveSpec
range: ActivePower
comment: Raise regulating margin requirement in MW the amount of generation that can be picked up by control in 10 minutes

spinningReserveReqt
type: ObjectProperty
domain: AreaReserveSpec
range: ActivePower
comment: Spinning reserve requirement in MW spinning reserve is generating capability that is presently synchronized to the network and is fully available within 10 minutes

ModelSpecification
type: ObjectProperty
domain: AssemblyDescription
range: ModelPartSpecification
comment: The models that are part of the assembly descrption.

CompleteModelToBeDeleted
type: ObjectProperty
domain: AssemblyManifest
range: CompleteModelToBeDeleted

ModelPartVersion
type: ObjectProperty
domain: AssemblyManifest
range: ModelPartVersion

ActivityRecords
type: ObjectProperty
domain: Asset
range: ActivityRecord
comment: All activity records created for this asset.

Analytic
type: ObjectProperty
inverse of: Asset
domain: Asset
range: Analytic
comment: Analytic performed on this asset.

AnalyticScore
type: ObjectProperty
inverse of: Asset
domain: Asset
range: AnalyticScore
comment: Analytic result related to this asset.

AssetContainer
type: ObjectProperty
domain: Asset
range: AssetContainer
comment: Container of this asset.

AssetDeployment
type: ObjectProperty
domain: Asset
range: AssetDeployment
comment: This assets deployment.

AssetFunction
type: ObjectProperty
domain: Asset
range: AssetFunction

AssetGroup
type: ObjectProperty
inverse of: Asset
domain: Asset
range: AssetGroup
comment: Asset group of which this asset is a part.

AssetInfo
type: ObjectProperty
domain: Asset
range: AssetInfo
comment: Data applicable to this asset.

AssetPropertyCurves
type: ObjectProperty
domain: Asset
range: AssetPropertyCurve

BreakerOperation
type: ObjectProperty
inverse of: SwitchOperationSummary.Breaker
domain: Asset
range: SwitchOperationSummary
comment: Breaker operation information for this breaker.

ConfigurationEvents
type: ObjectProperty
domain: Asset
range: ConfigurationEvent
comment: All configuration events created for this asset.

ErpInventory
type: ObjectProperty
domain: Asset
range: ErpInventory

ErpItemMaster
type: ObjectProperty
inverse of: Asset
domain: Asset
range: ErpItemMaster

ErpRecDeliveryItems
type: ObjectProperty
domain: Asset
range: ErpRecDelvLineItem

FinancialInfo
type: ObjectProperty
inverse of: Asset
domain: Asset
range: FinancialInfo
comment: Financial information related to this asset.

Location
type: ObjectProperty
domain: Asset
range: Location
comment: Location of this asset.

Measurements
type: ObjectProperty
domain: Asset
range: Measurement
comment: Measurement related to this asset.

Medium
type: ObjectProperty
inverse of: Asset
domain: Asset
range: Medium
comment: Medium with which this asset is filled.

OperationalTags
type: ObjectProperty
inverse of: Asset
domain: Asset
range: OperationalTag
comment: All operational tags placed on this asset.

OrganisationRoles
type: ObjectProperty
domain: Asset
range: AssetOrganisationRole
comment: All roles an organisation plays for this asset.

Ownerships
type: ObjectProperty
inverse of: Asset
domain: Asset
range: Ownership
comment: All ownerships of this asset.

PowerSystemResources
type: ObjectProperty
domain: Asset
range: PowerSystemResource
comment: All power system resources used to electrically model this asset. For example transformer asset is electrically modelled with a transformer and its windings and tap changer.

ProcedureDataSet
type: ObjectProperty
inverse of: Asset
domain: Asset
range: ProcedureDataSet
comment: Procedure data set that applies to this asset.

Procedures
type: ObjectProperty
inverse of: Assets
domain: Asset
range: Procedure
comment: All procedures applicable to this asset.

ProductAssetModel
type: ObjectProperty
domain: Asset
range: ProductAssetModel
comment: The model of this asset.

Reconditionings
type: ObjectProperty
domain: Asset
range: Reconditioning

ReliabilityInfos
type: ObjectProperty
inverse of: ReliabilityInfo.Assets
domain: Asset
range: ReliabilityInfo

ReplacementWorkTasks
type: ObjectProperty
inverse of: WorkTask.OldAsset
domain: Asset
range: WorkTask
comment: All work tasks on replacement of this old asset.

ScheduledEvents
type: ObjectProperty
inverse of: ScheduledEvent.Assets
domain: Asset
range: ScheduledEvent
comment: Scheduled event related to this asset.

WorkTasks
type: ObjectProperty
inverse of: WorkTask.Assets
domain: Asset
range: WorkTask
comment: All nonreplacement work tasks performed on this asset.

acceptanceTest
type: ObjectProperty
domain: Asset
range: AcceptanceTest
comment: Information on acceptance test.

baselineLossOfLife
type: ObjectProperty
domain: Asset
range: PerCent
comment: Percentage of initial life expectancy that has been lost as of the last life expectancy baseline. Represents initial life expectancy current life expectancy initial life expectancy.

electronicAddress
type: ObjectProperty
domain: Asset
range: ElectronicAddress
comment: Electronic address.

inUseDate
type: ObjectProperty
domain: Asset
range: InUseDate
comment: In use dates for this asset.

inUseState
type: ObjectProperty
domain: Asset
range: InUseStateKind
comment: Indication of whether asset is currently deployed in use ready to be put into use or not available for use.

kind
type: ObjectProperty
domain: Asset
range: AssetKind
comment: Kind of asset. Used in description of asset components in asset instance templates.

lifecycleDate
type: ObjectProperty
domain: Asset
range: LifecycleDate
comment: was lifecycleLifecycle dates for this asset.

lifecycleState
type: ObjectProperty
domain: Asset
range: AssetLifecycleStateKind
comment: Current lifecycle state of asset.

purchasePrice
type: ObjectProperty
domain: Asset
range: Money
comment: Purchase price of asset.

retiredReason
type: ObjectProperty
domain: Asset
range: RetiredReasonKind
comment: Reason asset retired.

status
type: ObjectProperty
domain: Asset
range: Status
comment: Status of this asset.

TestStandard
type: ObjectProperty
domain: AssetAnalog
range: TestStandard
comment: The lab test standard to which this asset health analog is related.

reportingTemperature
type: ObjectProperty
domain: AssetAnalog
range: Temperature
comment: Reporting temperature of related analog value if different from reporting temperature of test standard or if there is no test standard. Reporting temperature is what gas volumes are normalized to. Different reporting temperatures are used by different sources. For example ASTM specifies 0C whereas IEC specifies 20C. Online monitors often have their own unique reporting temperatures.

Assets
type: ObjectProperty
inverse of: AssetContainer
domain: AssetContainer
range: Asset
comment: All assets within this container asset.

LandProperties
type: ObjectProperty
inverse of: AssetContainers
domain: AssetContainer
range: LandProperty

Seals
type: ObjectProperty
domain: AssetContainer
range: Seal
comment: All seals applied to this asset container.

Asset
type: ObjectProperty
inverse of: AssetDeployment
domain: AssetDeployment
range: Asset
comment: Asset in this deployment.

BaseVoltage
type: ObjectProperty
domain: AssetDeployment
range: BaseVoltage
comment: Base voltage of this network asset deployment.

breakerApplication
type: ObjectProperty
domain: AssetDeployment
range: BreakerApplicationKind
comment: Type of network role breaker is playing in this deployment applies to breaker assets only.

deploymentDate
type: ObjectProperty
domain: AssetDeployment
range: DeploymentDate
comment: Dates of asset deployment.

deploymentState
type: ObjectProperty
domain: AssetDeployment
range: DeploymentStateKind
comment: Current deployment state of asset.

facilityKind
type: ObjectProperty
domain: AssetDeployment
range: FacilityKind
comment: Kind of facility like substation or pole or building or plant or service center at which asset deployed.

transformerApplication
type: ObjectProperty
domain: AssetDeployment
range: TransformerApplicationKind
comment: Type of network role transformer is playing in this deployment applies to transformer assets only.

TestStandard
type: ObjectProperty
domain: AssetDiscrete
range: TestStandard
comment: The lab test standard to which this asset health discrete is related.

Asset
type: ObjectProperty
inverse of: AssetFunction
domain: AssetFunction
range: Asset

Analytic
type: ObjectProperty
inverse of: AssetGroup
domain: AssetGroup
range: Analytic
comment: Analytic which can be performed on this asset group.

AnalyticScore
type: ObjectProperty
domain: AssetGroup
range: AnalyticScore
comment: Analytic score for this asset group.

Asset
type: ObjectProperty
domain: AssetGroup
range: Asset
comment: Asset which is a part of this asset group.

kind
type: ObjectProperty
domain: AssetGroup
range: AssetGroupKind
comment: Kind of asset group this asset group is.

Analytic
type: ObjectProperty
inverse of: AssetHealthEvent
domain: AssetHealthEvent
range: Analytic
comment: Analytic that initiated this asset health event.

Assets
type: ObjectProperty
inverse of: AssetInfo
domain: AssetInfo
range: Asset
comment: All assets described by this data.

CatalogAssetType
type: ObjectProperty
domain: AssetInfo
range: CatalogAssetType
comment: Asset information nameplate for this catalog asset type.

PowerSystemResources
type: ObjectProperty
domain: AssetInfo
range: PowerSystemResource
comment: All power system resources with this datasheet information.

ProductAssetModel
type: ObjectProperty
inverse of: AssetInfo
domain: AssetInfo
range: ProductAssetModel
comment: Product asset model which conforms to this catalog asset type.

Locations
type: ObjectProperty
domain: AssetLocationHazard
range: Location
comment: The location of this hazard.

kind
type: ObjectProperty
domain: AssetLocationHazard
range: AssetHazardKind
comment: Kind of hazard.

AssetModelCatalogueItems
type: ObjectProperty
inverse of: AssetModelCatalogue
domain: AssetModelCatalogue
range: AssetModelCatalogueItem

status
type: ObjectProperty
domain: AssetModelCatalogue
range: Status

AssetModel
type: ObjectProperty
inverse of: AssetModelCatalogueItems
domain: AssetModelCatalogueItem
range: ProductAssetModel

AssetModelCatalogue
type: ObjectProperty
domain: AssetModelCatalogueItem
range: AssetModelCatalogue

ErpPOLineItems
type: ObjectProperty
domain: AssetModelCatalogueItem
range: ErpPOLineItem

ErpQuoteLineItems
type: ObjectProperty
domain: AssetModelCatalogueItem
range: ErpQuoteLineItem

unitCost
type: ObjectProperty
domain: AssetModelCatalogueItem
range: Money
comment: Unit cost for an asset model from a specific supplier either for a unit cost or cost per unit length. Cost is for material or asset only and does not include labor to installconstruct or configure it.

Assets
type: ObjectProperty
inverse of: OrganisationRoles
domain: AssetOrganisationRole
range: Asset
comment: All assets for this organisation role.

Ownerships
type: ObjectProperty
inverse of: AssetOwner
domain: AssetOwner
range: Ownership
comment: All ownerships of this owner.

Assets
type: ObjectProperty
inverse of: AssetPropertyCurves
domain: AssetPropertyCurve
range: Asset

Specification
type: ObjectProperty
inverse of: Specification.AssetPropertyCurves
domain: AssetPropertyCurve
range: Specification

TestStandard
type: ObjectProperty
domain: AssetStringMeasurement
range: TestStandard
comment: Test standard which describes this asset string measurement.

kind
type: ObjectProperty
domain: AssetStringMeasurement
range: AssetStringKind
comment: Kind of string useful in asset domain.

kind
type: ObjectProperty
domain: AssetTemperaturePressureAnalog
range: AssetTemperaturePressureAnalogKind
comment: Kind of analog representing temperature or pressure related to an asset.

LabTestDataSet
type: ObjectProperty
inverse of: AssetTestLab
domain: AssetTestLab
range: LabTestDataSet
comment: A set of lab test results produced by this test lab.

Specimen
type: ObjectProperty
inverse of: Specimen.AssetTestSampleTaker
domain: AssetTestSampleTaker
range: Specimen
comment: Specimen taken by this sample taker.

Crews
type: ObjectProperty
inverse of: Assignments
domain: Assignment
range: OldCrew
comment: All Crews having this Assignment.

effectivePeriod
type: ObjectProperty
domain: Assignment
range: DateTimeInterval
comment: Period between the assignment becoming effective and its expiration.

AsynchronousMachineDynamics
type: ObjectProperty
inverse of: AsynchronousMachine
domain: AsynchronousMachine
range: AsynchronousMachineDynamics
comment: Asynchronous machine dynamics model used to describe dynamic behaviour of this asynchronous machine.

asynchronousMachineType
type: ObjectProperty
domain: AsynchronousMachine
range: AsynchronousMachineKind
comment: Indicates the type of Asynchronous Machine motor or generator.

efficiency
type: ObjectProperty
domain: AsynchronousMachine
range: PerCent
comment: Efficiency of the asynchronous machine at nominal operation as a percentage. Indicator for converter drive motors. Used for short circuit data exchange according to IEC 60909.

nominalFrequency
type: ObjectProperty
domain: AsynchronousMachine
range: Frequency
comment: Nameplate data indicates if the machine is 50 Hz or 60 Hz.

nominalSpeed
type: ObjectProperty
domain: AsynchronousMachine
range: RotationSpeed
comment: Nameplate data. Depends on the slip and number of pole pairs.

ratedMechanicalPower
type: ObjectProperty
domain: AsynchronousMachine
range: ActivePower
comment: Rated mechanical power Pr in IEC 609090. Used for short circuit data exchange according to IEC 60909.

rr1
type: ObjectProperty
domain: AsynchronousMachine
range: Resistance
comment: Damper 1 winding resistance.

rr2
type: ObjectProperty
domain: AsynchronousMachine
range: Resistance
comment: Damper 2 winding resistance.

tpo
type: ObjectProperty
domain: AsynchronousMachine
range: Seconds
comment: Transient rotor time constant greater than tppo.

tppo
type: ObjectProperty
domain: AsynchronousMachine
range: Seconds
comment: Subtransient rotor time constant greater than 0.

xlr1
type: ObjectProperty
domain: AsynchronousMachine
range: Reactance
comment: Damper 1 winding leakage reactance.

xlr2
type: ObjectProperty
domain: AsynchronousMachine
range: Reactance
comment: Damper 2 winding leakage reactance.

xm
type: ObjectProperty
domain: AsynchronousMachine
range: Reactance
comment: Magnetizing reactance.

xp
type: ObjectProperty
domain: AsynchronousMachine
range: Reactance
comment: Transient reactance unsaturated greater than or equal to xpp.

xpp
type: ObjectProperty
domain: AsynchronousMachine
range: Reactance
comment: Subtransient reactance unsaturated.

xs
type: ObjectProperty
domain: AsynchronousMachine
range: Reactance
comment: Synchronous reactance greater than xp.

AsynchronousMachine
type: ObjectProperty
domain: AsynchronousMachineDynamics
range: AsynchronousMachine
comment: Asynchronous machine to which this asynchronous machine dynamics model applies.

MechanicalLoadDynamics
type: ObjectProperty
inverse of: AsynchronousMachineDynamics
domain: AsynchronousMachineDynamics
range: MechanicalLoadDynamics
comment: Mechanical load model associated with this asynchronous machine model.

TurbineGovernorDynamics
type: ObjectProperty
inverse of: TurbineGovernorDynamics.AsynchronousMachineDynamics
domain: AsynchronousMachineDynamics
range: TurbineGovernorDynamics
comment: Turbinegovernor model associated with this asynchronous machine model.

WindTurbineType1or2Dynamics
type: ObjectProperty
domain: AsynchronousMachineDynamics
range: WindTurbineType1or2Dynamics
comment: Wind generator type 1 or type 2 model associated with this asynchronous machine model.

rr1
type: ObjectProperty
domain: AsynchronousMachineEquivalentCircuit
range: PU
comment: Damper 1 winding resistance.

rr2
type: ObjectProperty
domain: AsynchronousMachineEquivalentCircuit
range: PU
comment: Damper 2 winding resistance.

xlr1
type: ObjectProperty
domain: AsynchronousMachineEquivalentCircuit
range: PU
comment: Damper 1 winding leakage reactance.

xlr2
type: ObjectProperty
domain: AsynchronousMachineEquivalentCircuit
range: PU
comment: Damper 2 winding leakage reactance.

xm
type: ObjectProperty
domain: AsynchronousMachineEquivalentCircuit
range: PU
comment: Magnetizing reactance.

tpo
type: ObjectProperty
domain: AsynchronousMachineTimeConstantReactance
range: Seconds
comment: Transient rotor time constant iToi gt AsynchronousMachineTimeConstantReactance.tppo. Typical value 5.

tppo
type: ObjectProperty
domain: AsynchronousMachineTimeConstantReactance
range: Seconds
comment: Subtransient rotor time constant iToi gt 0. Typical value 003.

xp
type: ObjectProperty
domain: AsynchronousMachineTimeConstantReactance
range: PU
comment: Transient reactance unsaturated iXi gt AsynchronousMachineTimeConstantReactance.xpp. Typical value 05.

xpp
type: ObjectProperty
domain: AsynchronousMachineTimeConstantReactance
range: PU
comment: Subtransient reactance unsaturated iXi gt RotatingMachineDynamics.statorLeakageReactance. Typical value 02.

xs
type: ObjectProperty
domain: AsynchronousMachineTimeConstantReactance
range: PU
comment: Synchronous reactance iXsi gt AsynchronousMachineTimeConstantReactance.xp. Typical value 18.

ProprietaryParameterDynamics
type: ObjectProperty
inverse of: AsynchronousMachineUserDefined
domain: AsynchronousMachineUserDefined
range: ProprietaryParameterDynamics
comment: Parameter of this proprietary userdefined model.

kind
type: ObjectProperty
domain: AtmosphericAnalog
range: AtmosphericAnalogKind
comment: Kind of atmospheric analog.

altitude
type: ObjectProperty
domain: AtmosphericPhenomenon
range: RelativeDisplacement
comment: The maximum altitude of the phenomenon.

base
type: ObjectProperty
domain: AtmosphericPhenomenon
range: RelativeDisplacement
comment: The base altitude of the phenomenon.

direction
type: ObjectProperty
domain: AtmosphericPhenomenon
range: Bearing
comment: The direction the phenomenon is moving.

maxCoverage
type: ObjectProperty
domain: AtmosphericPhenomenon
range: PerCent
comment: The maximum percentage coverage

minCoverage
type: ObjectProperty
domain: AtmosphericPhenomenon
range: PerCent
comment: The minimum percentage coverage

speed
type: ObjectProperty
domain: AtmosphericPhenomenon
range: Speed
comment: The speed of the phenomenon

MarketDocument
type: ObjectProperty
inverse of: AttributeInstanceComponent
domain: AttributeInstanceComponent
range: MarketDocument

TimeSeries
type: ObjectProperty
domain: AttributeInstanceComponent
range: TimeSeries

MktUserAttribute
type: ObjectProperty
domain: AttributeProperty
range: MktUserAttribute

TimeSeries
type: ObjectProperty
domain: Auction
range: TimeSeries

ActivityRecords
type: ObjectProperty
domain: Author
range: ActivityRecord
comment: All activity records with this author.

Documents
type: ObjectProperty
domain: Author
range: Document
comment: All documents of this this author.

AuxiliaryAgreement
type: ObjectProperty
inverse of: AuxiliaryAccounts
domain: AuxiliaryAccount
range: AuxiliaryAgreement
comment: Auxiliary agreement regulating this account.

Charges
type: ObjectProperty
domain: AuxiliaryAccount
range: Charge
comment: All charges levied on this account.

PaymentTransactions
type: ObjectProperty
domain: AuxiliaryAccount
range: Transaction
comment: All payments against this account.

balance
type: ObjectProperty
domain: AuxiliaryAccount
range: Money
comment: The total amount currently remaining on this account that is required to be paid in order to settle the account to zero. This excludes any due amounts not yet paid.

due
type: ObjectProperty
domain: AuxiliaryAccount
range: Due
comment: Current amounts now due for payment on this account.

lastCredit
type: ObjectProperty
domain: AuxiliaryAccount
range: AccountMovement
comment: Details of the last credit transaction performed on this account.

lastDebit
type: ObjectProperty
domain: AuxiliaryAccount
range: AccountMovement
comment: Details of the last debit transaction performed on this account.

principleAmount
type: ObjectProperty
domain: AuxiliaryAccount
range: Money
comment: The initial principle amount with which this account was instantiated.

AuxiliaryAccounts
type: ObjectProperty
domain: AuxiliaryAgreement
range: AuxiliaryAccount
comment: All auxiliary accounts regulated by this agreement.

CustomerAgreement
type: ObjectProperty
inverse of: AuxiliaryAgreements
domain: AuxiliaryAgreement
range: CustomerAgreement
comment: Customer agreement this nonservice related auxiliary agreement refers to.

arrearsInterest
type: ObjectProperty
domain: AuxiliaryAgreement
range: PerCent
comment: The interest per annum to be charged prorata on AuxiliaryAccount.dueArrears at the end of each payCycle.

fixedAmount
type: ObjectProperty
domain: AuxiliaryAgreement
range: Money
comment: The fixed amount that has to be collected from each vending transaction towards settlement of this auxiliary agreement. Note that there may be multiple tokens vended per vending transaction but this is not relevant.

minAmount
type: ObjectProperty
domain: AuxiliaryAgreement
range: Money
comment: The minimum amount that has to be paid at any transaction towards settling this auxiliary agreement or reducing the balance.

vendPortion
type: ObjectProperty
domain: AuxiliaryAgreement
range: PerCent
comment: The percentage of the transaction amount that has to be collected from each vending transaction towards settlement of this auxiliary agreement when payments are not in arrears. Note that there may be multiple tokens vended per vending transaction but this is not relevant.

vendPortionArrear
type: ObjectProperty
domain: AuxiliaryAgreement
range: PerCent
comment: The percentage of the transaction amount that has to be collected from each vending transaction towards settlement of this auxiliary agreement when payments are in arrears. Note that there may be multiple tokens vended per vending transaction but this is not relevant.

AuxillaryValues
type: ObjectProperty
domain: AuxiliaryCost
range: AuxiliaryValues

marketType
type: ObjectProperty
domain: AuxiliaryCost
range: MarketType

Terminal
type: ObjectProperty
domain: AuxiliaryEquipment
range: Terminal
comment: The Terminal at the equipment where the AuxiliaryEquipment is attached.

RegisteredGenerator
type: ObjectProperty
domain: AuxiliaryObject
range: RegisteredGenerator

RegisteredLoad
type: ObjectProperty
domain: AuxiliaryObject
range: RegisteredLoad

AuxillaryCost
type: ObjectProperty
inverse of: AuxillaryValues
domain: AuxiliaryValues
range: AuxiliaryCost

FiveMinAuxillaryData
type: ObjectProperty
inverse of: AuxillaryValues
domain: AuxiliaryValues
range: FiveMinAuxiliaryData

TenMinAuxillaryData
type: ObjectProperty
inverse of: TenMinAuxiliaryData.AuxillaryData
domain: AuxiliaryValues
range: TenMinAuxiliaryData

noLoadCostEligibilityFlag
type: ObjectProperty
domain: AuxiliaryValues
range: YesNo

startUpCostEligibilityFlag
type: ObjectProperty
domain: AuxiliaryValues
range: YesNo

UnavailablitySchedule
type: ObjectProperty
inverse of: UnavailablitySchedule.AvailablityPlan
domain: AvailablityPlan
range: UnavailablitySchedule

validPeriod
type: ObjectProperty
domain: AvailablityPlan
range: DateTimeInterval
comment: The period of time for which the plan is valid.

highPowerLimit
type: ObjectProperty
domain: BWRSteamSupply
range: PU
comment: High power limit.

inCoreThermalTC
type: ObjectProperty
domain: BWRSteamSupply
range: Seconds
comment: Incore thermal time constant.

lowPowerLimit
type: ObjectProperty
domain: BWRSteamSupply
range: PU
comment: Low power limit.

lowerLimit
type: ObjectProperty
domain: BWRSteamSupply
range: PU
comment: Initial lower limit.

pressureLimit
type: ObjectProperty
domain: BWRSteamSupply
range: PU
comment: Pressure limit.

pressureSetpointTC1
type: ObjectProperty
domain: BWRSteamSupply
range: Seconds
comment: Pressure setpoint time constant.

pressureSetpointTC2
type: ObjectProperty
domain: BWRSteamSupply
range: Seconds
comment: Pressure setpoint time constant.

rfAux1
type: ObjectProperty
domain: BWRSteamSupply
range: PU
comment: Coefficient for modelling the effect of offnominal frequency and voltage on recirculation and core flow which affects the BWR power output.

rfAux2
type: ObjectProperty
domain: BWRSteamSupply
range: PU
comment: Coefficient for modelling the effect of offnominal frequency and voltage on recirculation and core flow which affects the BWR power output.

rfAux3
type: ObjectProperty
domain: BWRSteamSupply
range: PU
comment: Coefficient for modelling the effect of offnominal frequency and voltage on recirculation and core flow which affects the BWR power output.

rfAux4
type: ObjectProperty
domain: BWRSteamSupply
range: PU
comment: Coefficient for modelling the effect of offnominal frequency and voltage on recirculation and core flow which affects the BWR power output.

rfAux5
type: ObjectProperty
domain: BWRSteamSupply
range: PU
comment: Coefficient for modelling the effect of offnominal frequency and voltage on recirculation and core flow which affects the BWR power output.

rfAux6
type: ObjectProperty
domain: BWRSteamSupply
range: PU
comment: Coefficient for modelling the effect of offnominal frequency and voltage on recirculation and core flow which affects the BWR power output.

rfAux7
type: ObjectProperty
domain: BWRSteamSupply
range: PU
comment: Coefficient for modelling the effect of offnominal frequency and voltage on recirculation and core flow which affects the BWR power output.

rfAux8
type: ObjectProperty
domain: BWRSteamSupply
range: PU
comment: Coefficient for modelling the effect of offnominal frequency and voltage on recirculation and core flow which affects the BWR power output.

rodPattern
type: ObjectProperty
domain: BWRSteamSupply
range: PU
comment: Rod pattern.

upperLimit
type: ObjectProperty
domain: BWRSteamSupply
range: PU
comment: Initial upper limit.

BankAccounts
type: ObjectProperty
inverse of: Bank
domain: Bank
range: BankAccount
comment: All BankAccounts this Bank provides.

Bank
type: ObjectProperty
domain: BankAccount
range: Bank
comment: Bank that provides this BankAccount.

ServiceSupplier
type: ObjectProperty
inverse of: ServiceSupplier.BankAccounts
domain: BankAccount
range: ServiceSupplier
comment: ServiceSupplier that is owner of this BankAccount.

SecurityConstraintSum
type: ObjectProperty
domain: BaseCaseConstraintLimit
range: SecurityConstraintSum

frequency
type: ObjectProperty
domain: BaseFrequency
range: Frequency
comment: The base frequency.

basePower
type: ObjectProperty
domain: BasePower
range: ApparentPower
comment: Value used as base power.

ReadingQualities
type: ObjectProperty
inverse of: ReadingQuality.Reading
domain: BaseReading
range: ReadingQuality
comment: All qualities of this reading.

timePeriod
type: ObjectProperty
domain: BaseReading
range: DateTimeInterval
comment: Start and end of the period for those readings whose type has a time attribute such as billing seasonal or forTheSpecifiedPeriod.

ConductingEquipment
type: ObjectProperty
domain: BaseVoltage
range: ConductingEquipment
comment: All conducting equipment with this base voltage. Use only when there is no voltage level container used and only one base voltage applies. For example not used for transformers.

NetworkAssetDeployment
type: ObjectProperty
inverse of: BaseVoltage
domain: BaseVoltage
range: AssetDeployment
comment: A network asset deployment at this base voltage level.

TopologicalNode
type: ObjectProperty
inverse of: TopologicalNode.BaseVoltage
domain: BaseVoltage
range: TopologicalNode
comment: The topological nodes at the base voltage.

TransformerEnds
type: ObjectProperty
inverse of: TransformerEnd.BaseVoltage
domain: BaseVoltage
range: TransformerEnd
comment: Transformer ends at the base voltage. This is essential for PU calculation.

VoltageLevel
type: ObjectProperty
inverse of: VoltageLevel.BaseVoltage
domain: BaseVoltage
range: VoltageLevel
comment: The voltage levels having this base voltage.

nominalVoltage
type: ObjectProperty
domain: BaseVoltage
range: Voltage
comment: The power system resources base voltage. Shall be a positive value and not zero.

TimeSchedules
type: ObjectProperty
domain: BaseWork
range: WorkTimeSchedule
comment: All time schedules for this work or work task.

WorkActivityRecords
type: ObjectProperty
domain: BaseWork
range: WorkActivityRecord
comment: All activity records for this work or work task.

WorkLocation
type: ObjectProperty
domain: BaseWork
range: WorkLocation
comment: Location for this worktask.

kind
type: ObjectProperty
domain: BaseWork
range: WorkKind
comment: Kind of work.

priority
type: ObjectProperty
domain: BaseWork
range: Priority
comment: Priority of work.

statusKind
type: ObjectProperty
domain: BaseWork
range: WorkStatusKind
comment: Kind of work status.

value1Multiplier
type: ObjectProperty
domain: BasicIntervalSchedule
range: UnitMultiplier
comment: Multiplier for value1.

value1Unit
type: ObjectProperty
domain: BasicIntervalSchedule
range: UnitSymbol
comment: Value1 units of measure.

value2Multiplier
type: ObjectProperty
domain: BasicIntervalSchedule
range: UnitMultiplier
comment: Multiplier for value2.

value2Unit
type: ObjectProperty
domain: BasicIntervalSchedule
range: UnitSymbol
comment: Value2 units of measure.

batteryState
type: ObjectProperty
domain: BatteryUnit
range: BatteryStateKind
comment: The current state of the battery charging full etc..

ratedE
type: ObjectProperty
domain: BatteryUnit
range: RealEnergy
comment: Full energy storage capacity of the battery. The attribute shall be a positive value.

storedE
type: ObjectProperty
domain: BatteryUnit
range: RealEnergy
comment: Amount of energy currently stored. The attribute shall be a positive value or zero and lower than BatteryUnit.ratedE.

Circuit
type: ObjectProperty
inverse of: EndBay
domain: Bay
range: Circuit

Substation
type: ObjectProperty
domain: Bay
range: Substation
comment: Substation containing the bay.

VoltageLevel
type: ObjectProperty
inverse of: VoltageLevel.Bays
domain: Bay
range: VoltageLevel
comment: The voltage level containing this bay.

breakerConfiguration
type: ObjectProperty
domain: Bay
range: BreakerConfiguration
comment: Breaker configuration.

busBarConfiguration
type: ObjectProperty
domain: Bay
range: BusbarConfiguration
comment: Busbar configuration.

multiplier
type: ObjectProperty
domain: Bearing
range: UnitMultiplier

unit
type: ObjectProperty
domain: Bearing
range: UnitSymbol

ActionRequest
type: ObjectProperty
inverse of: Bid
domain: Bid
range: ActionRequest

BidHourlySchedule
type: ObjectProperty
inverse of: Bid
domain: Bid
range: BidHourlySchedule

ChargeProfiles
type: ObjectProperty
domain: Bid
range: ChargeProfile

EnergyMarket
type: ObjectProperty
domain: Bid
range: EnergyMarket

MarketParticipant
type: ObjectProperty
domain: Bid
range: MarketParticipant

MitigatedBid
type: ObjectProperty
inverse of: Bid
domain: Bid
range: MitigatedBid

MitigatedBidSegment
type: ObjectProperty
domain: Bid
range: MitigatedBidSegment

ProductBids
type: ObjectProperty
inverse of: Bid
domain: Bid
range: ProductBid
comment: A bid comprises one or more product bids of market products

RMRDetermination
type: ObjectProperty
inverse of: RMRDetermination.Bid
domain: Bid
range: RMRDetermination

marketType
type: ObjectProperty
domain: Bid
range: MarketType
comment: The market type DAM or RTM.

PnodeDistributionFactor
type: ObjectProperty
domain: BidDistributionFactor
range: PnodeDistributionFactor

ProductBid
type: ObjectProperty
inverse of: BidDistributionFactor
domain: BidDistributionFactor
range: ProductBid

MarketProduct
type: ObjectProperty
inverse of: BidError
domain: BidError
range: MarketProduct

ResourceBid
type: ObjectProperty
inverse of: ResourceBid.BidError
domain: BidError
range: ResourceBid

ProductBid
type: ObjectProperty
domain: BidHourlyProductSchedule
range: ProductBid

Bid
type: ObjectProperty
domain: BidHourlySchedule
range: Bid

MarketProduct
type: ObjectProperty
inverse of: BidPriceCap
domain: BidPriceCap
range: MarketProduct

bidCeiling
type: ObjectProperty
domain: BidPriceCap
range: CostPerEnergyUnit
comment: Bid Ceiling MWH

bidCeilingAS
type: ObjectProperty
domain: BidPriceCap
range: CostPerEnergyUnit
comment: Bid Ceiling MWH for generic AS versus a specific market product

bidFloor
type: ObjectProperty
domain: BidPriceCap
range: CostPerEnergyUnit
comment: Bid Floor MWH

bidFloorAS
type: ObjectProperty
domain: BidPriceCap
range: CostPerEnergyUnit
comment: Bid Floor MWH for generic AS versus a specific market product

defaultPrice
type: ObjectProperty
domain: BidPriceCap
range: CostPerEnergyUnit
comment: Bid Default PriceMWH

marketType
type: ObjectProperty
domain: BidPriceCap
range: MarketType
comment: Market Type of the cap DAM or RTM

BidSchedule
type: ObjectProperty
domain: BidPriceCurve
range: BidPriceSchedule

BidPriceCurve
type: ObjectProperty
inverse of: BidSchedule
domain: BidPriceSchedule
range: BidPriceCurve

ProductBid
type: ObjectProperty
inverse of: BidSchedule
domain: BidPriceSchedule
range: ProductBid

bidType
type: ObjectProperty
domain: BidPriceSchedule
range: BidMitigationType
comment: BID Type I Initial Bid F Final Bid

mitigationStatus
type: ObjectProperty
domain: BidPriceSchedule
range: BidMitigationStatus
comment: Mitigation StatusS Mitigated by SMPM because of misconductL Mitigated by LMPM because of misconductR Modified by LMPM because of RMR rulesM Mitigated because of misconduct both by SMPM and LMPMB Mitigated because of misconduct both by SMPM and modified by LMLM because of RMR rulesO original

AdjacentCASet
type: ObjectProperty
inverse of: BidSelfSched
domain: BidSelfSched
range: AdjacentCASet

HostControlArea
type: ObjectProperty
inverse of: BidSelfSched
domain: BidSelfSched
range: HostControlArea

ProductBid
type: ObjectProperty
inverse of: BidSelfSched
domain: BidSelfSched
range: ProductBid

SubControlArea
type: ObjectProperty
inverse of: SubControlArea.BidSelfSched
domain: BidSelfSched
range: SubControlArea

TransmissionContractRight
type: ObjectProperty
inverse of: BidSelfSched
domain: BidSelfSched
range: ContractRight

balancingFlag
type: ObjectProperty
domain: BidSelfSched
range: YesNo
comment: This is a YN flag for a selfschedule of a resource per market per date and hour using a specific TR ID. It indicates whether a selfschedule using a TR is balanced with another selfschedule using the same TR ID.

bidType
type: ObjectProperty
domain: BidSelfSched
range: BidTypeRMR
comment: bidType has two types as the required output of requirements and qualified predispatch.

priorityFlag
type: ObjectProperty
domain: BidSelfSched
range: YesNo
comment: This is a YN flag for a selfschedule of a resource per market per date and hour using a specific TR ID. It indicates whether a selfschedule using a TR has scheduling priority in DAMRTM.

referenceType
type: ObjectProperty
domain: BidSelfSched
range: SelfSchedReferenceType
comment: Indication of which type of self schedule is being referenced.

selfSchedType
type: ObjectProperty
domain: BidSelfSched
range: MarketProductSelfSchedType
comment: This attribute is used to specify if a bid includes a self sched bid. If so what self sched type is it. The possible values are shown as follow but not limited toETC Existing transmission contractTOR Transmission ownership rightRMR Reliability must runRGMR Regulatory must runRMT Relaiability must takePT Price takerLPT Low price takerSP Self provisionRA Resource adequacyThis attribute is originally defined in the BidSelfSched class

updateType
type: ObjectProperty
domain: BidSelfSched
range: MQSCHGType

GeneratingBids
type: ObjectProperty
inverse of: BidSet
domain: BidSet
range: GeneratingBid

CommunicationLink
type: ObjectProperty
inverse of: BilateralExchangeActor
domain: BilateralExchangeActor
range: CommunicationLink
comment: Communication addressing for a Bilateral Table used by a ICCP data provider or consumer.

ConsumerBilateralExchange
type: ObjectProperty
inverse of: Consumer
domain: BilateralExchangeActor
range: BilateralExchangeAgreement
comment: Agreement to information subscriber.

ProvidedBilateralIOPoint
type: ObjectProperty
inverse of: BilateralExchangeActor
domain: BilateralExchangeActor
range: ProvidedBilateralPoint
comment: ICCP information in a Bilateral table that will be exposed to a remote peer.

ProviderBilateralExchange
type: ObjectProperty
domain: BilateralExchangeActor
range: BilateralExchangeAgreement
comment: Agreement to information provider.

Consumer
type: ObjectProperty
domain: BilateralExchangeAgreement
range: BilateralExchangeActor
comment: Subscriber of information from a remote peer.

Provider
type: ObjectProperty
inverse of: ProviderBilateralExchange
domain: BilateralExchangeAgreement
range: BilateralExchangeActor
comment: Provider of information to a remote peer.

totalTranChargeMax
type: ObjectProperty
domain: BilateralTransaction
range: Money
comment: Maximum total transmission congestion charges in monetary units

ChargeComponents
type: ObjectProperty
inverse of: BillDeterminants
domain: BillDeterminant
range: ChargeComponent
comment: A BillDeterminant can have 0n ChargeComponent and a ChargeComponent can associate to 0n BillDeterminant.

ChargeProfile
type: ObjectProperty
inverse of: BillDeterminant
domain: BillDeterminant
range: ChargeProfile

ChargeProfileData
type: ObjectProperty
domain: BillDeterminant
range: ChargeProfileData

MktUserAttribute
type: ObjectProperty
domain: BillDeterminant
range: MktUserAttribute

BlockDispatchOrder
type: ObjectProperty
inverse of: BlockDispatchComponent
domain: BlockDispatchComponent
range: BlockDispatchOrder

EnergyGroup
type: ObjectProperty
domain: BlockDispatchInstruction
range: EnergyGroup

BlockDispatchComponent
type: ObjectProperty
domain: BlockDispatchOrder
range: BlockDispatchComponent

p
type: ObjectProperty
domain: BlockDispatchOrder
range: ActivePower

Delay
type: ObjectProperty
inverse of: BlockingFunction
domain: BlockingFunction
range: Delay

VSCtype1
type: ObjectProperty
domain: BlockingFunction
range: VSCtype1

MktACLineSegmentEndAFlow
type: ObjectProperty
domain: BranchEndFlow
range: MktACLineSegment

MktACLineSegmentEndBFlow
type: ObjectProperty
domain: BranchEndFlow
range: MktACLineSegment

MktPowerTransformerEndAFlow
type: ObjectProperty
domain: BranchEndFlow
range: MktPowerTransformer

MktPowerTransformerEndBFlow
type: ObjectProperty
domain: BranchEndFlow
range: MktPowerTransformer

MktSeriesCompensatorEndBFlow
type: ObjectProperty
domain: BranchEndFlow
range: MktSeriesCompensator

MktSeriresCompensatorEndAFlow
type: ObjectProperty
domain: BranchEndFlow
range: MktSeriesCompensator

PinBranchGroup
type: ObjectProperty
inverse of: BranchGroup
domain: BranchGroup
range: PinBranchGroup

maximumActivePower
type: ObjectProperty
domain: BranchGroup
range: ActivePower
comment: The maximum active power flow.

maximumReactivePower
type: ObjectProperty
domain: BranchGroup
range: ReactivePower
comment: The maximum reactive power flow.

minimumActivePower
type: ObjectProperty
domain: BranchGroup
range: ActivePower
comment: The minimum active power flow.

minimumReactivePower
type: ObjectProperty
domain: BranchGroup
range: ReactivePower
comment: The minimum reactive power flow.

Terminal
type: ObjectProperty
domain: BranchGroupTerminal
range: Terminal
comment: The terminal to be summed.

inTransitTime
type: ObjectProperty
domain: Breaker
range: Seconds
comment: The transition time from open to close.

phaseTrip
type: ObjectProperty
domain: BreakerInfo
range: CurrentFlow
comment: Phase trip rating.

ReportingGroup
type: ObjectProperty
domain: BusNameMarker
range: ReportingGroup
comment: The reporting group to which this bus name marker belongs.

Terminal
type: ObjectProperty
domain: BusNameMarker
range: ACDCTerminal
comment: The terminals associated with this bus name marker.

TopologicalNode
type: ObjectProperty
domain: BusNameMarker
range: TopologicalNode
comment: A user defined topological node that was originally defined in a planning model not yet having topology described by ConnectivityNodes. Once ConnectivityNodes has been created they may linked to user defined ToplogicalNdes using BusNameMarkers.

VoltageControlZone
type: ObjectProperty
domain: BusbarSection
range: VoltageControlZone
comment: A VoltageControlZone is controlled by a designated BusbarSection.

ipMax
type: ObjectProperty
domain: BusbarSection
range: CurrentFlow
comment: Maximum allowable peak shortcircuit current of busbar Ipmax in IEC 609090. Mechanical limit of the busbar in the substation itself. Used for short circuit data exchange according to IEC 60909.

ratedCurrent
type: ObjectProperty
domain: BusbarSectionInfo
range: CurrentFlow
comment: Rated current.

ratedVoltage
type: ObjectProperty
domain: BusbarSectionInfo
range: Voltage
comment: Rated voltage.

BushingInsulationPFs
type: ObjectProperty
domain: Bushing
range: BushingInsulationPF

FixedContact
type: ObjectProperty
inverse of: Bushing
domain: Bushing
range: InterrupterUnit
comment: Fixed contact of interrupter to which this bushing is attached.

MovingContact
type: ObjectProperty
inverse of: Bushing
domain: Bushing
range: InterrupterUnit
comment: Moving contact of interrupter to which this bushing is attached.

Terminal
type: ObjectProperty
domain: Bushing
range: Terminal
comment: Terminal to which this bushing is attached.

c1Capacitance
type: ObjectProperty
domain: BushingInfo
range: Capacitance
comment: Factory measured capacitance measured between the power factor tap and the bushing conductor.

c1PowerFactor
type: ObjectProperty
domain: BushingInfo
range: PerCent
comment: Factory measured insulation power factor measured between the power factor tap and the bushing conductor.

c2Capacitance
type: ObjectProperty
domain: BushingInfo
range: Capacitance
comment: Factory measured capacitance measured between the power factor tap and ground.

c2PowerFactor
type: ObjectProperty
domain: BushingInfo
range: PerCent
comment: Factory measured insulation power factor measured between the power factor tap and ground.

insulationKind
type: ObjectProperty
domain: BushingInfo
range: BushingInsulationKind
comment: Kind of insulation.

ratedCurrent
type: ObjectProperty
domain: BushingInfo
range: CurrentFlow
comment: Rated current for bushing as installed.

ratedImpulseWithstandVoltage
type: ObjectProperty
domain: BushingInfo
range: Voltage
comment: Rated impulse withstand voltage also known as BIL Basic Impulse Level.

ratedLineToGroundVoltage
type: ObjectProperty
domain: BushingInfo
range: Voltage
comment: Rated linetoground voltage. Also referred to as Uy on bushing nameplate.

ratedVoltage
type: ObjectProperty
domain: BushingInfo
range: Voltage
comment: Rated voltage. Can be referred to as Um system voltage or class on bushing nameplate.

Bushing
type: ObjectProperty
inverse of: BushingInsulationPFs
domain: BushingInsulationPF
range: Bushing

TransformerObservation
type: ObjectProperty
domain: BushingInsulationPF
range: TransformerObservation

status
type: ObjectProperty
domain: BushingInsulationPF
range: Status

testKind
type: ObjectProperty
domain: BushingInsulationPF
range: BushingInsulationPfTestKind
comment: Kind of test for this bushing.

Projects
type: ObjectProperty
domain: BusinessCase
range: Project

Works
type: ObjectProperty
domain: BusinessCase
range: Work

status
type: ObjectProperty
domain: BusinessRole
range: Status

AirCompressor
type: ObjectProperty
domain: CAESPlant
range: AirCompressor
comment: An air compressor may be a member of a compressed air energy storage plant.

ThermalGeneratingUnit
type: ObjectProperty
domain: CAESPlant
range: ThermalGeneratingUnit
comment: A thermal generating unit may be a member of a compressed air energy storage plant.

energyStorageCapacity
type: ObjectProperty
domain: CAESPlant
range: RealEnergy
comment: The rated energy storage capacity. The attribute shall be a positive value.

ratedCapacityP
type: ObjectProperty
domain: CAESPlant
range: ActivePower
comment: The CAES plants gross rated generating capacity. The attribute shall be a positive value.

CSCtype1
type: ObjectProperty
domain: CCAinverter
range: CSCtype1

Delay
type: ObjectProperty
inverse of: CCAinverter
domain: CCAinverter
range: Delay

CSCtype1
type: ObjectProperty
domain: CCArectifierControl
range: CSCtype1

Delay
type: ObjectProperty
inverse of: CCArectifierControl
domain: CCArectifierControl
range: Delay

standardEdition
type: ObjectProperty
domain: CIGREStandard
range: CIGREStandardEditionKind
comment: Edition of CIGRE standard.

standardNumber
type: ObjectProperty
domain: CIGREStandard
range: CIGREStandardKind
comment: CIGRE standard number.

CongestionRevenueRight
type: ObjectProperty
inverse of: CRRMarket
domain: CRRMarket
range: CongestionRevenueRight

CongestionRevenueRight
type: ObjectProperty
domain: CRROrgRole
range: CongestionRevenueRight

kind
type: ObjectProperty
domain: CRROrgRole
range: CRRRoleType
comment: Kind of role the organisation is with regards to the congestion revenue rights.

status
type: ObjectProperty
domain: CRROrgRole
range: Status
comment: Status of congestion revenue rights organisation role.

CongestionRevenueRight
type: ObjectProperty
inverse of: CRRSegment
domain: CRRSegment
range: CongestionRevenueRight

Sink
type: ObjectProperty
inverse of: SinkCRRSegment
domain: CRRSegment
range: Pnode

Source
type: ObjectProperty
inverse of: SourceCRRSegment
domain: CRRSegment
range: Pnode

amount
type: ObjectProperty
domain: CRRSegment
range: Money
comment: Dollar amount quantity x clearingPrice

clearingPrice
type: ObjectProperty
domain: CRRSegment
range: Money
comment: Clearing price of a CRR

CSConverter
type: ObjectProperty
domain: CSCDynamics
range: CsConverter
comment: Current source converter to which current source converter dynamics model applies.

ProprietaryParameterDynamics
type: ObjectProperty
domain: CSCUserDefined
range: ProprietaryParameterDynamics
comment: Parameter of this proprietary userdefined model.

CCAinverter
type: ObjectProperty
inverse of: CSCtype1
domain: CSCtype1
range: CCAinverter

CCArectifierControl
type: ObjectProperty
inverse of: CSCtype1
domain: CSCtype1
range: CCArectifierControl

IdcInverterControl
type: ObjectProperty
inverse of: CSCtype1
domain: CSCtype1
range: IdcInverterControl

IgnAngleContInverter
type: ObjectProperty
inverse of: CSCtype1
domain: CSCtype1
range: IgnAngleContInverter

CombustionTurbine
type: ObjectProperty
domain: CTTempActivePowerCurve
range: CombustionTurbine
comment: A combustion turbine may have an active power versus ambient temperature relationship.

CompatibleUnits
type: ObjectProperty
domain: CUAllowableAction
range: CompatibleUnit

status
type: ObjectProperty
domain: CUAllowableAction
range: Status

CompatibleUnits
type: ObjectProperty
domain: CUContractorItem
range: CompatibleUnit

bidAmount
type: ObjectProperty
domain: CUContractorItem
range: Money
comment: The amount that a given contractor will charge for performing this unit of work.

status
type: ObjectProperty
domain: CUContractorItem
range: Status

ChildCUGroups
type: ObjectProperty
domain: CUGroup
range: CUGroup

CompatibleUnits
type: ObjectProperty
inverse of: CUGroup
domain: CUGroup
range: CompatibleUnit

DesignLocationCUs
type: ObjectProperty
inverse of: CUGroups
domain: CUGroup
range: DesignLocationCU

ParentCUGroups
type: ObjectProperty
inverse of: ChildCUGroups
domain: CUGroup
range: CUGroup

status
type: ObjectProperty
domain: CUGroup
range: Status

CULaborItems
type: ObjectProperty
inverse of: CULaborCode
domain: CULaborCode
range: CULaborItem

status
type: ObjectProperty
domain: CULaborCode
range: Status

CULaborCode
type: ObjectProperty
domain: CULaborItem
range: CULaborCode

CompatibleUnits
type: ObjectProperty
domain: CULaborItem
range: CompatibleUnit

QualificationRequirements
type: ObjectProperty
domain: CULaborItem
range: QualificationRequirement

laborDuration
type: ObjectProperty
domain: CULaborItem
range: Hours
comment: Estimated time to perform work.

laborRate
type: ObjectProperty
domain: CULaborItem
range: CostRate
comment: The labor rate applied for work.

status
type: ObjectProperty
domain: CULaborItem
range: Status

CompatibleUnits
type: ObjectProperty
domain: CUMaterialItem
range: CompatibleUnit

PropertyUnits
type: ObjectProperty
inverse of: CUMaterialItems
domain: CUMaterialItem
range: PropertyUnit

TypeMaterial
type: ObjectProperty
domain: CUMaterialItem
range: TypeMaterial

quantity
type: ObjectProperty
domain: CUMaterialItem
range: IntegerQuantity
comment: Quantity of the TypeMaterial for this CU used to determine estimated costs based on a per unit cost or a cost per unit length specified in the TypeMaterial.

status
type: ObjectProperty
domain: CUMaterialItem
range: Status

CompatibleUnits
type: ObjectProperty
domain: CUWorkEquipmentItem
range: CompatibleUnit

TypeAsset
type: ObjectProperty
domain: CUWorkEquipmentItem
range: WorkAsset

rate
type: ObjectProperty
domain: CUWorkEquipmentItem
range: CostRate
comment: Standard usage rate for the type of vehicle.

status
type: ObjectProperty
domain: CUWorkEquipmentItem
range: Status

constructionKind
type: ObjectProperty
domain: CableInfo
range: CableConstructionKind
comment: Kind of construction of this cable.

diameterOverCore
type: ObjectProperty
domain: CableInfo
range: Length
comment: Diameter over the core including any semicon screen should be the insulating layers inside diameter.

diameterOverInsulation
type: ObjectProperty
domain: CableInfo
range: Length
comment: Diameter over the insulating layer excluding outer screen.

diameterOverJacket
type: ObjectProperty
domain: CableInfo
range: Length
comment: Diameter over the outermost jacketing layer.

diameterOverScreen
type: ObjectProperty
domain: CableInfo
range: Length
comment: Diameter over the outer screen should be the shields inside diameter.

nominalTemperature
type: ObjectProperty
domain: CableInfo
range: Temperature
comment: Maximum nominal design operating temperature.

outerJacketKind
type: ObjectProperty
domain: CableInfo
range: CableOuterJacketKind
comment: Kind of outer jacket of this cable.

shieldMaterial
type: ObjectProperty
domain: CableInfo
range: CableShieldMaterialKind
comment: Material of the shield.

CalculationMethodOrder
type: ObjectProperty
inverse of: CalculationMethodHierarchy
domain: CalculationMethodHierarchy
range: CalculationMethodOrder
comment: Order of a statistical calculation associated with this calculation method hierarchy.

Measurement
type: ObjectProperty
inverse of: CalculationMethodHierarchy
domain: CalculationMethodHierarchy
range: Measurement
comment: Measurement to which this calculation method hierarchy applies.

MeasurementValue
type: ObjectProperty
domain: CalculationMethodHierarchy
range: MeasurementValue
comment: Measurement value to which this calculation method hierarchy applies.

CalculationMethodHierarchy
type: ObjectProperty
domain: CalculationMethodOrder
range: CalculationMethodHierarchy
comment: The calculation method hierarchy of which this order of statistical calculation is a member.

StatisicalCalculation
type: ObjectProperty
inverse of: StatisticalCalculation.CalculationMethodOrder
domain: CalculationMethodOrder
range: StatisticalCalculation
comment: The statistical calculation done at this order.

Crafts
type: ObjectProperty
domain: Capability
range: Craft

Crew
type: ObjectProperty
domain: Capability
range: OldCrew

WorkTasks
type: ObjectProperty
domain: Capability
range: OldWorkTask

status
type: ObjectProperty
domain: Capability
range: Status

validityInterval
type: ObjectProperty
domain: Capability
range: DateTimeInterval
comment: Date and time interval for which this capability is valid when it became effective and when it expires.

multiplier
type: ObjectProperty
domain: Capacitance
range: UnitMultiplier

unit
type: ObjectProperty
domain: Capacitance
range: UnitSymbol

multiplier
type: ObjectProperty
domain: CapacitancePerLength
range: UnitMultiplier

unit
type: ObjectProperty
domain: CapacitancePerLength
range: UnitSymbol

Tender
type: ObjectProperty
domain: Card
range: Tender
comment: Payment tender this card is being used for.

CashierShifts
type: ObjectProperty
domain: Cashier
range: CashierShift
comment: All shifts operated by this cashier.

electronicAddress
type: ObjectProperty
domain: Cashier
range: ElectronicAddress
comment: Electronic address.

Cashier
type: ObjectProperty
inverse of: CashierShifts
domain: CashierShift
range: Cashier
comment: Cashier operating this shift.

PointOfSale
type: ObjectProperty
domain: CashierShift
range: PointOfSale
comment: Point of sale that is in operation during this shift.

Receipts
type: ObjectProperty
domain: CashierShift
range: Receipt
comment: All Receipts recorded for this Shift.

Transactions
type: ObjectProperty
domain: CashierShift
range: Transaction
comment: All transactions recorded during this cashier shift.

cashFloat
type: ObjectProperty
domain: CashierShift
range: Money
comment: The amount of cash that the cashier brings to start the shift and that will be taken away at the end of the shift i.e. the cash float does not get banked.

AssetInfo
type: ObjectProperty
inverse of: CatalogAssetType
domain: CatalogAssetType
range: AssetInfo
comment: Generic nameplate information associated with this catalog asset type.

CompatibleUnits
type: ObjectProperty
inverse of: GenericAssetModel
domain: CatalogAssetType
range: CompatibleUnit

ErpBomItemDatas
type: ObjectProperty
domain: CatalogAssetType
range: ErpBomItemData

ErpInventoryIssues
type: ObjectProperty
inverse of: TypeAsset
domain: CatalogAssetType
range: ErpIssueInventory

ErpReqLineItems
type: ObjectProperty
domain: CatalogAssetType
range: ErpReqLineItem

ProductAssetModel
type: ObjectProperty
inverse of: CatalogAssetType
domain: CatalogAssetType
range: ProductAssetModel
comment: Product asset model conforming to this catalog asset type.

TypeAssetCatalogue
type: ObjectProperty
domain: CatalogAssetType
range: TypeAssetCatalogue

estimatedUnitCost
type: ObjectProperty
domain: CatalogAssetType
range: Money
comment: Estimated unit cost or cost per unit length of this type of asset. It does not include labor to install construct or configure it.

kind
type: ObjectProperty
domain: CatalogAssetType
range: AssetKind
comment: Kind of asset from enumerated list.

quantity
type: ObjectProperty
domain: CatalogAssetType
range: StringQuantity
comment: The value unit of measure and multiplier for the quantity.

ChangeSetMember
type: ObjectProperty
inverse of: Changeset
domain: ChangeSet
range: ChangeSetMember
comment: Data objects contained in the dataset.

IncrementalDatasetArg
type: ObjectProperty
inverse of: IncrementalDataset
domain: ChangeSet
range: IncrementalDatasetArg

NMProjectStage
type: ObjectProperty
inverse of: ChangeSets
domain: ChangeSet
range: NetworkModelProjectStage

NetworkModelProjectChangeVersion
type: ObjectProperty
inverse of: ChangeSet
domain: ChangeSet
range: NetworkModelProjectChangeVersion
comment: The project of the details of model changes.

Changeset
type: ObjectProperty
domain: ChangeSetMember
range: ChangeSet
comment: Dataset containing the data objects.

PropertiesObject
type: ObjectProperty
domain: ChangeSetMember
range: IdentifiedObject
comment: The CIM object holding the properties of this dataset context. Sometimes properties are not required and only the reference to the registered object is required.

TargetObject
type: ObjectProperty
domain: ChangeSetMember
range: IdentifiedObject
comment: The registered CIM object.

ReadingType
type: ObjectProperty
inverse of: ReadingType.Channel
domain: Channel
range: ReadingType
comment: Reading type for register values reportedcollected by this channel.

Register
type: ObjectProperty
inverse of: Register.Channels
domain: Channel
range: Register
comment: Register whose values are collectedreported by this channel.

AuxiliaryAccounts
type: ObjectProperty
inverse of: Charges
domain: Charge
range: AuxiliaryAccount
comment: All auxiliary accounts to which this charge has to be levied.

ChildCharges
type: ObjectProperty
domain: Charge
range: Charge
comment: All subcomponents of this complex charge.

ConsumptionTariffIntervals
type: ObjectProperty
inverse of: Charges
domain: Charge
range: ConsumptionTariffInterval
comment: Tariff intervals to which this consumptionbased charge has to be levied.

ParentCharge
type: ObjectProperty
inverse of: ChildCharges
domain: Charge
range: Charge
comment: Parent of this charge subcomponent.

TimeTariffIntervals
type: ObjectProperty
inverse of: TimeTariffInterval.Charges
domain: Charge
range: TimeTariffInterval
comment: Tariff intervals to which this timebased charge has to be levied.

fixedPortion
type: ObjectProperty
domain: Charge
range: AccountingUnit
comment: The fixed portion of this charge element.

kind
type: ObjectProperty
domain: Charge
range: ChargeKind
comment: The kind of charge to be applied.

variablePortion
type: ObjectProperty
domain: Charge
range: PerCent
comment: The variable portion of this charge element calculated as a percentage of the total amount of a parent charge.

BillDeterminants
type: ObjectProperty
domain: ChargeComponent
range: BillDeterminant
comment: A BillDeterminant can have 0n ChargeComponent and a ChargeComponent can associate to 0n BillDeterminant.

ChargeTypes
type: ObjectProperty
inverse of: ChargeComponents
domain: ChargeComponent
range: ChargeType
comment: A ChargeType can have 0n ChargeComponent and a ChargeComponent can associate to 0n ChargeType

ChargeGroupChild
type: ObjectProperty
inverse of: ChargeGroupParent
domain: ChargeGroup
range: ChargeGroup
comment: A ChargeGroup instance can have relationships with other ChargeGroup instances.

ChargeGroupParent
type: ObjectProperty
domain: ChargeGroup
range: ChargeGroup
comment: A ChargeGroup instance can have relationships with other ChargeGroup instances.

ChargeType
type: ObjectProperty
inverse of: ChargeGroup
domain: ChargeGroup
range: ChargeType
comment: A ChargeGroup can have 0n ChargeType. A ChargeType can associate to 0n ChargeGroup.

MktUserAttribute
type: ObjectProperty
domain: ChargeGroup
range: MktUserAttribute

Bid
type: ObjectProperty
inverse of: ChargeProfiles
domain: ChargeProfile
range: Bid

BillDeterminant
type: ObjectProperty
domain: ChargeProfile
range: BillDeterminant

ChargeProfileData
type: ObjectProperty
domain: ChargeProfile
range: ChargeProfileData

PassTroughBill
type: ObjectProperty
domain: ChargeProfile
range: PassThroughBill

BillDeterminant
type: ObjectProperty
inverse of: ChargeProfileData
domain: ChargeProfileData
range: BillDeterminant

ChargeProfile
type: ObjectProperty
inverse of: ChargeProfileData
domain: ChargeProfileData
range: ChargeProfile

ChargeComponents
type: ObjectProperty
domain: ChargeType
range: ChargeComponent
comment: A ChargeType can have 0n ChargeComponent and a ChargeComponent can associate to 0n ChargeType

ChargeGroup
type: ObjectProperty
domain: ChargeType
range: ChargeGroup
comment: A ChargeGroup can have 0n ChargeType. A ChargeType can associate to 0n ChargeGroup.

MajorChargeGroup
type: ObjectProperty
inverse of: ChargeType
domain: ChargeType
range: MajorChargeGroup
comment: A MajorChargeGroup can have 0n ChargeType. A ChargeType can associate to 0n MajorChargeGroup.

MktUserAttribute
type: ObjectProperty
domain: ChargeType
range: MktUserAttribute

Tender
type: ObjectProperty
domain: Cheque
range: Tender
comment: Payment tender the cheque is being used for.

bankAccountDetail
type: ObjectProperty
domain: Cheque
range: BankAccountDetail
comment: Details of the account holder and bank.

kind
type: ObjectProperty
domain: Cheque
range: ChequeKind
comment: Kind of cheque.

EndBay
type: ObjectProperty
domain: Circuit
range: Bay

EndTerminal
type: ObjectProperty
domain: Circuit
range: Terminal

ACLineSegment
type: ObjectProperty
inverse of: Clamp
domain: Clamp
range: ACLineSegment
comment: The line segment to which the clamp is connected.

ClampAction
type: ObjectProperty
domain: Clamp
range: ClampAction

JumperAction
type: ObjectProperty
domain: Clamp
range: JumperAction

lengthFromTerminal1
type: ObjectProperty
domain: Clamp
range: Length
comment: The length to the place where the clamp is located starting from side one of the line segment i.e. the line segment terminal with sequence number equal to 1.

Clamp
type: ObjectProperty
inverse of: ClampAction
domain: ClampAction
range: Clamp

kind
type: ObjectProperty
domain: ClampAction
range: TempEquipActionKind
comment: Switching action to perform

multiplier
type: ObjectProperty
domain: Classification
range: UnitMultiplier

unit
type: ObjectProperty
domain: Classification
range: UnitSymbol

EnvironmentalAnalog
type: ObjectProperty
inverse of: ClassificationCondition
domain: ClassificationCondition
range: EnvironmentalAnalog
comment: Analog which contributes to the definition of this classification condition.

EnvironmentalStringMeasurement
type: ObjectProperty
inverse of: ClassificationCondition
domain: ClassificationCondition
range: EnvironmentalStringMeasurement
comment: String measurement which contributes to the definition of this classification condition.

PhenomenonClassification
type: ObjectProperty
domain: ClassificationCondition
range: PhenomenonClassification
comment: Phenomenon classification to which this condition relates.

duration
type: ObjectProperty
domain: ClassificationCondition
range: Seconds
comment: The duration of the of the condition in seconds

test
type: ObjectProperty
domain: ClassificationCondition
range: TestKind
comment: The test applied to the value.

Clearance
type: ObjectProperty
domain: ClearanceAction
range: ClearanceDocument
comment: Clearance associated with this clearance action.

kind
type: ObjectProperty
domain: ClearanceAction
range: ClearanceActionKind
comment: Clearance action to perform.

ClearanceAction
type: ObjectProperty
inverse of: Clearance
domain: ClearanceDocument
range: ClearanceAction
comment: Clearance action associated with this clearance.

TaggedPSRs
type: ObjectProperty
domain: ClearanceDocument
range: PowerSystemResource
comment: All power system resources tagged through this clearance.

kind
type: ObjectProperty
domain: CloudCondition
range: CloudKind
comment: The type of the cloud as defined by the CloudKind enumeration.

AggregateNode
type: ObjectProperty
inverse of: CnodeDistributionFactor
domain: CnodeDistributionFactor
range: AggregateNode

HostControlArea
type: ObjectProperty
inverse of: CnodeDistributionFactor
domain: CnodeDistributionFactor
range: HostControlArea

MktConnectivityNode
type: ObjectProperty
domain: CnodeDistributionFactor
range: MktConnectivityNode

SubControlArea
type: ObjectProperty
domain: CnodeDistributionFactor
range: SubControlArea

SteamSendoutSchedule
type: ObjectProperty
inverse of: SteamSendoutSchedule.CogenerationPlant
domain: CogenerationPlant
range: SteamSendoutSchedule
comment: A cogeneration plant has a steam sendout schedule.

ThermalGeneratingUnits
type: ObjectProperty
domain: CogenerationPlant
range: ThermalGeneratingUnit
comment: A thermal generating unit may be a member of a cogeneration plant.

ratedP
type: ObjectProperty
domain: CogenerationPlant
range: ActivePower
comment: The rated output active power of the cogeneration plant.The attribute shall be a positive value.

ComModule
type: ObjectProperty
inverse of: ComFunctions
domain: ComFunction
range: ComModule
comment: Module performing this communication function.

direction
type: ObjectProperty
domain: ComFunction
range: ComDirectionKind
comment: Kind of communication direction.

technology
type: ObjectProperty
domain: ComFunction
range: ComTechnologyKind
comment: Kind of communication technology.

ComFunctions
type: ObjectProperty
domain: ComModule
range: ComFunction
comment: All functions this communication module performs.

timeZoneOffset
type: ObjectProperty
domain: ComModule
range: Minutes
comment: Time zone offset relative to GMT for the location of this com module.

CombinedCycleConfigurationMember
type: ObjectProperty
domain: CombinedCycleConfiguration
range: CombinedCycleConfigurationMember

CombinedCycleLogicalConfiguration
type: ObjectProperty
inverse of: CombinedCycleConfiguration
domain: CombinedCycleConfiguration
range: CombinedCycleLogicalConfiguration

FromTransitionState
type: ObjectProperty
domain: CombinedCycleConfiguration
range: CombinedCycleTransitionState

ToTransitionState
type: ObjectProperty
domain: CombinedCycleConfiguration
range: CombinedCycleTransitionState

CombinedCycleConfiguration
type: ObjectProperty
inverse of: CombinedCycleConfigurationMember
domain: CombinedCycleConfigurationMember
range: CombinedCycleConfiguration

MktThermalGeneratingUnit
type: ObjectProperty
domain: CombinedCycleConfigurationMember
range: MktThermalGeneratingUnit

CombinedCycleConfiguration
type: ObjectProperty
domain: CombinedCycleLogicalConfiguration
range: CombinedCycleConfiguration

MktCombinedCyclePlant
type: ObjectProperty
domain: CombinedCycleLogicalConfiguration
range: MktCombinedCyclePlant

ThermalGeneratingUnits
type: ObjectProperty
domain: CombinedCyclePlant
range: ThermalGeneratingUnit
comment: A thermal generating unit may be a member of a combined cycle plant.

combCyclePlantRating
type: ObjectProperty
domain: CombinedCyclePlant
range: ActivePower
comment: The combined cycle plants active power output rating.

FromConfiguration
type: ObjectProperty
inverse of: FromTransitionState
domain: CombinedCycleTransitionState
range: CombinedCycleConfiguration

ToConfiguration
type: ObjectProperty
inverse of: ToTransitionState
domain: CombinedCycleTransitionState
range: CombinedCycleConfiguration

AirCompressor
type: ObjectProperty
domain: CombustionTurbine
range: AirCompressor
comment: A CAES air compressor is driven by combustion turbine.

CTTempActivePowerCurve
type: ObjectProperty
inverse of: CombustionTurbine
domain: CombustionTurbine
range: CTTempActivePowerCurve
comment: A combustion turbine may have an active power versus ambient temperature relationship.

HeatRecoveryBoiler
type: ObjectProperty
inverse of: CombustionTurbines
domain: CombustionTurbine
range: HeatRecoveryBoiler
comment: A combustion turbine may have a heat recovery boiler for making steam.

ambientTemp
type: ObjectProperty
domain: CombustionTurbine
range: Temperature
comment: Default ambient temperature to be used in modelling applications.

auxPowerVersusFrequency
type: ObjectProperty
domain: CombustionTurbine
range: PU
comment: Offnominal frequency effect on turbine auxiliaries. Per unit reduction in auxiliary active power consumption versus per unit reduction in frequency from rated frequency.

auxPowerVersusVoltage
type: ObjectProperty
domain: CombustionTurbine
range: PU
comment: Offnominal voltage effect on turbine auxiliaries. Per unit reduction in auxiliary active power consumption versus per unit reduction in auxiliary bus voltage from a specified voltage level.

capabilityVersusFrequency
type: ObjectProperty
domain: CombustionTurbine
range: PU
comment: Offnominal frequency effect on turbine capability. Per unit reduction in unit active power capability versus per unit reduction in frequency from rated frequency.

powerVariationByTemp
type: ObjectProperty
domain: CombustionTurbine
range: PU
comment: Per unit change in power per versus unit change in ambient temperature.

referenceTemp
type: ObjectProperty
domain: CombustionTurbine
range: Temperature
comment: Reference temperature at which the output of the turbine was defined.

timeConstant
type: ObjectProperty
domain: CombustionTurbine
range: Seconds
comment: The time constant for the turbine.

DiscreteValue
type: ObjectProperty
inverse of: Command
domain: Command
range: DiscreteValue
comment: The MeasurementValue that is controlled.

ValueAliasSet
type: ObjectProperty
domain: Command
range: ValueAliasSet
comment: The ValueAliasSet used for translation of a Control value to a name.

Commitments
type: ObjectProperty
domain: CommitmentClearing
range: Commitments

CommitmentClearing
type: ObjectProperty
inverse of: Commitments
domain: Commitments
range: CommitmentClearing

RegisteredResource
type: ObjectProperty
inverse of: RegisteredResource.Commitments
domain: Commitments
range: RegisteredResource

commitmentType
type: ObjectProperty
domain: Commitments
range: CommitmentType
comment: the type of UC status self commitment ISO commitment or SCUC commitment

instructionType
type: ObjectProperty
domain: Commitments
range: AutomaticDispInstTypeCommitment
comment: Indicator of either a StartUp or a ShutDown.

updateType
type: ObjectProperty
domain: Commitments
range: MQSCHGType

CommodityPrice
type: ObjectProperty
inverse of: CommodityDefinition
domain: CommodityDefinition
range: CommodityPrice

MarketProduct
type: ObjectProperty
domain: CommodityDefinition
range: MarketProduct

Pnode
type: ObjectProperty
domain: CommodityDefinition
range: Pnode

RTO
type: ObjectProperty
inverse of: RTO.CommodityDefinition
domain: CommodityDefinition
range: RTO

commodityCurrency
type: ObjectProperty
domain: CommodityDefinition
range: Currency
comment: The currency in which the Commodity is traded using the standard conventions associated with the Currency enumeration.

commodityUnit
type: ObjectProperty
domain: CommodityDefinition
range: UnitSymbol
comment: The unit of measure in which the Commodity is traded using the standard conventions associated with the UnitSymbol enumeration.

commodityUnitMultiplier
type: ObjectProperty
domain: CommodityDefinition
range: UnitMultiplier
comment: The unit multiplier e.g. k to convert the unit Wh to kWh using the standard conventions associated with the UnitMultiplier enumeration.

CommodityDefinition
type: ObjectProperty
domain: CommodityPrice
range: CommodityDefinition

PnodeClearing
type: ObjectProperty
inverse of: CommodityPrice
domain: CommodityPrice
range: PnodeClearing

PriceDescriptor
type: ObjectProperty
domain: CommodityPrice
range: PriceDescriptor

timeIntervalPeriod
type: ObjectProperty
domain: CommodityPrice
range: DateTimeInterval
comment: The time interval over which the CommodityPrice is valid using the standard conventions associated with the DateTimeInterval class.

BilateralExchangeActor
type: ObjectProperty
domain: CommunicationLink
range: BilateralExchangeActor
comment: ICCP data provider or consumer using communication addressing for a Bilateral table.

RemoteUnits
type: ObjectProperty
domain: CommunicationLink
range: RemoteUnit
comment: RTUs may be attached to communication links.

CUAllowableAction
type: ObjectProperty
inverse of: CompatibleUnits
domain: CompatibleUnit
range: CUAllowableAction

CUContractorItems
type: ObjectProperty
inverse of: CompatibleUnits
domain: CompatibleUnit
range: CUContractorItem

CUGroup
type: ObjectProperty
domain: CompatibleUnit
range: CUGroup

CULaborItems
type: ObjectProperty
inverse of: CompatibleUnits
domain: CompatibleUnit
range: CULaborItem

CUMaterialItems
type: ObjectProperty
inverse of: CompatibleUnits
domain: CompatibleUnit
range: CUMaterialItem

CUWorkEquipmentItems
type: ObjectProperty
inverse of: CompatibleUnits
domain: CompatibleUnit
range: CUWorkEquipmentItem

CostType
type: ObjectProperty
inverse of: CompatibleUnits
domain: CompatibleUnit
range: CostType

DesignLocationCUs
type: ObjectProperty
domain: CompatibleUnit
range: DesignLocationCU

GenericAssetModel
type: ObjectProperty
domain: CompatibleUnit
range: CatalogAssetType

Procedures
type: ObjectProperty
domain: CompatibleUnit
range: Procedure

PropertyUnit
type: ObjectProperty
inverse of: CompatibleUnits
domain: CompatibleUnit
range: PropertyUnit

estCost
type: ObjectProperty
domain: CompatibleUnit
range: Money
comment: Estimated total cost for perfoming CU.

AssemblyManifest
type: ObjectProperty
inverse of: CompleteModelToBeDeleted
domain: CompleteModelToBeDeleted
range: AssemblyManifest

ModelPartVersion
type: ObjectProperty
inverse of: CompleteModelToBeDeleted
domain: CompleteModelToBeDeleted
range: ModelPartVersion

Switches
type: ObjectProperty
domain: CompositeSwitch
range: Switch
comment: Switches contained in this Composite switch.

interruptingRating
type: ObjectProperty
domain: CompositeSwitchInfo
range: CurrentFlow
comment: Breaking capacity or short circuit rating is the maximum rated current which the device can safely interrupt at the rated voltage.

kind
type: ObjectProperty
domain: CompositeSwitchInfo
range: CompositeSwitchKind
comment: Kind of composite switch.

phaseCode
type: ObjectProperty
domain: CompositeSwitchInfo
range: PhaseCode
comment: Phases carried if applicable.

ratedVoltage
type: ObjectProperty
domain: CompositeSwitchInfo
range: Voltage
comment: Rated voltage.

diameterOverNeutral
type: ObjectProperty
domain: ConcentricNeutralCableInfo
range: Length
comment: Diameter over the concentric neutral strands.

neutralStrandGmr
type: ObjectProperty
domain: ConcentricNeutralCableInfo
range: Length
comment: Geometric mean radius of the neutral strand.

neutralStrandRDC20
type: ObjectProperty
domain: ConcentricNeutralCableInfo
range: ResistancePerLength
comment: DC resistance per unit length of the neutral strand at 20 C.

neutralStrandRadius
type: ObjectProperty
domain: ConcentricNeutralCableInfo
range: Length
comment: Outside radius of the neutral strand.

DesignLocationCUs
type: ObjectProperty
inverse of: ConditionFactors
domain: ConditionFactor
range: DesignLocationCU

DesignLocations
type: ObjectProperty
inverse of: ConditionFactors
domain: ConditionFactor
range: DesignLocation

Designs
type: ObjectProperty
inverse of: ConditionFactors
domain: ConditionFactor
range: Design

kind
type: ObjectProperty
domain: ConditionFactor
range: ConditionFactorKind
comment: Kind of this condition factor.

status
type: ObjectProperty
domain: ConditionFactor
range: Status

multiplier
type: ObjectProperty
domain: Conductance
range: UnitMultiplier

unit
type: ObjectProperty
domain: Conductance
range: UnitSymbol

multiplier
type: ObjectProperty
domain: ConductancePerLength
range: UnitMultiplier

unit
type: ObjectProperty
domain: ConductancePerLength
range: UnitSymbol

BaseVoltage
type: ObjectProperty
inverse of: ConductingEquipment
domain: ConductingEquipment
range: BaseVoltage
comment: Base voltage of this conducting equipment. Use only when there is no voltage level container used and only one base voltage applies. For example not used for transformers.

GroundingAction
type: ObjectProperty
inverse of: GroundedEquipment
domain: ConductingEquipment
range: GroundAction
comment: Action involving grounding operation on this conducting equipment.

JumpingAction
type: ObjectProperty
inverse of: JumpedEquipments
domain: ConductingEquipment
range: JumperAction
comment: Jumper action involving jumping operation on this conducting equipment.

Outage
type: ObjectProperty
inverse of: OutageIsolationEquipment
domain: ConductingEquipment
range: Outage

ProtectionEquipments
type: ObjectProperty
inverse of: ConductingEquipments
domain: ConductingEquipment
range: ProtectionEquipment
comment: Protection equipment used to protect specific conducting equipment.

ProtectiveActionAdjustment
type: ObjectProperty
domain: ConductingEquipment
range: ProtectiveActionAdjustment
comment: The operating condition to the Conducting Equipment is changed when protective action adjustment is activated. For ShuntCompensator or other conducting equipment that operates on discrete values integer the values given in float will be rounded.

SvStatus
type: ObjectProperty
inverse of: SvStatus.ConductingEquipment
domain: ConductingEquipment
range: SvStatus
comment: The status state variable associated with this conducting equipment.

Terminals
type: ObjectProperty
inverse of: Terminal.ConductingEquipment
domain: ConductingEquipment
range: Terminal
comment: Conducting equipment have terminals that may be connected to other conducting equipment terminals via connectivity nodes or topological nodes.

length
type: ObjectProperty
domain: Conductor
range: Length
comment: Segment length for calculating line section capabilities.

ChangedAsset
type: ObjectProperty
inverse of: ConfigurationEvents
domain: ConfigurationEvent
range: Asset
comment: Asset whose change resulted in this configuration event.

ChangedDocument
type: ObjectProperty
inverse of: ConfigurationEvents
domain: ConfigurationEvent
range: Document
comment: Document whose change resulted in this configuration event.

ChangedLocation
type: ObjectProperty
inverse of: ConfigurationEvents
domain: ConfigurationEvent
range: Location
comment: Location whose change resulted in this configuration event.

ChangedOrganisationRole
type: ObjectProperty
inverse of: ConfigurationEvents
domain: ConfigurationEvent
range: OrganisationRole
comment: Organisation role whose change resulted in this configuration event.

ChangedPersonRole
type: ObjectProperty
inverse of: ConfigurationEvents
domain: ConfigurationEvent
range: PersonRole
comment: Person role whose change resulted in this configuration event.

ChangedServiceCategory
type: ObjectProperty
inverse of: ServiceCategory.ConfigurationEvents
domain: ConfigurationEvent
range: ServiceCategory
comment: Service category whose change resulted in this configuration event.

ChangedUsagePoint
type: ObjectProperty
inverse of: UsagePoint.ConfigurationEvents
domain: ConfigurationEvent
range: UsagePoint
comment: Usage point whose change resulted in this configuration event.

FaultCauseType
type: ObjectProperty
domain: ConfigurationEvent
range: FaultCauseType

PowerSystemResource
type: ObjectProperty
inverse of: ConfigurationEvent
domain: ConfigurationEvent
range: PowerSystemResource

LoadGroup
type: ObjectProperty
inverse of: EnergyConsumers
domain: ConformLoad
range: ConformLoadGroup
comment: Group of this ConformLoad.

ConformLoadSchedules
type: ObjectProperty
domain: ConformLoadGroup
range: ConformLoadSchedule
comment: The ConformLoadSchedules in the ConformLoadGroup.

EnergyConsumers
type: ObjectProperty
domain: ConformLoadGroup
range: ConformLoad
comment: Conform loads assigned to this ConformLoadGroup.

ConformLoadGroup
type: ObjectProperty
inverse of: ConformLoadSchedules
domain: ConformLoadSchedule
range: ConformLoadGroup
comment: The ConformLoadGroup where the ConformLoadSchedule belongs.

IndividualPnode
type: ObjectProperty
domain: CongestionArea
range: IndividualPnode

CRRMarket
type: ObjectProperty
domain: CongestionRevenueRight
range: CRRMarket

CRROrgRole
type: ObjectProperty
inverse of: CongestionRevenueRight
domain: CongestionRevenueRight
range: CRROrgRole

CRRSegment
type: ObjectProperty
domain: CongestionRevenueRight
range: CRRSegment

Flowgate
type: ObjectProperty
domain: CongestionRevenueRight
range: Flowgate

cRRcategory
type: ObjectProperty
domain: CongestionRevenueRight
range: CRRCategoryType
comment: CRR category represents PTP for a pointtopoint CRR or NSR for a Network Service Right. If CRR category is PTP both Source ID and Sink ID fields are required. If CRR category is NSR only one field either Source ID or Sink ID shall be not null and the other shall be null. However the NSR category will include at least three records.

cRRtype
type: ObjectProperty
domain: CongestionRevenueRight
range: CRRSegmentType
comment: Type of the CRR from the possible type definitions in the CRR System e.g. LSE ETC.

hedgeType
type: ObjectProperty
domain: CongestionRevenueRight
range: CRRHedgeType
comment: Hedge type Obligation or Option. An obligation type requires the holder to receive or pay the congestion rent. An option type gives the holder the option of receiving or paying the congestion rent.

timeOfUse
type: ObjectProperty
domain: CongestionRevenueRight
range: TimeOfUse
comment: Time of Use flag of the CRR Peak ON Offpeak OFF or all 24 hours 24HR.

Switches
type: ObjectProperty
domain: ConnectDisconnectFunction
range: Switch

rcdInfo
type: ObjectProperty
domain: ConnectDisconnectFunction
range: RemoteConnectDisconnectInfo
comment: Information on remote connect disconnect switch.

ConnectivityNodeContainer
type: ObjectProperty
domain: ConnectivityNode
range: ConnectivityNodeContainer
comment: Container of this connectivity node.

Terminals
type: ObjectProperty
inverse of: Terminal.ConnectivityNode
domain: ConnectivityNode
range: Terminal
comment: Terminals interconnected with zero impedance at a this connectivity node.

TopologicalNode
type: ObjectProperty
domain: ConnectivityNode
range: TopologicalNode
comment: The topological node to which this connectivity node is assigned. May depend on the current state of switches in the network.

ConnectivityNodes
type: ObjectProperty
inverse of: ConnectivityNodeContainer
domain: ConnectivityNodeContainer
range: ConnectivityNode
comment: Connectivity nodes which belong to this connectivity node container.

TopologicalNode
type: ObjectProperty
inverse of: TopologicalNode.ConnectivityNodeContainer
domain: ConnectivityNodeContainer
range: TopologicalNode
comment: The topological nodes which belong to this connectivity node container.

ConstraintResults
type: ObjectProperty
domain: ConstraintClearing
range: ConstraintResults

TimeSeries
type: ObjectProperty
domain: ConstraintDuration
range: TimeSeries

ConstraintClearing
type: ObjectProperty
inverse of: ConstraintResults
domain: ConstraintResults
range: ConstraintClearing

Flowgate
type: ObjectProperty
inverse of: ConstraintResults
domain: ConstraintResults
range: Flowgate

MktContingency
type: ObjectProperty
domain: ConstraintResults
range: MktContingency

competitivePathConstraint
type: ObjectProperty
domain: ConstraintResults
range: YesNo
comment: Noncompetitive path constraint FlagYN indicating whether the shadow price on a noncompetitive path was nonzero.

constraintType
type: ObjectProperty
domain: ConstraintResults
range: ResultsConstraintType
comment: Type of constraint.

limitFlag
type: ObjectProperty
domain: ConstraintResults
range: ConstraintLimitType
comment: Limit flag Maximum Minimum.

optimizationFlag
type: ObjectProperty
domain: ConstraintResults
range: YesNo
comment: Included in optimization YN.

updateType
type: ObjectProperty
domain: ConstraintResults
range: MQSCHGType
comment: MQS change type.

SecurityConstraintSum
type: ObjectProperty
inverse of: SecurityConstraintSum.ConstraintTerms
domain: ConstraintTerm
range: SecurityConstraintSum

Charges
type: ObjectProperty
domain: ConsumptionTariffInterval
range: Charge
comment: All charges used to define this consumption tariff interval.

ReadingType
type: ObjectProperty
domain: ConsumptionTariffInterval
range: ReadingType
comment: Reading type for startValue.

TariffProfiles
type: ObjectProperty
inverse of: TariffProfile.ConsumptionTariffIntervals
domain: ConsumptionTariffInterval
range: TariffProfile
comment: All tariff profiles defined by this consumption tariff interval.

TouTariffIntervals
type: ObjectProperty
domain: ConsumptionTariffInterval
range: TimeTariffInterval
comment: All time of use tariff intervals influenced by this consumption tariff interval.

MWLimitSchedules
type: ObjectProperty
domain: ContingencyConstraintLimit
range: MWLimitSchedule

MktContingency
type: ObjectProperty
domain: ContingencyConstraintLimit
range: MktContingency

SecurityConstraintSum
type: ObjectProperty
domain: ContingencyConstraintLimit
range: SecurityConstraintSum

Equipment
type: ObjectProperty
domain: ContingencyEquipment
range: Equipment
comment: The single piece of equipment to which to apply the contingency.

contingentStatus
type: ObjectProperty
domain: ContingencyEquipment
range: ContingencyEquipmentStatusKind
comment: The status for the associated equipment when in the contingency state. This status is independent of the case to which the contingency is originally applied but defines the equipment status when the contingency is applied.

Flowgate
type: ObjectProperty
inverse of: ContractDistributionFactor
domain: ContractDistributionFactor
range: Flowgate

RegisteredResource
type: ObjectProperty
inverse of: RegisteredResource.ContractDistributionFactor
domain: ContractDistributionFactor
range: RegisteredResource

TransmissionContractRight
type: ObjectProperty
inverse of: ContractDistributionFactor
domain: ContractDistributionFactor
range: ContractRight

sinkFlag
type: ObjectProperty
domain: ContractDistributionFactor
range: YesNo
comment: This value will be set to YES if the referenced Cnode is defined as the sink point in the contract.

sourceFlag
type: ObjectProperty
domain: ContractDistributionFactor
range: YesNo
comment: This value will be set to YES if the referenced Cnode is defined as the source point in the contract.

BidSelfSched
type: ObjectProperty
domain: ContractRight
range: BidSelfSched

Chain_TransmissionRightChain
type: ObjectProperty
inverse of: TransmissionRightChain.Chain ContractRight
domain: ContractRight
range: TransmissionRightChain

ContractDistributionFactor
type: ObjectProperty
domain: ContractRight
range: ContractDistributionFactor

Ind_TransmissionRightChain
type: ObjectProperty
inverse of: TransmissionRightChain.Ind ContractRight
domain: ContractRight
range: TransmissionRightChain

RTO
type: ObjectProperty
inverse of: RTO.TransmissionContractRight
domain: ContractRight
range: RTO

SchedulingCoordinator
type: ObjectProperty
inverse of: SchedulingCoordinator.TransmissionContractRight
domain: ContractRight
range: SchedulingCoordinator

SubstitutionResourceList
type: ObjectProperty
domain: ContractRight
range: SubstitutionResourceList

TREntitlement
type: ObjectProperty
domain: ContractRight
range: TREntitlement

TRType
type: ObjectProperty
domain: ContractRight
range: TRType
comment: Transmission Right type is this an individual contract right or a chain contract right. Types CHAIN or INDIVIDUAL

TransmissionInterfaceEntitlement
type: ObjectProperty
inverse of: TransmissionInterfaceRightEntitlement.ContractRight
domain: ContractRight
range: TransmissionInterfaceRightEntitlement

contractPrice
type: ObjectProperty
domain: ContractRight
range: CostPerEnergyUnit
comment: Financial value of the contract

contractType
type: ObjectProperty
domain: ContractRight
range: ContractType
comment: type of the contract. Possible values are but not limited byETC TOR or RMR and RMT self schedules

financialLocation
type: ObjectProperty
domain: ContractRight
range: YesNo
comment: Indicator if the location associated with this contract is financial e.g. pricing nodes or physical e.g. connectivity nodes.

financialRightsDAM
type: ObjectProperty
domain: ContractRight
range: YesNo
comment: Flag to indicate this contract provides financial rights in the DA Market

financialRightsRTM
type: ObjectProperty
domain: ContractRight
range: YesNo
comment: Flag to indicate this contract provides financial rights in the RT Market

latestSchedMktType
type: ObjectProperty
domain: ContractRight
range: MarketType
comment: This indicates the latest schedule market type a contract can be applied to. This is used in conjunction with the latestSchedMinutes attribute to determine the latest time this contract can be called in. The possible values for this attribute are DAM RTM or it can be omitted. If omitted the latestSchedMinutes attribute defines the value.

physicalRightsDAM
type: ObjectProperty
domain: ContractRight
range: YesNo
comment: Flag to indicate this contract provides physical rights in the DA Market

physicalRightsRTM
type: ObjectProperty
domain: ContractRight
range: YesNo
comment: Flag to indicate this contract provides physical rights in the RT Market

ErpPayables
type: ObjectProperty
domain: ContractorItem
range: ErpPayable

WorkCostDetail
type: ObjectProperty
inverse of: WorkCostDetail.ContractorItems
domain: ContractorItem
range: WorkCostDetail

WorkTask
type: ObjectProperty
inverse of: ContractorItems
domain: ContractorItem
range: OldWorkTask

bidAmount
type: ObjectProperty
domain: ContractorItem
range: Money
comment: The amount that a given contractor will charge for performing this unit of work.

cost
type: ObjectProperty
domain: ContractorItem
range: Money
comment: The total amount charged.

status
type: ObjectProperty
domain: ContractorItem
range: Status

ControlAction
type: ObjectProperty
inverse of: Control
domain: Control
range: ControlAction

PowerSystemResource
type: ObjectProperty
inverse of: Controls
domain: Control
range: PowerSystemResource
comment: Regulating device governed by this control output.

RemoteControl
type: ObjectProperty
inverse of: RemoteControl.Control
domain: Control
range: RemoteControl
comment: The remote point controlling the physical actuator.

unitMultiplier
type: ObjectProperty
domain: Control
range: UnitMultiplier
comment: The unit multiplier of the controlled quantity.

unitSymbol
type: ObjectProperty
domain: Control
range: UnitSymbol
comment: The unit of measure of the controlled quantity.

Control
type: ObjectProperty
domain: ControlAction
range: Control

EnergyArea
type: ObjectProperty
domain: ControlArea
range: EnergyArea
comment: The energy area that is forecast from this control area specification.

EnergyGroup
type: ObjectProperty
inverse of: ControlArea
domain: ControlArea
range: EnergyGroup

netInterchange
type: ObjectProperty
domain: ControlArea
range: ActivePower
comment: The specified positive net interchange into the control area i.e. positive sign means flow into the area.

pTolerance
type: ObjectProperty
domain: ControlArea
range: ActivePower
comment: Active power net interchange tolerance. The attribute shall be a positive value or zero.

type
type: ObjectProperty
domain: ControlArea
range: ControlAreaTypeKind
comment: The primary type of control area definition used to determine if this is used for automatic generation control for planning interchange control or other purposes. A control area specified with primary type of automatic generation control could still be forecast and used as an interchange area in power flow analysis.

RegisteredResource
type: ObjectProperty
domain: ControlAreaDesignation
range: RegisteredResource

SubControlArea
type: ObjectProperty
domain: ControlAreaDesignation
range: SubControlArea

attained
type: ObjectProperty
domain: ControlAreaDesignation
range: YesNo
comment: Attained.

native
type: ObjectProperty
domain: ControlAreaDesignation
range: YesNo
comment: Native.

GeneratingUnit
type: ObjectProperty
domain: ControlAreaGeneratingUnit
range: GeneratingUnit
comment: The generating unit specified for this control area. Note that a control area should include a GeneratingUnit only once.

CAChildOf
type: ObjectProperty
domain: ControlAreaOperator
range: TieLine
comment: A ControlAreaOperator has a collection of tie points that ring the ControlArea called a TieLine.

ControlledBy
type: ObjectProperty
inverse of: Controls
domain: ControlAreaOperator
range: HostControlArea
comment: A ControlAreaCompany controls a ControlArea.

MktControlArea
type: ObjectProperty
domain: ControlAreaSolutionData
range: MktControlArea

Reconditionings
type: ObjectProperty
domain: CoolingPowerRating
range: Reconditioning

coolingKind
type: ObjectProperty
domain: CoolingPowerRating
range: CoolingKind
comment: Kind of cooling system.

powerRating
type: ObjectProperty
domain: CoolingPowerRating
range: ApparentPower
comment: The power rating associated with type of cooling specified for this stage.

Locations
type: ObjectProperty
inverse of: CoordinateSystem
domain: CoordinateSystem
range: Location
comment: All locations described with position points in this coordinate system.

multiplier
type: ObjectProperty
domain: CostPerEnergyUnit
range: UnitMultiplier

unit
type: ObjectProperty
domain: CostPerEnergyUnit
range: Currency

multiplier
type: ObjectProperty
domain: CostPerHeatUnit
range: UnitMultiplier

unit
type: ObjectProperty
domain: CostPerHeatUnit
range: Currency

multiplier
type: ObjectProperty
domain: CostPerVolume
range: UnitMultiplier

unit
type: ObjectProperty
domain: CostPerVolume
range: Currency

multiplier
type: ObjectProperty
domain: CostRate
range: UnitMultiplier

unit
type: ObjectProperty
domain: CostRate
range: Currency

ChildCostTypes
type: ObjectProperty
domain: CostType
range: CostType

CompatibleUnits
type: ObjectProperty
domain: CostType
range: CompatibleUnit

ErpJournalEntries
type: ObjectProperty
domain: CostType
range: ErpJournalEntry

ParentCostType
type: ObjectProperty
inverse of: ChildCostTypes
domain: CostType
range: CostType

WorkCostDetails
type: ObjectProperty
domain: CostType
range: WorkCostDetail

status
type: ObjectProperty
domain: CostType
range: Status

Capabilities
type: ObjectProperty
inverse of: Crafts
domain: Craft
range: Capability

ErpPersons
type: ObjectProperty
domain: Craft
range: OldPerson

Skills
type: ObjectProperty
inverse of: Skill.Crafts
domain: Craft
range: Skill

status
type: ObjectProperty
domain: Craft
range: Status

CrewMembers
type: ObjectProperty
domain: Crew
range: CrewMember
comment: All members of this crew.

CrewType
type: ObjectProperty
domain: Crew
range: CrewType
comment: Type of this crew.

FieldDispatchHistory
type: ObjectProperty
inverse of: Crew
domain: Crew
range: FieldDispatchHistory

Location
type: ObjectProperty
inverse of: Crew
domain: Crew
range: Location

Outage
type: ObjectProperty
inverse of: Crew
domain: Crew
range: Outage

SwitchingAction
type: ObjectProperty
inverse of: SwitchingAction.Crew
domain: Crew
range: SwitchingAction

WorkAssets
type: ObjectProperty
inverse of: WorkAsset.Crew
domain: Crew
range: WorkAsset
comment: All work assets used by this crew.

WorkTasks
type: ObjectProperty
inverse of: WorkTask.Crews
domain: Crew
range: WorkTask
comment: All work tasks this crew participates in.

status
type: ObjectProperty
domain: Crew
range: Status
comment: Status of this crew.

Crew
type: ObjectProperty
inverse of: CrewMembers
domain: CrewMember
range: Crew
comment: Crew to which this crew member belongs.

Crews
type: ObjectProperty
inverse of: CrewType
domain: CrewType
range: Crew
comment: All crews of this type.

HighPressureSynchronousMachineDynamics
type: ObjectProperty
domain: CrossCompoundTurbineGovernorDynamics
range: SynchronousMachineDynamics
comment: Highpressure synchronous machine with which this crosscompound turbine governor is associated.

LowPressureSynchronousMachineDynamics
type: ObjectProperty
domain: CrossCompoundTurbineGovernorDynamics
range: SynchronousMachineDynamics
comment: Lowpressure synchronous machine with which this crosscompound turbine governor is associated.

CSCDynamics
type: ObjectProperty
inverse of: CSConverter
domain: CsConverter
range: CSCDynamics
comment: Current source converter dynamics model used to describe dynamic behaviour of this converter.

alpha
type: ObjectProperty
domain: CsConverter
range: AngleDegrees
comment: Firing angle that determines the dc voltage at the converter dc terminal. Typical value between 10 degrees and 18 degrees for a rectifier. It is converters state variable result from power flow. The attribute shall be a positive value.

gamma
type: ObjectProperty
domain: CsConverter
range: AngleDegrees
comment: Extinction angle. It is used to limit the dc voltage at the inverter if needed. Typical value between 17 degrees and 20 degrees for an inverter. It is converters state variable result from power flow. The attribute shall be a positive value.

maxAlpha
type: ObjectProperty
domain: CsConverter
range: AngleDegrees
comment: Maximum firing angle. It is converters configuration data used in power flow. The attribute shall be a positive value.

maxGamma
type: ObjectProperty
domain: CsConverter
range: AngleDegrees
comment: Maximum extinction angle. It is converters configuration data used in power flow. The attribute shall be a positive value.

maxIdc
type: ObjectProperty
domain: CsConverter
range: CurrentFlow
comment: The maximum direct current Id on the DC side at which the converter should operate. It is converters configuration data use in power flow. The attribute shall be a positive value.

minAlpha
type: ObjectProperty
domain: CsConverter
range: AngleDegrees
comment: Minimum firing angle. It is converters configuration data used in power flow. The attribute shall be a positive value.

minGamma
type: ObjectProperty
domain: CsConverter
range: AngleDegrees
comment: Minimum extinction angle. It is converters configuration data used in power flow. The attribute shall be a positive value.

minIdc
type: ObjectProperty
domain: CsConverter
range: CurrentFlow
comment: The minimum direct current Id on the DC side at which the converter should operate. It is converters configuration data used in power flow. The attribute shall be a positive value.

operatingMode
type: ObjectProperty
domain: CsConverter
range: CsOperatingModeKind
comment: Indicates whether the DC pole is operating as an inverter or as a rectifier. It is converters control variable used in power flow.

pPccControl
type: ObjectProperty
domain: CsConverter
range: CsPpccControlKind
comment: Kind of active power control.

ratedIdc
type: ObjectProperty
domain: CsConverter
range: CurrentFlow
comment: Rated converter DC current also called IdN. The attribute shall be a positive value. It is converters configuration data used in power flow.

targetAlpha
type: ObjectProperty
domain: CsConverter
range: AngleDegrees
comment: Target firing angle. It is converters control variable used in power flow. It is only applicable for rectifier if continuous tap changer control is used. Allowed values are within the range minAlphalttargetAlphaltmaxAlpha. The attribute shall be a positive value.

targetGamma
type: ObjectProperty
domain: CsConverter
range: AngleDegrees
comment: Target extinction angle. It is converters control variable used in power flow. It is only applicable for inverter if continuous tap changer control is used. Allowed values are within the range minGammalttargetGammaltmaxGamma. The attribute shall be a positive value.

targetIdc
type: ObjectProperty
domain: CsConverter
range: CurrentFlow
comment: DC current target value. It is converters control variable used in power flow. The attribute shall be a positive value.

InternalControlArea
type: ObjectProperty
domain: CurrentEmergencyScheduledInterchange
range: InternalControlArea

multiplier
type: ObjectProperty
domain: CurrentFlow
range: UnitMultiplier

unit
type: ObjectProperty
domain: CurrentFlow
range: UnitSymbol

normalValue
type: ObjectProperty
domain: CurrentLimit
range: CurrentFlow
comment: The normal value for limit on current flow. The attribute shall be a positive value or zero.

value
type: ObjectProperty
domain: CurrentLimit
range: CurrentFlow
comment: Limit on current flow. The attribute shall be a positive value or zero.

currentLimit1
type: ObjectProperty
domain: CurrentRelay
range: CurrentFlow
comment: Current limit number one 1 for inverse time pickup.

currentLimit2
type: ObjectProperty
domain: CurrentRelay
range: CurrentFlow
comment: Current limit number 2 for inverse time pickup.

currentLimit3
type: ObjectProperty
domain: CurrentRelay
range: CurrentFlow
comment: Current limit number 3 for inverse time pickup.

timeDelay1
type: ObjectProperty
domain: CurrentRelay
range: Seconds
comment: Inverse time delay number 1 for current limit number 1.

timeDelay2
type: ObjectProperty
domain: CurrentRelay
range: Seconds
comment: Inverse time delay number 2 for current limit number 2.

timeDelay3
type: ObjectProperty
domain: CurrentRelay
range: Seconds
comment: Inverse time delay number 3 for current limit number 3.

InternalControlArea
type: ObjectProperty
domain: CurrentScheduledInterchange
range: InternalControlArea

NetworkModelProjectComponent2
type: ObjectProperty
inverse of: CurrentState
domain: CurrentState
range: NetworkModelProjectComponent2

accuracyLimit
type: ObjectProperty
domain: CurrentTransformer
range: PerCent
comment: Percent of rated current for which the CT remains accurate within specified limits.

coreBurden
type: ObjectProperty
domain: CurrentTransformer
range: ActivePower
comment: Power burden of the CT core.

accuracyLimit
type: ObjectProperty
domain: CurrentTransformerInfo
range: CurrentFlow
comment: Accuracy limit.

kneePointCurrent
type: ObjectProperty
domain: CurrentTransformerInfo
range: CurrentFlow
comment: Maximum primary current where the CT still displays linear characteristicts.

kneePointVoltage
type: ObjectProperty
domain: CurrentTransformerInfo
range: Voltage
comment: Maximum voltage across the secondary terminals where the CT still displays linear characteristicts.

maxRatio
type: ObjectProperty
domain: CurrentTransformerInfo
range: Ratio
comment: Maximum ratio between the primary and secondary current.

nominalRatio
type: ObjectProperty
domain: CurrentTransformerInfo
range: Ratio
comment: Nominal ratio between the primary and secondary current i.e. 1005.

primaryFlsRating
type: ObjectProperty
domain: CurrentTransformerInfo
range: CurrentFlow
comment: Full load secondary FLS rating for primary winding.

primaryRatio
type: ObjectProperty
domain: CurrentTransformerInfo
range: Ratio
comment: Ratio for the primary winding tap changer.

ratedCurrent
type: ObjectProperty
domain: CurrentTransformerInfo
range: CurrentFlow
comment: Rated current on the primary side.

secondaryFlsRating
type: ObjectProperty
domain: CurrentTransformerInfo
range: CurrentFlow
comment: Full load secondary FLS rating for secondary winding.

secondaryRatio
type: ObjectProperty
domain: CurrentTransformerInfo
range: Ratio
comment: Ratio for the secondary winding tap changer.

tertiaryFlsRating
type: ObjectProperty
domain: CurrentTransformerInfo
range: CurrentFlow
comment: Full load secondary FLS rating for tertiary winding.

tertiaryRatio
type: ObjectProperty
domain: CurrentTransformerInfo
range: Ratio
comment: Ratio for the tertiary winding tap changer.

EnergyTransaction
type: ObjectProperty
domain: CurtailmentProfile
range: EnergyTransaction
comment: An EnergyTransaction may be curtailed by any of the participating entities.

CurveDatas
type: ObjectProperty
inverse of: Curve
domain: Curve
range: CurveData
comment: The point data values that define this curve.

curveStyle
type: ObjectProperty
domain: Curve
range: CurveStyle
comment: The style or shape of the curve.

xMultiplier
type: ObjectProperty
domain: Curve
range: UnitMultiplier
comment: Multiplier for Xaxis.

xUnit
type: ObjectProperty
domain: Curve
range: UnitSymbol
comment: The Xaxis units of measure.

y1Multiplier
type: ObjectProperty
domain: Curve
range: UnitMultiplier
comment: Multiplier for Y1axis.

y1Unit
type: ObjectProperty
domain: Curve
range: UnitSymbol
comment: The Y1axis units of measure.

y2Multiplier
type: ObjectProperty
domain: Curve
range: UnitMultiplier
comment: Multiplier for Y2axis.

y2Unit
type: ObjectProperty
domain: Curve
range: UnitSymbol
comment: The Y2axis units of measure.

y3Multiplier
type: ObjectProperty
domain: Curve
range: UnitMultiplier
comment: Multiplier for Y3axis.

y3Unit
type: ObjectProperty
domain: Curve
range: UnitSymbol
comment: The Y3axis units of measure.

Curve
type: ObjectProperty
domain: CurveData
range: Curve
comment: The curve of this curve data point.

Customer
type: ObjectProperty
domain: Customer
range: Customer

CustomerAccounts
type: ObjectProperty
domain: Customer
range: CustomerAccount
comment: All accounts of this customer.

CustomerAgreements
type: ObjectProperty
domain: Customer
range: CustomerAgreement
comment: All agreements of this customer.

CustomerNotifications
type: ObjectProperty
inverse of: Customer
domain: Customer
range: CustomerNotification
comment: All notifications required by this customer.

EndDevices
type: ObjectProperty
domain: Customer
range: EndDevice
comment: All end devices of this customer.

ErpPersons
type: ObjectProperty
domain: Customer
range: OldPerson

OutagePlan
type: ObjectProperty
domain: Customer
range: OutagePlan
comment: The outage plan that identifies the customers that are affected.

PlannedOutageNotification
type: ObjectProperty
inverse of: Customer
domain: Customer
range: PlannedOutageNotification

TroubleTickets
type: ObjectProperty
inverse of: TroubleTicket.Customer
domain: Customer
range: TroubleTicket
comment: All trouble tickets for this customer.

Works
type: ObjectProperty
domain: Customer
range: Work
comment: All the works performed for this customer.

kind
type: ObjectProperty
domain: Customer
range: CustomerKind
comment: Kind of customer.

priority
type: ObjectProperty
domain: Customer
range: Priority
comment: Priority of the customer.

status
type: ObjectProperty
domain: Customer
range: Status
comment: Status of this customer.

AccountNotification
type: ObjectProperty
domain: CustomerAccount
range: AccountNotification

Customer
type: ObjectProperty
inverse of: CustomerAccounts
domain: CustomerAccount
range: Customer
comment: Customer owning this account.

CustomerAgreements
type: ObjectProperty
domain: CustomerAccount
range: CustomerAgreement
comment: All agreements for this customer account.

CustomerBillingInfos
type: ObjectProperty
inverse of: CustomerAccount
domain: CustomerAccount
range: CustomerBillingInfo

ErpInvoicees
type: ObjectProperty
domain: CustomerAccount
range: ErpInvoice

PaymentTransactions
type: ObjectProperty
domain: CustomerAccount
range: Transaction
comment: All payment transactions for this customer account.

WorkBillingInfos
type: ObjectProperty
domain: CustomerAccount
range: WorkBillingInfo

lastBillAmount
type: ObjectProperty
domain: CustomerAccount
range: Money
comment: The last amount that will be billed to the customer prior to shut off of the account.

AuxiliaryAgreements
type: ObjectProperty
domain: CustomerAgreement
range: AuxiliaryAgreement
comment: All nonservice related auxiliary agreements that refer to this customer agreement.

Customer
type: ObjectProperty
inverse of: CustomerAgreements
domain: CustomerAgreement
range: Customer
comment: Customer for this agreement.

CustomerAccount
type: ObjectProperty
inverse of: CustomerAgreements
domain: CustomerAgreement
range: CustomerAccount
comment: Customer account owning this agreement.

DemandResponsePrograms
type: ObjectProperty
inverse of: CustomerAgreements
domain: CustomerAgreement
range: DemandResponseProgram
comment: All demand response programs the customer is enrolled in through this customer agreement.

MeterReadings
type: ObjectProperty
inverse of: CustomerAgreement
domain: CustomerAgreement
range: MeterReading
comment: could be deprecated in the future All meter readings for this customer agreement.

PricingStructures
type: ObjectProperty
domain: CustomerAgreement
range: PricingStructure
comment: All pricing structures applicable to this customer agreement.

ServiceCategory
type: ObjectProperty
domain: CustomerAgreement
range: ServiceCategory
comment: Service category for this agreement.

ServiceLocations
type: ObjectProperty
domain: CustomerAgreement
range: ServiceLocation
comment: All service locations regulated by this customer agreement.

ServiceSupplier
type: ObjectProperty
inverse of: ServiceSupplier.CustomerAgreements
domain: CustomerAgreement
range: ServiceSupplier
comment: Service supplier for this customer agreement.

StandardIndustryCode
type: ObjectProperty
domain: CustomerAgreement
range: StandardIndustryCode

UsagePoints
type: ObjectProperty
domain: CustomerAgreement
range: UsagePoint
comment: All service delivery points regulated by this customer agreement.

CustomerAccount
type: ObjectProperty
domain: CustomerBillingInfo
range: CustomerAccount

ErpInvoiceLineItems
type: ObjectProperty
domain: CustomerBillingInfo
range: ErpInvoiceLineItem

kind
type: ObjectProperty
domain: CustomerBillingInfo
range: CustomerBillingKind
comment: Kind of bill customer receives.

lastPaymentAmt
type: ObjectProperty
domain: CustomerBillingInfo
range: Money
comment: Amount of the last payment received from the customer. It is retained in the Customer Billing system although the details of each payment are tracked in the ERP system.

outBalance
type: ObjectProperty
domain: CustomerBillingInfo
range: Money
comment: Outstanding balance on the CustomerAccount as of the statement date.

pymtPlanAmt
type: ObjectProperty
domain: CustomerBillingInfo
range: Money
comment: Monthly amortized amount due during each billing cycle for the CustomerAccount balance for which the Payment Plan is setup.

CustChildOf
type: ObjectProperty
domain: CustomerConsumer
range: TieLine
comment: A ControlAreaOperator or CustomerConsumer may ring their perimeter with metering which can create a unique SubControlArea at the collection of metering points called a TieLine.

Customer
type: ObjectProperty
domain: CustomerNotification
range: Customer
comment: Customer requiring this notification.

Incident
type: ObjectProperty
inverse of: CustomerNotifications
domain: CustomerNotification
range: Incident
comment: Incident as a subject of this customer notification.

TroubleTickets
type: ObjectProperty
domain: CustomerNotification
range: TroubleTicket
comment: All trouble tickets with this notification.

trigger
type: ObjectProperty
domain: CustomerNotification
range: NotificationTriggerKind
comment: Trigger for this notification.

ACLineSegment
type: ObjectProperty
domain: Cut
range: ACLineSegment
comment: The line segment to which the cut is applied.

CutAction
type: ObjectProperty
inverse of: Cut
domain: Cut
range: CutAction
comment: Action taken with this cut.

lengthFromTerminal1
type: ObjectProperty
domain: Cut
range: Length
comment: The length to the place where the cut is located starting from side one of the cut line segment i.e. the line segment Terminal with sequenceNumber equal to 1.

Cut
type: ObjectProperty
domain: CutAction
range: Cut
comment: Cut on which this action is taken.

kind
type: ObjectProperty
domain: CutAction
range: TempEquipActionKind
comment: Switching action to perform.

centralPressure
type: ObjectProperty
domain: Cyclone
range: Pressure
comment: The central pressure of the cyclone during the time interval.

maxSurfaceWindSpeed
type: ObjectProperty
domain: Cyclone
range: Speed
comment: The maximum surface wind speed of the cyclone during the time interval.

DCNode
type: ObjectProperty
inverse of: DCTerminals
domain: DCBaseTerminal
range: DCNode
comment: The DC connectivity node to which this DC base terminal connects with zero impedance.

DCTopologicalNode
type: ObjectProperty
domain: DCBaseTerminal
range: DCTopologicalNode
comment: See association end Terminal.TopologicalNode.

DCTerminals
type: ObjectProperty
domain: DCConductingEquipment
range: DCTerminal
comment: A DC conducting equipment has DC terminals.

ProtectiveActionAdjustment
type: ObjectProperty
inverse of: DCConductingEquipment
domain: DCConductingEquipment
range: ProtectiveActionAdjustment

ratedUdc
type: ObjectProperty
domain: DCConductingEquipment
range: Voltage
comment: Rated DC device voltage. The attribute shall be a positive value. It is configuration data used in power flow.

operationMode
type: ObjectProperty
domain: DCConverterUnit
range: DCConverterOperatingModeKind
comment: The operating mode of an HVDC bipole bipolar monopolar metallic return etc.

DCNodes
type: ObjectProperty
inverse of: DCEquipmentContainer
domain: DCEquipmentContainer
range: DCNode
comment: The DC nodes contained in the DC equipment container.

DCTopologicalNode
type: ObjectProperty
domain: DCEquipmentContainer
range: DCTopologicalNode
comment: The topological nodes which belong to this connectivity node container.

inductance
type: ObjectProperty
domain: DCGround
range: Inductance
comment: Inductance to ground.

r
type: ObjectProperty
domain: DCGround
range: Resistance
comment: Resistance to ground.

Region
type: ObjectProperty
domain: DCLine
range: SubGeographicalRegion
comment: The SubGeographicalRegion containing the DC line.

PerLengthParameter
type: ObjectProperty
inverse of: DCLineSegments
domain: DCLineSegment
range: PerLengthDCLineParameter
comment: Set of perlength parameters for this line segment.

capacitance
type: ObjectProperty
domain: DCLineSegment
range: Capacitance
comment: Capacitance of the DC line segment. Significant for cables only.

inductance
type: ObjectProperty
domain: DCLineSegment
range: Inductance
comment: Inductance of the DC line segment. Negligible compared with DCSeriesDevice used for smoothing.

length
type: ObjectProperty
domain: DCLineSegment
range: Length
comment: Segment length for calculating line section capabilities.

resistance
type: ObjectProperty
domain: DCLineSegment
range: Resistance
comment: Resistance of the DC line segment.

DCEquipmentContainer
type: ObjectProperty
domain: DCNode
range: DCEquipmentContainer
comment: The DC container for the DC nodes.

DCTerminals
type: ObjectProperty
domain: DCNode
range: DCBaseTerminal
comment: DC base terminals interconnected with zero impedance at a this DC connectivity node.

DCTopologicalNode
type: ObjectProperty
domain: DCNode
range: DCTopologicalNode
comment: The DC topological node to which this DC connectivity node is assigned. May depend on the current state of switches in the network.

inductance
type: ObjectProperty
domain: DCSeriesDevice
range: Inductance
comment: Inductance of the device.

resistance
type: ObjectProperty
domain: DCSeriesDevice
range: Resistance
comment: Resistance of the DC device.

capacitance
type: ObjectProperty
domain: DCShunt
range: Capacitance
comment: Capacitance of the DC shunt.

resistance
type: ObjectProperty
domain: DCShunt
range: Resistance
comment: Resistance of the DC device.

DCConductingEquipment
type: ObjectProperty
inverse of: DCTerminals
domain: DCTerminal
range: DCConductingEquipment
comment: An DC terminal belong to a DC conducting equipment.

DCEquipmentContainer
type: ObjectProperty
inverse of: DCTopologicalNode
domain: DCTopologicalNode
range: DCEquipmentContainer
comment: The connectivity node container to which the topological node belongs.

DCNodes
type: ObjectProperty
inverse of: DCTopologicalNode
domain: DCTopologicalNode
range: DCNode
comment: The DC connectivity nodes combined together to form this DC topological node. May depend on the current state of switches in the network.

DCTerminals
type: ObjectProperty
inverse of: DCTopologicalNode
domain: DCTopologicalNode
range: DCBaseTerminal
comment: See association end TopologicalNode.Terminal.

Delay
type: ObjectProperty
inverse of: DCvoltageControl
domain: DCvoltageControl
range: Delay

VSCtype1
type: ObjectProperty
inverse of: VSCtype1.DCvoltageControl
domain: DCvoltageControl
range: VSCtype1

kivdc
type: ObjectProperty
domain: DCvoltageControl
range: PU
comment: Integral gain of the DC voltage regulator Kivdc.

kpvdc
type: ObjectProperty
domain: DCvoltageControl
range: PU
comment: Proportional gain of the DC voltage regulator Kpvdc.

vdcmax
type: ObjectProperty
domain: DCvoltageControl
range: PU
comment: Maximum DC voltage Vdcmax.

vdcmin
type: ObjectProperty
domain: DCvoltageControl
range: PU
comment: Minimum DC voltage Vdcmin.

DERMonitorableParameter
type: ObjectProperty
domain: DERCurveData
range: DERMonitorableParameter

DispatchSchedule
type: ObjectProperty
domain: DERCurveData
range: DispatchSchedule

EndDeviceGroup
type: ObjectProperty
domain: DERFunction
range: EndDeviceGroup

EndDeviceGroup
type: ObjectProperty
inverse of: DERGroupDispatch
domain: DERGroupDispatch
range: EndDeviceGroup
comment: From the metering package this is a grouping mechanism that allows actions to be performed upon multiple EndDevices with a single command

EndDeviceGroup
type: ObjectProperty
domain: DERGroupForecast
range: EndDeviceGroup
comment: From the metering package this is a grouping mechanism that allows actions to be performed upon multiple EndDevices with a single command

DERCurveData
type: ObjectProperty
inverse of: DERMonitorableParameter
domain: DERMonitorableParameter
range: DERCurveData

DERParameter
type: ObjectProperty
domain: DERMonitorableParameter
range: DERParameterKind

DispatchSchedule
type: ObjectProperty
inverse of: DERMonitorableParameter
domain: DERMonitorableParameter
range: DispatchSchedule

EndDeviceGroup
type: ObjectProperty
inverse of: DERMonitorableParameter
domain: DERMonitorableParameter
range: EndDeviceGroup

flowDirection
type: ObjectProperty
domain: DERMonitorableParameter
range: FlowDirectionKind

yMultiplier
type: ObjectProperty
domain: DERMonitorableParameter
range: UnitMultiplier

yUnit
type: ObjectProperty
domain: DERMonitorableParameter
range: DERUnitSymbol

standardEdition
type: ObjectProperty
domain: DINStandard
range: DINStandardEditionKind
comment: Edition of DIN standard.

standardNumber
type: ObjectProperty
domain: DINStandard
range: DINStandardKind
comment: DIN standard number.

multiplier
type: ObjectProperty
domain: Damping
range: UnitMultiplier

unit
type: ObjectProperty
domain: Damping
range: UnitSymbol

AlternateModel
type: ObjectProperty
inverse of: Dataset
domain: DataSet
range: AlternateModel
comment: The alternate model using the data.

ModelPartVersion
type: ObjectProperty
inverse of: DataSet
domain: DataSet
range: ModelPartVersion

Profile
type: ObjectProperty
domain: DataSet
range: Profile
comment: The profiles that describe the contents of the data set and the rules governing the contents of the data set.

Dataset
type: ObjectProperty
domain: DatasetArg
range: InstanceSet
comment: Dataset referenced by this argument of a model operation..

OperationDatasetArgDescription
type: ObjectProperty
domain: DatasetArg
range: DatasetArgDescription
comment: The type of role for this dataset role. Should only reference role types that belong to the operation type of the associated operation.

OperationDatasetArg
type: ObjectProperty
inverse of: OperationDatasetArgDescription
domain: DatasetArgDescription
range: DatasetArg
comment: The operation dataset roles conforming to this role type.

MarketDocument
type: ObjectProperty
domain: DateAndOrTime
range: MarketDocument

TimeSeries
type: ObjectProperty
inverse of: TimeSeries.DateAndOrTime
domain: DateAndOrTime
range: TimeSeries

SeasonDayTypeSchedules
type: ObjectProperty
domain: DayType
range: SeasonDayTypeSchedule
comment: Schedules that use this DayType.

currency
type: ObjectProperty
domain: DecimalQuantity
range: Currency
comment: Currency of this quantity.

multiplier
type: ObjectProperty
domain: DecimalQuantity
range: UnitMultiplier
comment: Unit multiplier of this quantity.

unit
type: ObjectProperty
domain: DecimalQuantity
range: UnitSymbol
comment: Unit of this quantity.

DefaultBidCurve
type: ObjectProperty
domain: DefaultBid
range: DefaultBidCurve

RegisteredResource
type: ObjectProperty
domain: DefaultBid
range: RegisteredResource

bidType
type: ObjectProperty
domain: DefaultBid
range: BidType
comment: Default bid type such as Default Energy Bid Default Minimum Load Bid and Default Startup Bid

minLoadCost
type: ObjectProperty
domain: DefaultBid
range: CostRate
comment: Minimum load cost in hr

peakFlag
type: ObjectProperty
domain: DefaultBid
range: OnOff
comment: onpeak offpeak or all

DefaultBid
type: ObjectProperty
inverse of: DefaultBidCurve
domain: DefaultBidCurve
range: DefaultBid

debAdderFlag
type: ObjectProperty
domain: DefaultBidCurve
range: YesNo
comment: Default energy bid adder flag

bidSegmentCalcType
type: ObjectProperty
domain: DefaultBidCurveData
range: BidCalculationBasis
comment: Type of calculation basis used to define the default bid segment curve.

SecurityConstraintSum
type: ObjectProperty
domain: DefaultConstraintLimit
range: SecurityConstraintSum

BlockingFunction
type: ObjectProperty
domain: Delay
range: BlockingFunction

CCAinverter
type: ObjectProperty
domain: Delay
range: CCAinverter

CCArectifierControl
type: ObjectProperty
domain: Delay
range: CCArectifierControl

DCvoltageControl
type: ObjectProperty
domain: Delay
range: DCvoltageControl

IdcInverterControl
type: ObjectProperty
domain: Delay
range: IdcInverterControl

PFmode
type: ObjectProperty
domain: Delay
range: PFmode

Pcontrol
type: ObjectProperty
domain: Delay
range: Pcontrol

Qlimiter
type: ObjectProperty
domain: Delay
range: Qlimiter

Qmode
type: ObjectProperty
domain: Delay
range: Qmode

Qregulator
type: ObjectProperty
domain: Delay
range: Qregulator

Umode
type: ObjectProperty
domain: Delay
range: Umode

VDCOL
type: ObjectProperty
domain: Delay
range: VDCOL

tm
type: ObjectProperty
domain: Delay
range: Seconds
comment: Time constant.

CustomerAgreements
type: ObjectProperty
domain: DemandResponseProgram
range: CustomerAgreement
comment: All customer agreements through which the customer is enrolled in this demand response program.

EndDeviceGroups
type: ObjectProperty
domain: DemandResponseProgram
range: EndDeviceGroup
comment: All groups of end devices enrolled in this demand response program.

UsagePointGroups
type: ObjectProperty
domain: DemandResponseProgram
range: UsagePointGroup
comment: All usage point groups enrolled in this demand response program.

validityInterval
type: ObjectProperty
domain: DemandResponseProgram
range: DateTimeInterval
comment: Interval within which the program is valid.

ConditionFactors
type: ObjectProperty
domain: Design
range: ConditionFactor

DesignLocations
type: ObjectProperty
inverse of: Designs
domain: Design
range: DesignLocation

DesignLocationsCUs
type: ObjectProperty
inverse of: Designs
domain: Design
range: DesignLocationCU

ErpBOMs
type: ObjectProperty
domain: Design
range: ErpBOM

ErpQuoteLineItem
type: ObjectProperty
inverse of: Design
domain: Design
range: ErpQuoteLineItem

Work
type: ObjectProperty
domain: Design
range: Work

WorkCostDetails
type: ObjectProperty
domain: Design
range: WorkCostDetail

WorkTasks
type: ObjectProperty
domain: Design
range: OldWorkTask

costEstimate
type: ObjectProperty
domain: Design
range: Money
comment: Estimated cost not price of design.

kind
type: ObjectProperty
domain: Design
range: DesignKind
comment: Kind of this design.

price
type: ObjectProperty
domain: Design
range: Money
comment: Price to customer for implementing design.

ConditionFactors
type: ObjectProperty
domain: DesignLocation
range: ConditionFactor

DesignLocationCUs
type: ObjectProperty
domain: DesignLocation
range: DesignLocationCU

Designs
type: ObjectProperty
domain: DesignLocation
range: Design

ErpBomItemDatas
type: ObjectProperty
inverse of: DesignLocation
domain: DesignLocation
range: ErpBomItemData

MiscCostItems
type: ObjectProperty
domain: DesignLocation
range: MiscCostItem

WorkLocations
type: ObjectProperty
domain: DesignLocation
range: WorkLocation

spanLength
type: ObjectProperty
domain: DesignLocation
range: Length
comment: The legth of the span from the previous pole to this pole.

status
type: ObjectProperty
domain: DesignLocation
range: Status

CUGroups
type: ObjectProperty
domain: DesignLocationCU
range: CUGroup

CompatibleUnits
type: ObjectProperty
inverse of: DesignLocationCUs
domain: DesignLocationCU
range: CompatibleUnit

ConditionFactors
type: ObjectProperty
domain: DesignLocationCU
range: ConditionFactor

DesignLocation
type: ObjectProperty
inverse of: DesignLocationCUs
domain: DesignLocationCU
range: DesignLocation

Designs
type: ObjectProperty
domain: DesignLocationCU
range: Design

WorkTasks
type: ObjectProperty
domain: DesignLocationCU
range: OldWorkTask

cuAction
type: ObjectProperty
domain: DesignLocationCU
range: WorkActionKind
comment: A code that instructs the crew what action to perform.

cuQuantity
type: ObjectProperty
domain: DesignLocationCU
range: IntegerQuantity
comment: The quantity of the CU being assigned to this location.

status
type: ObjectProperty
domain: DesignLocationCU
range: Status

phaseCode
type: ObjectProperty
domain: DiagnosisDataSet
range: PhaseCode
comment: Phases diagnosed.

DiagramElements
type: ObjectProperty
inverse of: Diagram
domain: Diagram
range: DiagramObject
comment: A diagram is made up of multiple diagram objects.

DiagramStyle
type: ObjectProperty
inverse of: Diagram
domain: Diagram
range: DiagramStyle
comment: A Diagram may have a DiagramStyle.

orientation
type: ObjectProperty
domain: Diagram
range: OrientationKind
comment: Coordinate system orientation of the diagram. A positive orientation gives standard righthand orientation with negative orientation indicating a lefthand orientation. For 2D diagrams a positive orientation will result in X values increasing from left to right and Y values increasing from bottom to top. A negative orientation gives the lefthand orientation favoured by computer graphics displays with X values increasing from left to right and Y values increasing from top to bottom.

Diagram
type: ObjectProperty
domain: DiagramObject
range: Diagram
comment: A diagram object is part of a diagram.

DiagramObjectPoints
type: ObjectProperty
domain: DiagramObject
range: DiagramObjectPoint
comment: A diagram object can have 0 or more points to reflect its layout position routing for polylines or boundary for polygons.

DiagramObjectStyle
type: ObjectProperty
domain: DiagramObject
range: DiagramObjectStyle
comment: A diagram object has a style associated that provides a reference for the style used in the originating system.

IdentifiedObject
type: ObjectProperty
inverse of: DiagramObjects
domain: DiagramObject
range: IdentifiedObject
comment: The domain object to which this diagram object is associated.

VisibilityLayers
type: ObjectProperty
domain: DiagramObject
range: VisibilityLayer
comment: A diagram object can be part of multiple visibility layers.

rotation
type: ObjectProperty
domain: DiagramObject
range: AngleDegrees
comment: Sets the angle of rotation of the diagram object. Zero degrees is pointing to the top of the diagram. Rotation is clockwise. DiagramObject.rotation0 has the following meaning The connection point of an element which has one terminal is pointing to the top side of the diagram. The connection point From side of an element which has more than one terminal is pointing to the top side of the diagram.DiagramObject.rotation90 has the following meaning The connection point of an element which has one terminal is pointing to the right hand side of the diagram. The connection point From side of an element which has more than one terminal is pointing to the right hand side of the diagram.

DiagramObjectPoints
type: ObjectProperty
inverse of: DiagramObjectGluePoint
domain: DiagramObjectGluePoint
range: DiagramObjectPoint
comment: A diagram object glue point is associated with 2 or more object points that are considered to be glued together.

DiagramObject
type: ObjectProperty
inverse of: DiagramObjectPoints
domain: DiagramObjectPoint
range: DiagramObject
comment: The diagram object with which the points are associated.

DiagramObjectGluePoint
type: ObjectProperty
domain: DiagramObjectPoint
range: DiagramObjectGluePoint
comment: The glue point to which this point is associated.

StyledObjects
type: ObjectProperty
inverse of: DiagramObjectStyle
domain: DiagramObjectStyle
range: DiagramObject
comment: A style can be assigned to multiple diagram objects.

Diagram
type: ObjectProperty
domain: DiagramStyle
range: Diagram
comment: A DiagramStyle can be used by many Diagrams.

Specifications
type: ObjectProperty
domain: DimensionsInfo
range: Specification

sizeDepth
type: ObjectProperty
domain: DimensionsInfo
range: Length
comment: Depth measurement.

sizeDiameter
type: ObjectProperty
domain: DimensionsInfo
range: Length
comment: Diameter measurement.

sizeLength
type: ObjectProperty
domain: DimensionsInfo
range: Length
comment: Length measurement.

sizeWidth
type: ObjectProperty
domain: DimensionsInfo
range: Length
comment: Width measurement.

esc
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: PU
comment: Speed change reference iEiisubSCsubi. Typical value 00015.

kan
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: PU
comment: Discontinuous controller gain iKiisubANsubi. Typical value 400.

ketl
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: PU
comment: Terminal voltage limiter gain iKiisubETLsubi. Typical value 47.

tan
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: Seconds
comment: Discontinuous controller time constant iTiisubANsubi gt 0. Typical value 008.

td
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: Seconds
comment: Time constant iTiisubDsubi gt 0. Typical value 003.

tl1
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: Seconds
comment: Time constant iTiisubLsubisub1sub gt 0. Typical value 0025.

tl2
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: Seconds
comment: Time constant iTiisubLsubisub2sub gt 0. Typical value 125.

tw5
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: Seconds
comment: DEC washout time constant iTiisubWsubisub5sub gt 0. Typical value 5.

val
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: PU
comment: Regulator voltage reference iViisubALsubi. Typical value 55.

vanmax
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: PU
comment: Limiter for Van iViisubANMAXsubi.

vomax
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: PU
comment: Limiter iViisubOMAXsubi gt DiscExcContIEEEDEC1A.vomin. Typical value 03.

vomin
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: PU
comment: Limiter iViisubOMINsubi lt DiscExcContIEEEDEC1A.vomax. Typical value 01.

vsmax
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: PU
comment: Limiter iViisubSMAXsubigt DiscExcContIEEEDEC1A.vsmin. Typical value 02.

vsmin
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: PU
comment: Limiter iViisubSMINsubi lt DiscExcContIEEEDEC1A.vsmax. Typical value 0066.

vtc
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: PU
comment: Terminal voltage level reference iViisubTCsubi. Typical value 095.

vtlmt
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: PU
comment: Voltage reference iViisubTLMTsubi. Typical value 11.

vtm
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: PU
comment: Voltage limits iViisubTMsubi. Typical value 113.

vtn
type: ObjectProperty
domain: DiscExcContIEEEDEC1A
range: PU
comment: Voltage limits iViisubTNsubi. Typical value 112.

td1
type: ObjectProperty
domain: DiscExcContIEEEDEC2A
range: Seconds
comment: Discontinuous controller time constant iTiisubD1subi gt 0.

td2
type: ObjectProperty
domain: DiscExcContIEEEDEC2A
range: Seconds
comment: Discontinuous controller washout time constant iTiisubD2subi gt 0.

vdmax
type: ObjectProperty
domain: DiscExcContIEEEDEC2A
range: PU
comment: Limiter iViisubDMAXsubi gt DiscExcContIEEEDEC2A.vdmin.

vdmin
type: ObjectProperty
domain: DiscExcContIEEEDEC2A
range: PU
comment: Limiter iViisubDMINsubi lt DiscExcContIEEEDEC2A.vdmax.

vk
type: ObjectProperty
domain: DiscExcContIEEEDEC2A
range: PU
comment: Discontinuous controller input reference iViisubKsubi.

tdr
type: ObjectProperty
domain: DiscExcContIEEEDEC3A
range: Seconds
comment: Reset time delay iTiisubDRsubi gt 0.

vtmin
type: ObjectProperty
domain: DiscExcContIEEEDEC3A
range: PU
comment: Terminal undervoltage comparison level iViisubTMINsubi.

ExcitationSystemDynamics
type: ObjectProperty
domain: DiscontinuousExcitationControlDynamics
range: ExcitationSystemDynamics
comment: Excitation system model with which this discontinuous excitation control model is associated.

RemoteInputSignal
type: ObjectProperty
domain: DiscontinuousExcitationControlDynamics
range: RemoteInputSignal
comment: Remote input signal used by this discontinuous excitation control system model.

ProprietaryParameterDynamics
type: ObjectProperty
inverse of: DiscontinuousExcitationControlUserDefined
domain: DiscontinuousExcitationControlUserDefined
range: ProprietaryParameterDynamics
comment: Parameter of this proprietary userdefined model.

DiscreteValues
type: ObjectProperty
domain: Discrete
range: DiscreteValue
comment: The values connected to this measurement.

ValueAliasSet
type: ObjectProperty
inverse of: ValueAliasSet.Discretes
domain: Discrete
range: ValueAliasSet
comment: The ValueAliasSet used for translation of a MeasurementValue.value to a name.

Command
type: ObjectProperty
domain: DiscreteValue
range: Command
comment: The Control variable associated with the MeasurementValue.

Discrete
type: ObjectProperty
inverse of: DiscreteValues
domain: DiscreteValue
range: Discrete
comment: Measurement to which this value is connected.

RegisteredResource
type: ObjectProperty
inverse of: RegisteredResource.DispatchInstReply
domain: DispatchInstReply
range: RegisteredResource

acceptMW
type: ObjectProperty
domain: DispatchInstReply
range: ActivePower
comment: The accepted mw amount by the responder. aka response mw.

acceptStatus
type: ObjectProperty
domain: DispatchInstReply
range: DispatchResponseType
comment: The accept status submitted by the responder. enumeration type needs to be defined

clearedMW
type: ObjectProperty
domain: DispatchInstReply
range: ActivePower
comment: MW amount associated with instruction. For 5 minute binding dispatches this is the Goto MW or DOT

passIndicator
type: ObjectProperty
domain: DispatchInstReply
range: PassIndicatorType
comment: The type of run for the market clearing.

DERCurveData
type: ObjectProperty
inverse of: DispatchSchedule
domain: DispatchSchedule
range: DERCurveData

DERMonitorableParameter
type: ObjectProperty
domain: DispatchSchedule
range: DERMonitorableParameter

confidence
type: ObjectProperty
domain: DispatchSchedule
range: PerCent

curveStyleKind
type: ObjectProperty
domain: DispatchSchedule
range: CurveStyle
comment: Used to specify whether the values over an interval are constant constantYValue or linearly interpolated straightLineYValues

timeIntervalUnit
type: ObjectProperty
domain: DispatchSchedule
range: TimeIntervalKind
comment: The unit of measure for the time axis of the dispatch schedule.

EndDevice
type: ObjectProperty
inverse of: DispatchablePowerCapability
domain: DispatchablePowerCapability
range: EndDevice
comment: The generic class to support all field end devices such as meters or smart inverters

EndDeviceGroup
type: ObjectProperty
inverse of: DispatchablePowerCapability
domain: DispatchablePowerCapability
range: EndDeviceGroup
comment: EndDeviceGroup is used in metering to group end devices this same class is used to group DER

currentActivePower
type: ObjectProperty
domain: DispatchablePowerCapability
range: ActivePower
comment: The current level of active power for a DER group

currentApparentPower
type: ObjectProperty
domain: DispatchablePowerCapability
range: ApparentPower
comment: The current level of apparent power for a DER group

currentReactivePower
type: ObjectProperty
domain: DispatchablePowerCapability
range: ReactivePower
comment: The current level of reactive power for a DER group

maxActivePower
type: ObjectProperty
domain: DispatchablePowerCapability
range: ActivePower
comment: The maximum level of active power to which a DER group can be set

maxApparentPower
type: ObjectProperty
domain: DispatchablePowerCapability
range: ApparentPower
comment: The maximum level of apparent power to which a DER group can be set

maxReactivePower
type: ObjectProperty
domain: DispatchablePowerCapability
range: ReactivePower
comment: The maximum level of reactive power to which a DER group can be set

minActivePower
type: ObjectProperty
domain: DispatchablePowerCapability
range: ActivePower
comment: The minimum level of active power to which a DER group can be set

minApparentPower
type: ObjectProperty
domain: DispatchablePowerCapability
range: ApparentPower
comment: The minimum level of apparent power to which a DER group can be set

minReactivePower
type: ObjectProperty
domain: DispatchablePowerCapability
range: ReactivePower
comment: The minimum level of reactive power to which a DER group can be set

multiplier
type: ObjectProperty
domain: Displacement
range: UnitMultiplier

unit
type: ObjectProperty
domain: Displacement
range: UnitSymbol

InstructionClearing
type: ObjectProperty
domain: DistributedResourceActualEvent
range: InstructionClearing
comment: ActualDemandResponseEvents may exist that are not part of a coordinated MarketActualEvent associated to a Market. These ActualDemandResponseEvents can have many InstructionClearing Instructions for specified RegisteredResources or DemandResponse AggregateNodes.

InstructionClearingDOT
type: ObjectProperty
domain: DistributedResourceActualEvent
range: InstructionClearingDOT

ResourcePerformanceEvaluations
type: ObjectProperty
domain: DistributedResourceActualEvent
range: ResourcePerformanceEvaluation

totalPowerAdjustment
type: ObjectProperty
domain: DistributedResourceActualEvent
range: ActivePower
comment: Total active power adjustment e.g. load reduction requested for this demand response event.

GenDistributionFactor
type: ObjectProperty
domain: DistributionFactorSet
range: GenDistributionFactor

LoadDistributionFactor
type: ObjectProperty
domain: DistributionFactorSet
range: LoadDistributionFactor

SysLoadDistribuFactor
type: ObjectProperty
domain: DistributionFactorSet
range: SysLoadDistributionFactor

marketType
type: ObjectProperty
domain: DistributionFactorSet
range: MarketType
comment: Market type.

standardEdition
type: ObjectProperty
domain: DobleStandard
range: DobleStandardEditionKind
comment: Edition of Doble standard.

standardNumber
type: ObjectProperty
domain: DobleStandard
range: DobleStandardKind
comment: Doble standard number.

Approver
type: ObjectProperty
inverse of: Documents
domain: Document
range: Approver
comment: Approver of this document.

Author
type: ObjectProperty
inverse of: Documents
domain: Document
range: Author
comment: Author of this document.

ConfigurationEvents
type: ObjectProperty
domain: Document
range: ConfigurationEvent
comment: All configuration events created for this document.

Editor
type: ObjectProperty
inverse of: Documents
domain: Document
range: Editor
comment: Editor of this document.

Issuer
type: ObjectProperty
inverse of: Documents
domain: Document
range: Issuer
comment: Issuer of this document.

docStatus
type: ObjectProperty
domain: Document
range: Status
comment: Status of this document. For status of subject matter this document represents e.g. Agreement Work use status attribute.Example values for docStatus.status are draft approved cancelled etc.

electronicAddress
type: ObjectProperty
domain: Document
range: ElectronicAddress
comment: Electronic address.

status
type: ObjectProperty
domain: Document
range: Status
comment: Status of subject matter e.g. Agreement Work this document represents. For status of the document itself use docStatus attribute.

MarketDocument
type: ObjectProperty
inverse of: Domain
domain: Domain
range: MarketDocument

Price
type: ObjectProperty
inverse of: Domain
domain: Domain
range: Price

Quantity
type: ObjectProperty
inverse of: Quantity.Domain
domain: Domain
range: Quantity

RegisteredResource
type: ObjectProperty
domain: Domain
range: RegisteredResource

TimeSeries
type: ObjectProperty
inverse of: TimeSeries.Domain
domain: Domain
range: TimeSeries

InstructionClearingDOP
type: ObjectProperty
inverse of: DopInstruction
domain: DopInstruction
range: InstructionClearingDOP

RegisteredResouce
type: ObjectProperty
inverse of: RegisteredResource.DopInstruction
domain: DopInstruction
range: RegisteredResource

mwDOP
type: ObjectProperty
domain: DopInstruction
range: ActivePower
comment: Dispatched Operating Point MW

runIndicatorDOP
type: ObjectProperty
domain: DopInstruction
range: YesNo
comment: Indication of DOP validity. Shows the DOP is calculated from the latest run YES. A NO indicator shows that the DOP is copied from a previous execution.Up to 2 intervals can be missed.

updateType
type: ObjectProperty
domain: DopInstruction
range: MQSCHGType

InstructionClearingDOT
type: ObjectProperty
inverse of: DotInstruction
domain: DotInstruction
range: InstructionClearingDOT

RegisteredResource
type: ObjectProperty
domain: DotInstruction
range: RegisteredResource

compliantIndicator
type: ObjectProperty
domain: DotInstruction
range: YesNo
comment: Flag indicating whether or not the resource was in compliance with the instruction plusminus 10.Directs if a unit is allowed to set the price expost pricing.

regulationStatus
type: ObjectProperty
domain: DotInstruction
range: YesNo
comment: Regulation Status YesNo.

WireSpacingInfos
type: ObjectProperty
inverse of: WireSpacingInfo.DuctBank
domain: DuctBank
range: WireSpacingInfo

arrears
type: ObjectProperty
domain: Due
range: Money
comment: Part of current that constitutes the arrears portion.

charges
type: ObjectProperty
domain: Due
range: Money
comment: Part of current that constitutes the charge portion charges Charge.fixedPortion Charge.variablePortion.

current
type: ObjectProperty
domain: Due
range: Money
comment: Current total amount now due current principle arrears interest charges. Typically the rule for settlement priority is interest dues then arrears dues then current dues then charge dues.

interest
type: ObjectProperty
domain: Due
range: Money
comment: Part of current that constitutes the interest portion.

principle
type: ObjectProperty
domain: Due
range: Money
comment: Part of current that constitutes the portion of the principle amount currently due.

MktMeasurement
type: ObjectProperty
domain: DynamicSchedule
range: MktMeasurement

Receive_SubControlArea
type: ObjectProperty
domain: DynamicSchedule
range: SubControlArea
comment: A control area can receive dynamic schedules from other control areas

Send_SubControlArea
type: ObjectProperty
domain: DynamicSchedule
range: SubControlArea
comment: A control area can send dynamic schedules to other control areas

standardEdition
type: ObjectProperty
domain: EPAStandard
range: EPAStandardEditionKind
comment: Edition of EPA standard.

standardNumber
type: ObjectProperty
domain: EPAStandard
range: EPAStandardKind
comment: EPA standard number.

r
type: ObjectProperty
domain: EarthFaultCompensator
range: Resistance
comment: Nominal resistance of device.

focalDepth
type: ObjectProperty
domain: Earthquake
range: RelativeDisplacement
comment: The depth below the earths surface of the earthquakes focal point.

Documents
type: ObjectProperty
domain: Editor
range: Document
comment: All documents for this editor.

multiplier
type: ObjectProperty
domain: Emission
range: UnitMultiplier

unit
type: ObjectProperty
domain: Emission
range: UnitSymbol

ThermalGeneratingUnit
type: ObjectProperty
domain: EmissionAccount
range: ThermalGeneratingUnit
comment: A thermal generating unit may have one or more emission allowance accounts.

emissionType
type: ObjectProperty
domain: EmissionAccount
range: EmissionType
comment: The type of emission for example sulfur dioxide SO2. The y1AxisUnits of the curve contains the unit of measure e.g. kg and the emissionType is the type of emission e.g. sulfur dioxide.

emissionValueSource
type: ObjectProperty
domain: EmissionAccount
range: EmissionValueSource
comment: The source of the emission value.

ThermalGeneratingUnit
type: ObjectProperty
domain: EmissionCurve
range: ThermalGeneratingUnit
comment: A thermal generating unit may have one or more emission curves.

emissionContent
type: ObjectProperty
domain: EmissionCurve
range: Emission
comment: The emission content per quantity of fuel burned.

emissionType
type: ObjectProperty
domain: EmissionCurve
range: EmissionType
comment: The type of emission which also gives the production rate measurement unit. The y1AxisUnits of the curve contains the unit of measure e.g. kg and the emissionType is the type of emission e.g. sulfur dioxide.

Customer
type: ObjectProperty
inverse of: EndDevices
domain: EndDevice
range: Customer
comment: Customer owning this end device.

DispatchablePowerCapability
type: ObjectProperty
domain: EndDevice
range: DispatchablePowerCapability

EndDeviceControls
type: ObjectProperty
inverse of: EndDevices
domain: EndDevice
range: EndDeviceControl
comment: All end device controls sending commands to this end device.

EndDeviceEvents
type: ObjectProperty
inverse of: EndDevice
domain: EndDevice
range: EndDeviceEvent
comment: All events reported by this end device.

EndDeviceFunctions
type: ObjectProperty
domain: EndDevice
range: EndDeviceFunction
comment: All end device functions this end device performs.

EndDeviceGroups
type: ObjectProperty
inverse of: EndDevices
domain: EndDevice
range: EndDeviceGroup
comment: All end device groups referring to this end device.

EndDeviceInfo
type: ObjectProperty
domain: EndDevice
range: EndDeviceInfo
comment: End device data.

ServiceLocation
type: ObjectProperty
inverse of: ServiceLocation.EndDevices
domain: EndDevice
range: ServiceLocation
comment: Service location whose service delivery is measured by this end device.

UsagePoint
type: ObjectProperty
inverse of: UsagePoint.EndDevices
domain: EndDevice
range: UsagePoint
comment: Usage point to which this end device belongs.

timeZoneOffset
type: ObjectProperty
domain: EndDevice
range: Minutes
comment: Time zone offset relative to GMT for the location of this end device.

EndDeviceControl
type: ObjectProperty
inverse of: EndDeviceAction
domain: EndDeviceAction
range: EndDeviceControl
comment: End device control issuing this end device action.

duration
type: ObjectProperty
domain: EndDeviceAction
range: Minutes
comment: Amount of time the action of this control is to remain active.

EndDeviceAction
type: ObjectProperty
domain: EndDeviceControl
range: EndDeviceAction
comment: End device action issued by this end device control.

EndDeviceControlType
type: ObjectProperty
domain: EndDeviceControl
range: EndDeviceControlType
comment: Type of this end device control.

EndDeviceGroups
type: ObjectProperty
inverse of: EndDeviceControls
domain: EndDeviceControl
range: EndDeviceGroup
comment: All end device groups receiving commands from this end device control.

EndDevices
type: ObjectProperty
domain: EndDeviceControl
range: EndDevice
comment: All end devices receiving commands from this end device control.

UsagePointGroups
type: ObjectProperty
domain: EndDeviceControl
range: UsagePointGroup
comment: All usage point groups receiving commands from this end device control.

UsagePoints
type: ObjectProperty
domain: EndDeviceControl
range: UsagePoint
comment: All usage points receiving commands from this end device control.

priceSignal
type: ObjectProperty
domain: EndDeviceControl
range: FloatQuantity
comment: if applicable Price signal used as parameter for this end device control.

primaryDeviceTiming
type: ObjectProperty
domain: EndDeviceControl
range: EndDeviceTiming
comment: Timing for the control actions performed on the device identified in the end device control.

scheduledInterval
type: ObjectProperty
domain: EndDeviceControl
range: DateTimeInterval
comment: if control has scheduled duration Date and time interval the control has been scheduled to execute within.

secondaryDeviceTiming
type: ObjectProperty
domain: EndDeviceControl
range: EndDeviceTiming
comment: Timing for the control actions performed by devices that are responding to event related information sent to the primary device indicated in the end device control. For example load control actions performed by a PAN device in response to demand response event information sent to a PAN gateway server.

EndDeviceControls
type: ObjectProperty
inverse of: EndDeviceControlType
domain: EndDeviceControlType
range: EndDeviceControl
comment: All end device controls of this type.

EndDevice
type: ObjectProperty
domain: EndDeviceEvent
range: EndDevice
comment: End device that reported this end device event.

EndDeviceEventDetails
type: ObjectProperty
domain: EndDeviceEvent
range: EndDeviceEventDetail
comment: All details of this end device event.

EndDeviceEventType
type: ObjectProperty
domain: EndDeviceEvent
range: EndDeviceEventType
comment: Type of this end device event.

MeterReading
type: ObjectProperty
inverse of: EndDeviceEvents
domain: EndDeviceEvent
range: MeterReading
comment: Set of measured values to which this event applies.

UsagePoint
type: ObjectProperty
domain: EndDeviceEvent
range: UsagePoint
comment: Usage point for which this end device event is reported.

EndDeviceEvent
type: ObjectProperty
inverse of: EndDeviceEventDetails
domain: EndDeviceEventDetail
range: EndDeviceEvent
comment: End device owning this detail.

value
type: ObjectProperty
domain: EndDeviceEventDetail
range: StringQuantity
comment: Value including unit information.

EndDeviceEvents
type: ObjectProperty
inverse of: EndDeviceEventType
domain: EndDeviceEventType
range: EndDeviceEvent
comment: All end device events of this type.

EndDevice
type: ObjectProperty
inverse of: EndDeviceFunctions
domain: EndDeviceFunction
range: EndDevice
comment: End device that performs this function.

Registers
type: ObjectProperty
inverse of: Register.EndDeviceFunction
domain: EndDeviceFunction
range: Register
comment: All registers for quantities metered by this end device function.

DERFunction
type: ObjectProperty
inverse of: EndDeviceGroup
domain: EndDeviceGroup
range: DERFunction

DERGroupDispatch
type: ObjectProperty
domain: EndDeviceGroup
range: DERGroupDispatch

DERGroupForecast
type: ObjectProperty
inverse of: EndDeviceGroup
domain: EndDeviceGroup
range: DERGroupForecast

DERMonitorableParameter
type: ObjectProperty
domain: EndDeviceGroup
range: DERMonitorableParameter

DemandResponsePrograms
type: ObjectProperty
inverse of: EndDeviceGroups
domain: EndDeviceGroup
range: DemandResponseProgram
comment: All demand response programs this group of end devices is enrolled in.

DispatchablePowerCapability
type: ObjectProperty
domain: EndDeviceGroup
range: DispatchablePowerCapability

EndDeviceControls
type: ObjectProperty
domain: EndDeviceGroup
range: EndDeviceControl
comment: All end device controls sending commands to this end device group.

EndDevices
type: ObjectProperty
domain: EndDeviceGroup
range: EndDevice
comment: All end devices this end device group refers to.

status
type: ObjectProperty
domain: EndDeviceGroup
range: Status

version
type: ObjectProperty
domain: EndDeviceGroup
range: Version

EndDevices
type: ObjectProperty
inverse of: EndDeviceInfo
domain: EndDeviceInfo
range: EndDevice
comment: All end devices described with this data.

capability
type: ObjectProperty
domain: EndDeviceInfo
range: EndDeviceCapability
comment: Inherent capabilities of the device i.e. the functions it supports.

ratedCurrent
type: ObjectProperty
domain: EndDeviceInfo
range: CurrentFlow
comment: Rated current.

ratedVoltage
type: ObjectProperty
domain: EndDeviceInfo
range: Voltage
comment: Rated voltage.

duration
type: ObjectProperty
domain: EndDeviceTiming
range: Minutes
comment: Duration of the end device control action or the business event that is the subject of the end device control.

interval
type: ObjectProperty
domain: EndDeviceTiming
range: DateTimeInterval
comment: Start and end time of an interval during which end device control actions are to be executed.

randomisation
type: ObjectProperty
domain: EndDeviceTiming
range: RandomisationKind
comment: Kind of randomisation to be applied to the end device control actions to be executed.

ControlArea
type: ObjectProperty
inverse of: EnergyArea
domain: EnergyArea
range: ControlArea
comment: The control area specification that is used for the load forecast.

EnergyConnection
type: ObjectProperty
inverse of: EnergyComponent
domain: EnergyComponent
range: EnergyConnection

EnergyGroup
type: ObjectProperty
domain: EnergyComponent
range: EnergyGroup

EnergyComponent
type: ObjectProperty
domain: EnergyConnection
range: EnergyComponent

EnergyConsumerAction
type: ObjectProperty
domain: EnergyConsumer
range: EnergyConsumerAction

EnergyConsumerPhase
type: ObjectProperty
domain: EnergyConsumer
range: EnergyConsumerPhase
comment: The individual phase models for this energy consumer.

LoadDynamics
type: ObjectProperty
inverse of: EnergyConsumer
domain: EnergyConsumer
range: LoadDynamics
comment: Load dynamics model used to describe dynamic behaviour of this energy consumer.

LoadResponse
type: ObjectProperty
domain: EnergyConsumer
range: LoadResponseCharacteristic
comment: The load response characteristic of this load. If missing this load is assumed to be constant power.

PowerCutZone
type: ObjectProperty
inverse of: EnergyConsumers
domain: EnergyConsumer
range: PowerCutZone
comment: The energy consumer is assigned to this power cut zone.

p
type: ObjectProperty
domain: EnergyConsumer
range: ActivePower
comment: Active power of the load. Load sign convention is used i.e. positive sign means flow out from a node.For voltage dependent loads the value is at rated voltage.Starting value for a steady state solution.

pfixed
type: ObjectProperty
domain: EnergyConsumer
range: ActivePower
comment: Active power of the load that is a fixed quantity and does not vary as load group value varies. Load sign convention is used i.e. positive sign means flow out from a node.

pfixedPct
type: ObjectProperty
domain: EnergyConsumer
range: PerCent
comment: Fixed active power as a percentage of load group fixed active power. Used to represent the timevarying components. Load sign convention is used i.e. positive sign means flow out from a node.

phaseConnection
type: ObjectProperty
domain: EnergyConsumer
range: PhaseShuntConnectionKind
comment: The type of phase connection such as wye or delta.

q
type: ObjectProperty
domain: EnergyConsumer
range: ReactivePower
comment: Reactive power of the load. Load sign convention is used i.e. positive sign means flow out from a node.For voltage dependent loads the value is at rated voltage.Starting value for a steady state solution.

qfixed
type: ObjectProperty
domain: EnergyConsumer
range: ReactivePower
comment: Reactive power of the load that is a fixed quantity and does not vary as load group value varies. Load sign convention is used i.e. positive sign means flow out from a node.

qfixedPct
type: ObjectProperty
domain: EnergyConsumer
range: PerCent
comment: Fixed reactive power as a percentage of load group fixed reactive power. Used to represent the timevarying components. Load sign convention is used i.e. positive sign means flow out from a node.

EnergyConsumer
type: ObjectProperty
inverse of: EnergyConsumerAction
domain: EnergyConsumerAction
range: EnergyConsumer

kind
type: ObjectProperty
domain: EnergyConsumerAction
range: TempEquipActionKind
comment: Switching action to perform

EnergyConsumer
type: ObjectProperty
inverse of: EnergyConsumerPhase
domain: EnergyConsumerPhase
range: EnergyConsumer
comment: The energy consumer to which this phase belongs.

p
type: ObjectProperty
domain: EnergyConsumerPhase
range: ActivePower
comment: Active power of the load. Load sign convention is used i.e. positive sign means flow out from a node.For voltage dependent loads the value is at rated voltage.Starting value for a steady state solution.

pfixed
type: ObjectProperty
domain: EnergyConsumerPhase
range: ActivePower
comment: Active power of the load that is a fixed quantity. Load sign convention is used i.e. positive sign means flow out from a node.

pfixedPct
type: ObjectProperty
domain: EnergyConsumerPhase
range: PerCent
comment: Fixed active power as per cent of load group fixed active power. Load sign convention is used i.e. positive sign means flow out from a node.

phase
type: ObjectProperty
domain: EnergyConsumerPhase
range: SinglePhaseKind
comment: Phase of this energy consumer component. If the energy consumer is wye connected the connection is from the indicated phase to the central ground or neutral point. If the energy consumer is delta connected the phase indicates an energy consumer connected from the indicated phase to the next logical nonneutral phase.

q
type: ObjectProperty
domain: EnergyConsumerPhase
range: ReactivePower
comment: Reactive power of the load. Load sign convention is used i.e. positive sign means flow out from a node.For voltage dependent loads the value is at rated voltage.Starting value for a steady state solution.

qfixed
type: ObjectProperty
domain: EnergyConsumerPhase
range: ReactivePower
comment: Reactive power of the load that is a fixed quantity. Load sign convention is used i.e. positive sign means flow out from a node.

qfixedPct
type: ObjectProperty
domain: EnergyConsumerPhase
range: PerCent
comment: Fixed reactive power as per cent of load group fixed reactive power. Load sign convention is used i.e. positive sign means flow out from a node.

BlockDispatchInstruction
type: ObjectProperty
inverse of: EnergyGroup
domain: EnergyGroup
range: BlockDispatchInstruction

ControlArea
type: ObjectProperty
domain: EnergyGroup
range: ControlArea

EnergyComponent
type: ObjectProperty
inverse of: EnergyGroup
domain: EnergyGroup
range: EnergyComponent

EnergyTypeReference
type: ObjectProperty
domain: EnergyGroup
range: EnergyTypeReference

SvPowerFlow
type: ObjectProperty
inverse of: SvPowerFlow.EnergyGroup
domain: EnergyGroup
range: SvPowerFlow

p
type: ObjectProperty
domain: EnergyGroup
range: ActivePower

Bids
type: ObjectProperty
inverse of: EnergyMarket
domain: EnergyMarket
range: Bid

MarketResults
type: ObjectProperty
domain: EnergyMarket
range: MarketResults

RTO
type: ObjectProperty
domain: EnergyMarket
range: RTO

RegisteredResources
type: ObjectProperty
domain: EnergyMarket
range: RegisteredResource

Settlements
type: ObjectProperty
domain: EnergyMarket
range: Settlement

EnergyTransactions
type: ObjectProperty
inverse of: EnergyPriceCurves
domain: EnergyPriceCurve
range: EnergyTransaction

FTRs
type: ObjectProperty
domain: EnergyPriceCurve
range: FTR

RegisteredGenerator
type: ObjectProperty
domain: EnergyPriceIndex
range: RegisteredGenerator

energyPriceIndexType
type: ObjectProperty
domain: EnergyPriceIndex
range: EnergyPriceIndexType
comment: EPI type such as wholesale or retail

validPeriod
type: ObjectProperty
domain: EnergyPriceIndex
range: DateTimeInterval
comment: Valid period for which the energy price index is valid.

EnergyTransactions
type: ObjectProperty
inverse of: EnergyProduct
domain: EnergyProduct
range: EnergyTransaction
comment: The Source for an EnergyTransaction is an EnergyProduct which is injected into a ControlArea. Typically this is a ServicePoint.

GenerationProvider
type: ObjectProperty
domain: EnergyProduct
range: GenerationProvider

ResoldBy_Marketer
type: ObjectProperty
domain: EnergyProduct
range: Marketer
comment: A Marketer may resell an EnergyProduct.

TitleHeldBy_Marketer
type: ObjectProperty
domain: EnergyProduct
range: Marketer
comment: A Marketer holds title to an EnergyProduct.

EnergyTransaction
type: ObjectProperty
domain: EnergyProfile
range: EnergyTransaction
comment: An EnergyTransaction shall have at least one EnergyProfile.

TransactionBid
type: ObjectProperty
domain: EnergyProfile
range: TransactionBid

EnergySource
type: ObjectProperty
inverse of: EnergySchedulingType
domain: EnergySchedulingType
range: EnergySource
comment: Energy Source of a particular Energy Scheduling Type.

EnergySchedulingType
type: ObjectProperty
domain: EnergySource
range: EnergySchedulingType
comment: Energy Scheduling Type of an Energy Source.

EnergySourceAction
type: ObjectProperty
inverse of: EnergySource
domain: EnergySource
range: EnergySourceAction
comment: Action taken with this energy source.

EnergySourcePhase
type: ObjectProperty
inverse of: EnergySource
domain: EnergySource
range: EnergySourcePhase
comment: The individual phase information of the energy source.

activePower
type: ObjectProperty
domain: EnergySource
range: ActivePower
comment: High voltage source active injection. Load sign convention is used i.e. positive sign means flow out from a node.Starting value for steady state solutions.

nominalVoltage
type: ObjectProperty
domain: EnergySource
range: Voltage
comment: Phasetophase nominal voltage.

pMax
type: ObjectProperty
domain: EnergySource
range: ActivePower
comment: This is the maximum active power that can be produced by the source. Load sign convention is used i.e. positive sign means flow out from a TopologicalNode bus into the conducting equipment.

pMin
type: ObjectProperty
domain: EnergySource
range: ActivePower
comment: This is the minimum active power that can be produced by the source. Load sign convention is used i.e. positive sign means flow out from a TopologicalNode bus into the conducting equipment.

r
type: ObjectProperty
domain: EnergySource
range: Resistance
comment: Positive sequence Thevenin resistance.

r0
type: ObjectProperty
domain: EnergySource
range: Resistance
comment: Zero sequence Thevenin resistance.

reactivePower
type: ObjectProperty
domain: EnergySource
range: ReactivePower
comment: High voltage source reactive injection. Load sign convention is used i.e. positive sign means flow out from a node.Starting value for steady state solutions.

rn
type: ObjectProperty
domain: EnergySource
range: Resistance
comment: Negative sequence Thevenin resistance.

voltageAngle
type: ObjectProperty
domain: EnergySource
range: AngleRadians
comment: Phase angle of aphase open circuit used when voltage characteristics need to be imposed at the node associated with the terminal of the energy source such as when voltages and angles from the transmission level are used as input to the distribution network. The attribute shall be a positive value or zero.

voltageMagnitude
type: ObjectProperty
domain: EnergySource
range: Voltage
comment: Phasetophase open circuit voltage magnitude used when voltage characteristics need to be imposed at the node associated with the terminal of the energy source such as when voltages and angles from the transmission level are used as input to the distribution network. The attribute shall be a positive value or zero.

x
type: ObjectProperty
domain: EnergySource
range: Reactance
comment: Positive sequence Thevenin reactance.

x0
type: ObjectProperty
domain: EnergySource
range: Reactance
comment: Zero sequence Thevenin reactance.

xn
type: ObjectProperty
domain: EnergySource
range: Reactance
comment: Negative sequence Thevenin reactance.

EnergySource
type: ObjectProperty
domain: EnergySourceAction
range: EnergySource
comment: Energy source on which this action is taken.

kind
type: ObjectProperty
domain: EnergySourceAction
range: TempEquipActionKind
comment: Switching action to perform.

EnergySource
type: ObjectProperty
domain: EnergySourcePhase
range: EnergySource
comment: The energy sourceto which the phase belongs.

phase
type: ObjectProperty
domain: EnergySourcePhase
range: SinglePhaseKind
comment: Phase of this energy source component. If the energy source wye connected the connection is from the indicated phase to the central ground or neutral point. If the energy source is delta connected the phase indicates an energy source connected from the indicated phase to the next logical nonneutral phase.

CurtailmentProfiles
type: ObjectProperty
inverse of: EnergyTransaction
domain: EnergyTransaction
range: CurtailmentProfile
comment: An EnergyTransaction may be curtailed by any of the participating entities.

EnergyPriceCurves
type: ObjectProperty
domain: EnergyTransaction
range: EnergyPriceCurve

EnergyProduct
type: ObjectProperty
domain: EnergyTransaction
range: EnergyProduct
comment: The Source for an EnergyTransaction is an EnergyProduct which is injected into a ControlArea. Typically this is a ServicePoint.

EnergyProfiles
type: ObjectProperty
inverse of: EnergyTransaction
domain: EnergyTransaction
range: EnergyProfile
comment: An EnergyTransaction shall have at least one EnergyProfile.

Export_SubControlArea
type: ObjectProperty
inverse of: SubControlArea.Export EnergyTransactions
domain: EnergyTransaction
range: SubControlArea
comment: Energy is transferred between interchange areas

Import_SubControlArea
type: ObjectProperty
inverse of: SubControlArea.Import EnergyTransactions
domain: EnergyTransaction
range: SubControlArea
comment: Energy is transferred between interchange areas

LossProfiles
type: ObjectProperty
inverse of: EnergyTransaction
domain: EnergyTransaction
range: LossProfile
comment: An EnergyTransaction may have a LossProfile.

TieLines
type: ObjectProperty
domain: EnergyTransaction
range: TieLine
comment: A dynamic energy transaction can act as a pseudo tie line.

TransmissionReservation
type: ObjectProperty
inverse of: TransmissionReservation.EnergyTransaction
domain: EnergyTransaction
range: TransmissionReservation

congestChargeMax
type: ObjectProperty
domain: EnergyTransaction
range: Money
comment: Maximum congestion charges in monetary units.

deliveryPointP
type: ObjectProperty
domain: EnergyTransaction
range: ActivePower
comment: Delivery point active power.

energyMin
type: ObjectProperty
domain: EnergyTransaction
range: ActivePower
comment: Transaction minimum active power if dispatchable.

receiptPointP
type: ObjectProperty
domain: EnergyTransaction
range: ActivePower
comment: Receipt point active power.

state
type: ObjectProperty
domain: EnergyTransaction
range: EnergyTransactionType
comment: Approve Deny Study

EnergyGroup
type: ObjectProperty
inverse of: EnergyTypeReference
domain: EnergyTypeReference
range: EnergyGroup

kind
type: ObjectProperty
domain: EnergyTypeReference
range: EnergyTypeKind

AlertTypeList
type: ObjectProperty
domain: EnvironmentalAlert
range: AlertTypeList
comment: The list of alert types from which the type of this alert is drawn.

EnvironmentalDataProvider
type: ObjectProperty
domain: EnvironmentalAlert
range: EnvironmentalDataProvider
comment: Environmental data provider for this alert.

EnvironmentalLocationKind
type: ObjectProperty
domain: EnvironmentalAlert
range: EnvironmentalLocationType
comment: Type of location to which this environmental alert applies.

inEffect
type: ObjectProperty
domain: EnvironmentalAlert
range: DateTimeInterval
comment: The interval for which this weather alert is in effect.

ClassificationCondition
type: ObjectProperty
domain: EnvironmentalAnalog
range: ClassificationCondition
comment: Classification condition which this analog helps define.

EnvironmentalInformation
type: ObjectProperty
domain: EnvironmentalAnalog
range: EnvironmentalInformation
comment: Observation or forecast with which this environmental analog measurement is associated.

EnvironmentalMonitoringStation
type: ObjectProperty
domain: EnvironmentalAnalog
range: EnvironmentalMonitoringStation
comment: Monitoring station which provides this environmental analog measurement.

ReportingCapability
type: ObjectProperty
domain: EnvironmentalAnalog
range: ReportingCapability
comment: The reporting capability this environmental value set helps define.

coverageKind
type: ObjectProperty
domain: EnvironmentalCodedValue
range: CoverageCodeKind
comment: Code representing the coverage of the weather condition.

intensityKind
type: ObjectProperty
domain: EnvironmentalCodedValue
range: IntensityCodeKind
comment: Code representing the intensity of the weather condition.

probabilityPercent
type: ObjectProperty
domain: EnvironmentalCodedValue
range: PerCent
comment: Probability of weather condition occurring during the time interval expressed as a percentage. Applicable only when weather condition is related to a forecast not an observation.

weatherKind
type: ObjectProperty
domain: EnvironmentalCodedValue
range: WeatherCodeKind
comment: Code representing the type of weather condition.

AlertTypeList
type: ObjectProperty
inverse of: EnvironmentalDataAuthority
domain: EnvironmentalDataAuthority
range: AlertTypeList
comment: A specific version of a list of alerts published by this environmental data authority.

PhenomenonClassification
type: ObjectProperty
inverse of: EnvironmentalDataAuthority
domain: EnvironmentalDataAuthority
range: PhenomenonClassification
comment: Phenomenon classification defined by this environmental data authority.

EnvironmentalAlert
type: ObjectProperty
inverse of: EnvironmentalDataProvider
domain: EnvironmentalDataProvider
range: EnvironmentalAlert
comment: Alert issued by this environmental data provider.

EnvironmentalInformation
type: ObjectProperty
inverse of: EnvironmentalDataProvider
domain: EnvironmentalDataProvider
range: EnvironmentalInformation
comment: Environmental information provided by this environmental data provider.

EnvironmentalInformation
type: ObjectProperty
domain: EnvironmentalDiscrete
range: EnvironmentalInformation
comment: Observation or forecast with which this environmental discrete integer is associated.

kind
type: ObjectProperty
domain: EnvironmentalDiscrete
range: EnvironmentalDiscreteKind
comment: Kind of environmental discrete integer.

EnvironmentalInformation
type: ObjectProperty
domain: EnvironmentalEvent
range: EnvironmentalInformation
comment: Forecast or observation related to this environmental event.

EnvironmentalAnalog
type: ObjectProperty
inverse of: EnvironmentalInformation
domain: EnvironmentalInformation
range: EnvironmentalAnalog
comment: Environmental analog associated with this observation or forecast.

EnvironmentalDataProvider
type: ObjectProperty
domain: EnvironmentalInformation
range: EnvironmentalDataProvider
comment: Environmental data provider supplying this environmental information.

EnvironmentalDiscrete
type: ObjectProperty
inverse of: EnvironmentalInformation
domain: EnvironmentalInformation
range: EnvironmentalDiscrete
comment: Environmental discrete integer associated with this observation or forecast.

EnvironmentalEvent
type: ObjectProperty
inverse of: EnvironmentalInformation
domain: EnvironmentalInformation
range: EnvironmentalEvent
comment: Environmental event to which this forecast or observation relates.

EnvironmentalPhenomenon
type: ObjectProperty
inverse of: EnvironmentalInformation
domain: EnvironmentalInformation
range: EnvironmentalPhenomenon

EnvironmentalStringMeasurement
type: ObjectProperty
inverse of: EnvironmentalInformation
domain: EnvironmentalInformation
range: EnvironmentalStringMeasurement
comment: Environmental string measurement associated with this forecast or observation.

EnvironmentalAlert
type: ObjectProperty
inverse of: EnvironmentalLocationKind
domain: EnvironmentalLocationType
range: EnvironmentalAlert
comment: Environmental alert applying to location of this type.

EnvironmentalPhenomenon
type: ObjectProperty
inverse of: EnvironmentalLocationKind
domain: EnvironmentalLocationType
range: EnvironmentalPhenomenon
comment: Environmental phenomenon for which this location is of relevance.

Location
type: ObjectProperty
domain: EnvironmentalLocationType
range: Location
comment: Location of this instance of ths kind of environmental location.

kind
type: ObjectProperty
domain: EnvironmentalLocationType
range: LocationKind
comment: The kind of location. Typical values might be center extent primary secondary etc.

EnvironmentalAnalog
type: ObjectProperty
inverse of: EnvironmentalMonitoringStation
domain: EnvironmentalMonitoringStation
range: EnvironmentalAnalog
comment: Environmental analog measurement provided by this monitoring station.

Location
type: ObjectProperty
domain: EnvironmentalMonitoringStation
range: Location
comment: Location of this monitoring station.

ReportingCapability
type: ObjectProperty
inverse of: ReportingCapability.EnvironmentalMonitoringStation
domain: EnvironmentalMonitoringStation
range: ReportingCapability
comment: One of the reporting capabilities of this monitoring station.

TimeSeries
type: ObjectProperty
inverse of: TimeSeries.EnvironmentalMonitoringStation
domain: EnvironmentalMonitoringStation
range: TimeSeries

UsagePoint
type: ObjectProperty
domain: EnvironmentalMonitoringStation
range: UsagePoint

timeZoneOffset
type: ObjectProperty
domain: EnvironmentalMonitoringStation
range: Minutes
comment: The time offset from UTC a.k.a. GMT configured in the station clock not necessarily the time zone in which the station is physically located.This attribute exists to support management of utility monitoring stations and has no direct relationship to the manner in which time is expressed in EnvironmentalValueSet.

EnvironmentalInformation
type: ObjectProperty
domain: EnvironmentalPhenomenon
range: EnvironmentalInformation
comment: The forecast or observation of which this phenomenon description is a part.

EnvironmentalLocationKind
type: ObjectProperty
domain: EnvironmentalPhenomenon
range: EnvironmentalLocationType
comment: Location of relevance to this environmental phenomenon.

PhenomenonClassification
type: ObjectProperty
domain: EnvironmentalPhenomenon
range: PhenomenonClassification
comment: The classification of this phenomenon.

timeInterval
type: ObjectProperty
domain: EnvironmentalPhenomenon
range: DateTimeInterval
comment: The timestamp of the phenomenon as a single point or time interval.

ClassificationCondition
type: ObjectProperty
domain: EnvironmentalStringMeasurement
range: ClassificationCondition
comment: Classification condition which this string measurement helps define.

EnvironmentalInformation
type: ObjectProperty
domain: EnvironmentalStringMeasurement
range: EnvironmentalInformation
comment: Observation or forecast with which this environmental string is associated.

AdditionalEquipmentContainer
type: ObjectProperty
inverse of: AdditionalGroupedEquipment
domain: Equipment
range: EquipmentContainer
comment: Additional equipment container beyond the primary equipment container. The equipment is contained in another equipment container but also grouped with this equipment container.

ContingencyEquipment
type: ObjectProperty
inverse of: Equipment
domain: Equipment
range: ContingencyEquipment
comment: The contingency equipments in which this equipment participates.

EqiupmentLimitSeriesComponent
type: ObjectProperty
inverse of: Equipment
domain: Equipment
range: EquipmentLimitSeriesComponent
comment: Equipment limit series calculation component to which this equipment contributes.

EquipmentContainer
type: ObjectProperty
inverse of: Equipments
domain: Equipment
range: EquipmentContainer
comment: Container of this equipment.

EquipmentUnavailabilitySchedule
type: ObjectProperty
inverse of: Equipment
domain: Equipment
range: EquipmentUnavailabilitySchedule

Faults
type: ObjectProperty
inverse of: FaultyEquipment
domain: Equipment
range: Fault
comment: All faults on this equipment.

LimitDependencyModel
type: ObjectProperty
inverse of: Equipment
domain: Equipment
range: LimitDependency
comment: Limit dependencymodels organized under this equipment as a means for organizing the model in a tree view.

OperationalLimitSet
type: ObjectProperty
inverse of: Equipment
domain: Equipment
range: OperationalLimitSet
comment: The operational limit sets associated with this equipment.

OperationalRestrictions
type: ObjectProperty
inverse of: Equipments
domain: Equipment
range: OperationalRestriction
comment: All operational restrictions for this equipment.

Outages
type: ObjectProperty
inverse of: Equipments
domain: Equipment
range: Outage
comment: All outages in which this equipment is involved.

PinEquipment
type: ObjectProperty
inverse of: Equipment
domain: Equipment
range: PinEquipment

ProtectiveActionEquipment
type: ObjectProperty
inverse of: Equipment
domain: Equipment
range: ProtectiveActionEquipment
comment: Protective action is controlling equipment. This can be direct signals from the control center or emulation of action done by protection equipment.

UsagePoints
type: ObjectProperty
inverse of: UsagePoint.Equipments
domain: Equipment
range: UsagePoint
comment: All usage points connected to the electrical grid through this equipment.

WeatherStation
type: ObjectProperty
domain: Equipment
range: WeatherStation

AdditionalGroupedEquipment
type: ObjectProperty
domain: EquipmentContainer
range: Equipment
comment: The additonal contained equipment. The equipment belong to the equipment container. The equipment is contained in another equipment container but also grouped with this equipment container. Examples include when a switch contained in a substation is also desired to be grouped with a line contianer or when a switch is included in a secondary substation and also grouped in a feeder.

Equipments
type: ObjectProperty
domain: EquipmentContainer
range: Equipment
comment: Contained equipment.

Terminal
type: ObjectProperty
domain: EquipmentFault
range: Terminal
comment: The terminal connecting to the bus to which the fault is applied.

Equipment
type: ObjectProperty
domain: EquipmentLimitSeriesComponent
range: Equipment
comment: Equipment contributing toward the series limit. The reference here is to Equipment rather than a specific limit on the equipment so the grouiping can be reused for multiple limits of different types on the same instance of equipment.

Equipment
type: ObjectProperty
domain: EquipmentUnavailabilitySchedule
range: Equipment

UnavailabilitySwitchAction
type: ObjectProperty
inverse of: UnavailabilitySwitchAction.EquipmentUnavailabilitySchedule
domain: EquipmentUnavailabilitySchedule
range: UnavailabilitySwitchAction

UnavailablitySchedule
type: ObjectProperty
domain: EquipmentUnavailabilitySchedule
range: UnavailablitySchedule

negativeR12
type: ObjectProperty
domain: EquivalentBranch
range: Resistance
comment: Negative sequence series resistance from terminal sequence 1 to terminal sequence 2. Used for short circuit data exchange according to IEC 60909.EquivalentBranch is a result of network reduction prior to the data exchange.

negativeR21
type: ObjectProperty
domain: EquivalentBranch
range: Resistance
comment: Negative sequence series resistance from terminal sequence 2 to terminal sequence 1. Used for short circuit data exchange according to IEC 60909.EquivalentBranch is a result of network reduction prior to the data exchange.

negativeX12
type: ObjectProperty
domain: EquivalentBranch
range: Reactance
comment: Negative sequence series reactance from terminal sequence 1 to terminal sequence 2. Used for short circuit data exchange according to IEC 60909.Usage EquivalentBranch is a result of network reduction prior to the data exchange.

negativeX21
type: ObjectProperty
domain: EquivalentBranch
range: Reactance
comment: Negative sequence series reactance from terminal sequence 2 to terminal sequence 1. Used for short circuit data exchange according to IEC 60909.Usage EquivalentBranch is a result of network reduction prior to the data exchange.

positiveR12
type: ObjectProperty
domain: EquivalentBranch
range: Resistance
comment: Positive sequence series resistance from terminal sequence 1 to terminal sequence 2 . Used for short circuit data exchange according to IEC 60909. EquivalentBranch is a result of network reduction prior to the data exchange.

positiveR21
type: ObjectProperty
domain: EquivalentBranch
range: Resistance
comment: Positive sequence series resistance from terminal sequence 2 to terminal sequence 1. Used for short circuit data exchange according to IEC 60909.EquivalentBranch is a result of network reduction prior to the data exchange.

positiveX12
type: ObjectProperty
domain: EquivalentBranch
range: Reactance
comment: Positive sequence series reactance from terminal sequence 1 to terminal sequence 2. Used for short circuit data exchange according to IEC 60909.Usage EquivalentBranch is a result of network reduction prior to the data exchange.

positiveX21
type: ObjectProperty
domain: EquivalentBranch
range: Reactance
comment: Positive sequence series reactance from terminal sequence 2 to terminal sequence 1. Used for short circuit data exchange according to IEC 60909.Usage EquivalentBranch is a result of network reduction prior to the data exchange.

r
type: ObjectProperty
domain: EquivalentBranch
range: Resistance
comment: Positive sequence series resistance of the reduced branch.

r21
type: ObjectProperty
domain: EquivalentBranch
range: Resistance
comment: Resistance from terminal sequence 2 to terminal sequence 1 .Used for steady state power flow. This attribute is optional and represent unbalanced network such as offnominal phase shifter. If only EquivalentBranch.r is given then EquivalentBranch.r21 is assumed equal to EquivalentBranch.r.Usage rule EquivalentBranch is a result of network reduction prior to the data exchange.

x
type: ObjectProperty
domain: EquivalentBranch
range: Reactance
comment: Positive sequence series reactance of the reduced branch.

x21
type: ObjectProperty
domain: EquivalentBranch
range: Reactance
comment: Reactance from terminal sequence 2 to terminal sequence 1. Used for steady state power flow. This attribute is optional and represents an unbalanced network such as offnominal phase shifter. If only EquivalentBranch.x is given then EquivalentBranch.x21 is assumed equal to EquivalentBranch.x.Usage rule EquivalentBranch is a result of network reduction prior to the data exchange.

zeroR12
type: ObjectProperty
domain: EquivalentBranch
range: Resistance
comment: Zero sequence series resistance from terminal sequence 1 to terminal sequence 2. Used for short circuit data exchange according to IEC 60909.EquivalentBranch is a result of network reduction prior to the data exchange.

zeroR21
type: ObjectProperty
domain: EquivalentBranch
range: Resistance
comment: Zero sequence series resistance from terminal sequence 2 to terminal sequence 1. Used for short circuit data exchange according to IEC 60909.Usage EquivalentBranch is a result of network reduction prior to the data exchange.

zeroX12
type: ObjectProperty
domain: EquivalentBranch
range: Reactance
comment: Zero sequence series reactance from terminal sequence 1 to terminal sequence 2. Used for short circuit data exchange according to IEC 60909.Usage EquivalentBranch is a result of network reduction prior to the data exchange.

zeroX21
type: ObjectProperty
domain: EquivalentBranch
range: Reactance
comment: Zero sequence series reactance from terminal sequence 2 to terminal sequence 1. Used for short circuit data exchange according to IEC 60909.Usage EquivalentBranch is a result of network reduction prior to the data exchange.

EquivalentNetwork
type: ObjectProperty
domain: EquivalentEquipment
range: EquivalentNetwork
comment: The equivalent where the reduced model belongs.

ReactiveCapabilityCurve
type: ObjectProperty
inverse of: ReactiveCapabilityCurve.EquivalentInjection
domain: EquivalentInjection
range: ReactiveCapabilityCurve
comment: The reactive capability curve used by this equivalent injection.

maxP
type: ObjectProperty
domain: EquivalentInjection
range: ActivePower
comment: Maximum active power of the injection.

maxQ
type: ObjectProperty
domain: EquivalentInjection
range: ReactivePower
comment: Maximum reactive power of the injection. Used for modelling of infeed for load flow exchange. Not used for short circuit modelling. If maxQ and minQ are not used ReactiveCapabilityCurve can be used.

minP
type: ObjectProperty
domain: EquivalentInjection
range: ActivePower
comment: Minimum active power of the injection.

minQ
type: ObjectProperty
domain: EquivalentInjection
range: ReactivePower
comment: Minimum reactive power of the injection. Used for modelling of infeed for load flow exchange. Not used for short circuit modelling. If maxQ and minQ are not used ReactiveCapabilityCurve can be used.

p
type: ObjectProperty
domain: EquivalentInjection
range: ActivePower
comment: Equivalent active power injection. Load sign convention is used i.e. positive sign means flow out from a node.Starting value for steady state solutions.

q
type: ObjectProperty
domain: EquivalentInjection
range: ReactivePower
comment: Equivalent reactive power injection. Load sign convention is used i.e. positive sign means flow out from a node.Starting value for steady state solutions.

r
type: ObjectProperty
domain: EquivalentInjection
range: Resistance
comment: Positive sequence resistance. Used to represent ExtendedWard IEC 60909.Usage ExtendedWard is a result of network reduction prior to the data exchange.

r0
type: ObjectProperty
domain: EquivalentInjection
range: Resistance
comment: Zero sequence resistance. Used to represent ExtendedWard IEC 60909.Usage ExtendedWard is a result of network reduction prior to the data exchange.

r2
type: ObjectProperty
domain: EquivalentInjection
range: Resistance
comment: Negative sequence resistance. Used to represent ExtendedWard IEC 60909.Usage ExtendedWard is a result of network reduction prior to the data exchange.

regulationTarget
type: ObjectProperty
domain: EquivalentInjection
range: Voltage
comment: The target voltage for voltage regulation. The attribute shall be a positive value.

x
type: ObjectProperty
domain: EquivalentInjection
range: Reactance
comment: Positive sequence reactance. Used to represent ExtendedWard IEC 60909.Usage ExtendedWard is a result of network reduction prior to the data exchange.

x0
type: ObjectProperty
domain: EquivalentInjection
range: Reactance
comment: Zero sequence reactance. Used to represent ExtendedWard IEC 60909.Usage ExtendedWard is a result of network reduction prior to the data exchange.

x2
type: ObjectProperty
domain: EquivalentInjection
range: Reactance
comment: Negative sequence reactance. Used to represent ExtendedWard IEC 60909.Usage ExtendedWard is a result of network reduction prior to the data exchange.

EquivalentEquipments
type: ObjectProperty
inverse of: EquivalentNetwork
domain: EquivalentNetwork
range: EquivalentEquipment
comment: The associated reduced equivalents.

b
type: ObjectProperty
domain: EquivalentShunt
range: Susceptance
comment: Positive sequence shunt susceptance.

g
type: ObjectProperty
domain: EquivalentShunt
range: Conductance
comment: Positive sequence shunt conductance.

Design
type: ObjectProperty
inverse of: ErpBOMs
domain: ErpBOM
range: Design

ErpBomItemDatas
type: ObjectProperty
inverse of: ErpBOM
domain: ErpBOM
range: ErpBomItemData

DesignLocation
type: ObjectProperty
domain: ErpBomItemData
range: DesignLocation

ErpBOM
type: ObjectProperty
domain: ErpBomItemData
range: ErpBOM

TypeAsset
type: ObjectProperty
inverse of: ErpBomItemDatas
domain: ErpBomItemData
range: CatalogAssetType

ErpPersons
type: ObjectProperty
inverse of: ErpCompetency
domain: ErpCompetency
range: OldPerson

Asset
type: ObjectProperty
inverse of: ErpInventory
domain: ErpInventory
range: Asset

status
type: ObjectProperty
domain: ErpInventory
range: Status

status
type: ObjectProperty
domain: ErpInventoryCount
range: Status

CustomerAccount
type: ObjectProperty
inverse of: ErpInvoicees
domain: ErpInvoice
range: CustomerAccount

ErpInvoiceLineItems
type: ObjectProperty
inverse of: ErpInvoice
domain: ErpInvoice
range: ErpInvoiceLineItem

amount
type: ObjectProperty
domain: ErpInvoice
range: Money
comment: Total amount due on this invoice based on line items and applicable adjustments.

billMediaKind
type: ObjectProperty
domain: ErpInvoice
range: BillMediaKind
comment: Kind of media by which the CustomerBillingInfo was delivered.

kind
type: ObjectProperty
domain: ErpInvoice
range: ErpInvoiceKind
comment: Kind of invoice default is sales.

ComponentErpInvoiceLineItems
type: ObjectProperty
inverse of: ContainerErpInvoiceLineItem
domain: ErpInvoiceLineItem
range: ErpInvoiceLineItem

ContainerErpInvoiceLineItem
type: ObjectProperty
domain: ErpInvoiceLineItem
range: ErpInvoiceLineItem

CustomerBillingInfos
type: ObjectProperty
inverse of: ErpInvoiceLineItems
domain: ErpInvoiceLineItem
range: CustomerBillingInfo
comment: Customer billing for services rendered.

ErpInvoice
type: ObjectProperty
domain: ErpInvoiceLineItem
range: ErpInvoice

ErpJournalEntries
type: ObjectProperty
domain: ErpInvoiceLineItem
range: ErpJournalEntry

ErpPayableLineItem
type: ObjectProperty
domain: ErpInvoiceLineItem
range: ErpPayableLineItem

ErpPayments
type: ObjectProperty
domain: ErpInvoiceLineItem
range: ErpPayment

ErpQuoteLineItem
type: ObjectProperty
inverse of: ErpInvoiceLineItem
domain: ErpInvoiceLineItem
range: ErpQuoteLineItem

ErpRecDelvLineItem
type: ObjectProperty
inverse of: ErpInvoiceLineItem
domain: ErpInvoiceLineItem
range: ErpRecDelvLineItem

ErpRecLineItem
type: ObjectProperty
domain: ErpInvoiceLineItem
range: ErpRecLineItem

UserAttributes
type: ObjectProperty
domain: ErpInvoiceLineItem
range: UserAttribute

WorkBillingInfos
type: ObjectProperty
inverse of: WorkBillingInfo.ErpLineItems
domain: ErpInvoiceLineItem
range: WorkBillingInfo

billPeriod
type: ObjectProperty
domain: ErpInvoiceLineItem
range: DateTimeInterval
comment: Bill period for the line item.

kind
type: ObjectProperty
domain: ErpInvoiceLineItem
range: ErpInvoiceLineItemKind
comment: Kind of line item.

TypeAsset
type: ObjectProperty
domain: ErpIssueInventory
range: CatalogAssetType

TypeMaterial
type: ObjectProperty
domain: ErpIssueInventory
range: TypeMaterial

status
type: ObjectProperty
domain: ErpIssueInventory
range: Status

Asset
type: ObjectProperty
domain: ErpItemMaster
range: Asset

status
type: ObjectProperty
domain: ErpItemMaster
range: Status

ErpJournalEntries
type: ObjectProperty
domain: ErpJournal
range: ErpJournalEntry

CostTypes
type: ObjectProperty
inverse of: ErpJournalEntries
domain: ErpJournalEntry
range: CostType

ErpInvoiceLineItem
type: ObjectProperty
inverse of: ErpJournalEntries
domain: ErpJournalEntry
range: ErpInvoiceLineItem

ErpJournal
type: ObjectProperty
inverse of: ErpJournalEntries
domain: ErpJournalEntry
range: ErpJournal

ErpLedgerEntry
type: ObjectProperty
inverse of: ErpJounalEntry
domain: ErpJournalEntry
range: ErpLedgerEntry

ErpPayableLineItems
type: ObjectProperty
inverse of: ErpJournalEntries
domain: ErpJournalEntry
range: ErpPayableLineItem

ErpRecLineItems
type: ObjectProperty
inverse of: ErpJournalEntries
domain: ErpJournalEntry
range: ErpRecLineItem

amount
type: ObjectProperty
domain: ErpJournalEntry
range: Money
comment: The amount of the debit or credit for this account.

status
type: ObjectProperty
domain: ErpJournalEntry
range: Status

ErpLedBudLineItem
type: ObjectProperty
inverse of: ErpLedgerEntry
domain: ErpLedBudLineItem
range: ErpLedgerEntry

ErpLedgerBudget
type: ObjectProperty
domain: ErpLedBudLineItem
range: ErpLedgerBudget

status
type: ObjectProperty
domain: ErpLedBudLineItem
range: Status

ErpLedgerEntries
type: ObjectProperty
domain: ErpLedger
range: ErpLedgerEntry

ErpLedBudLineItems
type: ObjectProperty
inverse of: ErpLedgerBudget
domain: ErpLedgerBudget
range: ErpLedBudLineItem

ErpJounalEntry
type: ObjectProperty
domain: ErpLedgerEntry
range: ErpJournalEntry

ErpLedger
type: ObjectProperty
inverse of: ErpLedgerEntries
domain: ErpLedgerEntry
range: ErpLedger

ErpLedgerEntry
type: ObjectProperty
domain: ErpLedgerEntry
range: ErpLedBudLineItem

UserAttributes
type: ObjectProperty
domain: ErpLedgerEntry
range: UserAttribute

accountKind
type: ObjectProperty
domain: ErpLedgerEntry
range: ErpAccountKind
comment: Kind of account for this entry.

amount
type: ObjectProperty
domain: ErpLedgerEntry
range: Money
comment: The amount of the debit or credit for this account.

status
type: ObjectProperty
domain: ErpLedgerEntry
range: Status

AssetModelCatalogueItem
type: ObjectProperty
inverse of: ErpPOLineItems
domain: ErpPOLineItem
range: AssetModelCatalogueItem

ErpPurchaseOrder
type: ObjectProperty
domain: ErpPOLineItem
range: ErpPurchaseOrder

ErpRecDelLineItem
type: ObjectProperty
inverse of: ErpPOLineItem
domain: ErpPOLineItem
range: ErpRecDelvLineItem

ErpReqLineItem
type: ObjectProperty
inverse of: ErpPOLineItem
domain: ErpPOLineItem
range: ErpReqLineItem

ContractorItems
type: ObjectProperty
inverse of: ErpPayables
domain: ErpPayable
range: ContractorItem

ErpPayableLineItems
type: ObjectProperty
inverse of: ErpPayable
domain: ErpPayable
range: ErpPayableLineItem

ErpInvoiceLineItem
type: ObjectProperty
inverse of: ErpPayableLineItem
domain: ErpPayableLineItem
range: ErpInvoiceLineItem

ErpJournalEntries
type: ObjectProperty
domain: ErpPayableLineItem
range: ErpJournalEntry

ErpPayable
type: ObjectProperty
domain: ErpPayableLineItem
range: ErpPayable

ErpPayments
type: ObjectProperty
domain: ErpPayableLineItem
range: ErpPayment

status
type: ObjectProperty
domain: ErpPayableLineItem
range: Status

ErpInvoiceLineItems
type: ObjectProperty
inverse of: ErpPayments
domain: ErpPayment
range: ErpInvoiceLineItem

ErpPayableLineItems
type: ObjectProperty
inverse of: ErpPayments
domain: ErpPayment
range: ErpPayableLineItem

ErpRecLineItems
type: ObjectProperty
inverse of: ErpPayments
domain: ErpPayment
range: ErpRecLineItem

ErpPersons
type: ObjectProperty
inverse of: ErpPersonnel
domain: ErpPersonnel
range: OldPerson

status
type: ObjectProperty
domain: ErpPersonnel
range: Status

ErpTimeEntries
type: ObjectProperty
inverse of: ErpProjectAccounting
domain: ErpProjectAccounting
range: ErpTimeEntry

Projects
type: ObjectProperty
domain: ErpProjectAccounting
range: Project

WorkCostDetails
type: ObjectProperty
inverse of: WorkCostDetail.ErpProjectAccounting
domain: ErpProjectAccounting
range: WorkCostDetail

Works
type: ObjectProperty
inverse of: Work.ErpProjectAccounting
domain: ErpProjectAccounting
range: Work

ErpPOLineItems
type: ObjectProperty
inverse of: ErpPurchaseOrder
domain: ErpPurchaseOrder
range: ErpPOLineItem

ErpQuoteLineItems
type: ObjectProperty
inverse of: ErpQuote
domain: ErpQuote
range: ErpQuoteLineItem

AssetModelCatalogueItem
type: ObjectProperty
inverse of: ErpQuoteLineItems
domain: ErpQuoteLineItem
range: AssetModelCatalogueItem

Design
type: ObjectProperty
domain: ErpQuoteLineItem
range: Design

ErpInvoiceLineItem
type: ObjectProperty
domain: ErpQuoteLineItem
range: ErpInvoiceLineItem
comment: Some utilities provide quotes to customer for services where the customer accepts the quote by making a payment. An invoice is required for this to occur.

ErpQuote
type: ObjectProperty
domain: ErpQuoteLineItem
range: ErpQuote

ErpReqLineItem
type: ObjectProperty
domain: ErpQuoteLineItem
range: ErpReqLineItem

status
type: ObjectProperty
domain: ErpQuoteLineItem
range: Status

Assets
type: ObjectProperty
inverse of: ErpRecDeliveryItems
domain: ErpRecDelvLineItem
range: Asset

ErpInvoiceLineItem
type: ObjectProperty
domain: ErpRecDelvLineItem
range: ErpInvoiceLineItem

ErpPOLineItem
type: ObjectProperty
domain: ErpRecDelvLineItem
range: ErpPOLineItem

ErpReceiveDelivery
type: ObjectProperty
domain: ErpRecDelvLineItem
range: ErpReceiveDelivery

status
type: ObjectProperty
domain: ErpRecDelvLineItem
range: Status

ErpInvoiceLineItem
type: ObjectProperty
inverse of: ErpRecLineItem
domain: ErpRecLineItem
range: ErpInvoiceLineItem

ErpJournalEntries
type: ObjectProperty
domain: ErpRecLineItem
range: ErpJournalEntry

ErpPayments
type: ObjectProperty
domain: ErpRecLineItem
range: ErpPayment

ErpReceivable
type: ObjectProperty
domain: ErpRecLineItem
range: ErpReceivable

status
type: ObjectProperty
domain: ErpRecLineItem
range: Status

ErpRecLineItems
type: ObjectProperty
inverse of: ErpReceivable
domain: ErpReceivable
range: ErpRecLineItem

ErpRecDelvLineItems
type: ObjectProperty
inverse of: ErpReceiveDelivery
domain: ErpReceiveDelivery
range: ErpRecDelvLineItem

ErpPOLineItem
type: ObjectProperty
domain: ErpReqLineItem
range: ErpPOLineItem

ErpQuoteLineItem
type: ObjectProperty
inverse of: ErpReqLineItem
domain: ErpReqLineItem
range: ErpQuoteLineItem

ErpRequisition
type: ObjectProperty
domain: ErpReqLineItem
range: ErpRequisition

TypeAsset
type: ObjectProperty
inverse of: ErpReqLineItems
domain: ErpReqLineItem
range: CatalogAssetType

TypeMaterial
type: ObjectProperty
inverse of: TypeMaterial.ErpReqLineItems
domain: ErpReqLineItem
range: TypeMaterial

cost
type: ObjectProperty
domain: ErpReqLineItem
range: Money
comment: Cost of material.

status
type: ObjectProperty
domain: ErpReqLineItem
range: Status

ErpReqLineItems
type: ObjectProperty
inverse of: ErpRequisition
domain: ErpRequisition
range: ErpReqLineItem

LandProperty
type: ObjectProperty
inverse of: ErpSiteLevelDatas
domain: ErpSiteLevelData
range: LandProperty

status
type: ObjectProperty
domain: ErpSiteLevelData
range: Status

ErpProjectAccounting
type: ObjectProperty
domain: ErpTimeEntry
range: ErpProjectAccounting

ErpTimeSheet
type: ObjectProperty
inverse of: ErpTimeEntries
domain: ErpTimeEntry
range: ErpTimeSheet

status
type: ObjectProperty
domain: ErpTimeEntry
range: Status

ErpTimeEntries
type: ObjectProperty
domain: ErpTimeSheet
range: ErpTimeEntry

Outage
type: ObjectProperty
domain: EstimatedRestorationTime
range: Outage

confidenceKind
type: ObjectProperty
domain: EstimatedRestorationTime
range: ERTConfidenceKind
comment: provides the confidence level that this ERT can be accomplished. This may be changedupdated as needed.

ExPostLossResults
type: ObjectProperty
inverse of: ExPostLoss
domain: ExPostLoss
range: ExPostLossResults

ExPostLoss
type: ObjectProperty
domain: ExPostLossResults
range: ExPostLoss

SubControlArea
type: ObjectProperty
domain: ExPostLossResults
range: SubControlArea

ExPostMarketRegionResults
type: ObjectProperty
inverse of: ExPostMarketRegion
domain: ExPostMarketRegion
range: ExPostMarketRegionResults

ExPostMarketRegion
type: ObjectProperty
domain: ExPostMarketRegionResults
range: ExPostMarketRegion

MarketRegion
type: ObjectProperty
domain: ExPostMarketRegionResults
range: MarketRegion

ExPostResults
type: ObjectProperty
inverse of: ExPostPricing
domain: ExPostPricing
range: ExPostPricingResults

ExPostPricing
type: ObjectProperty
domain: ExPostPricingResults
range: ExPostPricing

Pnode
type: ObjectProperty
inverse of: ExPostResults
domain: ExPostPricingResults
range: Pnode

ExPostResourceResults
type: ObjectProperty
inverse of: ExPostResource
domain: ExPostResource
range: ExPostResourceResults

ExPostResource
type: ObjectProperty
domain: ExPostResourceResults
range: ExPostResource

RegisteredResource
type: ObjectProperty
domain: ExPostResourceResults
range: RegisteredResource

status
type: ObjectProperty
domain: ExPostResourceResults
range: EquipmentStatusType
comment: Status of equipment

ka
type: ObjectProperty
domain: ExcAC1A
range: PU
comment: Voltage regulator gain iKai gt 0. Typical value 400.

kc
type: ObjectProperty
domain: ExcAC1A
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKci gt 0. Typical value 02.

kd
type: ObjectProperty
domain: ExcAC1A
range: PU
comment: Demagnetizing factor a function of exciter alternator reactances iKdi gt 0. Typical value 038.

ke
type: ObjectProperty
domain: ExcAC1A
range: PU
comment: Exciter constant related to selfexcited field iKei. Typical value 1.

kf
type: ObjectProperty
domain: ExcAC1A
range: PU
comment: Excitation control system stabilizer gains iKfi gt 0. Typical value 003.

kf1
type: ObjectProperty
domain: ExcAC1A
range: PU
comment: Coefficient to allow different usage of the model iKf1i gt 0. Typical value 0.

kf2
type: ObjectProperty
domain: ExcAC1A
range: PU
comment: Coefficient to allow different usage of the model iKf2i gt 0. Typical value 1.

ks
type: ObjectProperty
domain: ExcAC1A
range: PU
comment: Coefficient to allow different usage of the modelspeed coefficient iKsi gt 0. Typical value 0.

ta
type: ObjectProperty
domain: ExcAC1A
range: Seconds
comment: Voltage regulator time constant iTai gt 0. Typical value 002.

tb
type: ObjectProperty
domain: ExcAC1A
range: Seconds
comment: Voltage regulator time constant iTbi gt 0. Typical value 0.

tc
type: ObjectProperty
domain: ExcAC1A
range: Seconds
comment: Voltage regulator time constant iTiisubcsubi gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcAC1A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTei gt 0. Typical value 08.

tf
type: ObjectProperty
domain: ExcAC1A
range: Seconds
comment: Excitation control system stabilizer time constant iTfi gt 0. Typical value 1.

vamax
type: ObjectProperty
domain: ExcAC1A
range: PU
comment: Maximum voltage regulator output iViisubamaxsubi gt 0. Typical value 145.

vamin
type: ObjectProperty
domain: ExcAC1A
range: PU
comment: Minimum voltage regulator output iViisubaminsubi lt 0. Typical value 145.

ve1
type: ObjectProperty
domain: ExcAC1A
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iVe1i gt 0. Typical value 418.

ve2
type: ObjectProperty
domain: ExcAC1A
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iVe2i gt 0. Typical value 314.

vrmax
type: ObjectProperty
domain: ExcAC1A
range: PU
comment: Maximum voltage regulator outputs iVrmaxi gt 0. Typical value 603.

vrmin
type: ObjectProperty
domain: ExcAC1A
range: PU
comment: Minimum voltage regulator outputs iVrmini lt 0. Typical value 543.

ka
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Voltage regulator gain iKai gt 0. Typical value 400.

kb
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Second stage regulator gain iKbi gt 0. Exciter field current controller gain. Typical value 25.

kb1
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Second stage regulator gain iKb1i. It is exciter field current controller gain used as alternative to iKbi to represent a variant of the ExcAC2A model. Typical value 25.

kc
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKci gt 0. Typical value 028.

kd
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Demagnetizing factor a function of exciter alternator reactances iKdi gt 0. Typical value 035.

ke
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Exciter constant related to selfexcited field iKei. Typical value 1.

kf
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Excitation control system stabilizer gains iKfi gt 0. Typical value 003.

kh
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Exciter field current feedback gain iKhi gt 0. Typical value 1.

kl
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Exciter field current limiter gain iKli. Typical value 10.

kl1
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Coefficient to allow different usage of the model iKl1i. Typical value 1.

ks
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Coefficient to allow different usage of the modelspeed coefficient iKsi gt 0. Typical value 0.

ta
type: ObjectProperty
domain: ExcAC2A
range: Seconds
comment: Voltage regulator time constant iTai gt 0. Typical value 002.

tb
type: ObjectProperty
domain: ExcAC2A
range: Seconds
comment: Voltage regulator time constant iTbi gt 0. Typical value 0.

tc
type: ObjectProperty
domain: ExcAC2A
range: Seconds
comment: Voltage regulator time constant iTci gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcAC2A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTei gt 0. Typical value 06.

tf
type: ObjectProperty
domain: ExcAC2A
range: Seconds
comment: Excitation control system stabilizer time constant iTfi gt 0. Typical value 1.

vamax
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Maximum voltage regulator output iVamaxi gt 0. Typical value 8.

vamin
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Minimum voltage regulator output iVamini lt 0. Typical value 8.

ve1
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iVeiisub1subi gt 0. Typical value 44.

ve2
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iVeiisub2subi gt 0. Typical value 33.

vfemax
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Exciter field current limit reference iVfemaxi gt 0. Typical value 44.

vlr
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Maximum exciter field current iVlri gt 0. Typical value 44.

vrmax
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Maximum voltage regulator outputs iVrmaxi gt 0. Typical value 105.

vrmin
type: ObjectProperty
domain: ExcAC2A
range: PU
comment: Minimum voltage regulator outputs iVrmini lt 0. Typical value 95.

efdn
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Value of iEfd iat which feedback gain changes iEfdni gt 0. Typical value 236.

ka
type: ObjectProperty
domain: ExcAC3A
range: Seconds
comment: Voltage regulator gain iKai gt 0. Typical value 4562.

kc
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKci gt 0. Typical value 0104.

kd
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Demagnetizing factor a function of exciter alternator reactances iKdi gt 0. Typical value 0499.

ke
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Exciter constant related to selfexcited field iKei. Typical value 1.

kf
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Excitation control system stabilizer gains iKfi gt 0. Typical value 0143.

kf1
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Coefficient to allow different usage of the model iKf1i. Typical value 1.

kf2
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Coefficient to allow different usage of the model iKf2i. Typical value 0.

klv
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Gain used in the minimum field voltage limiter loop iKlvi. Typical value 0194.

kn
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Excitation control system stabilizer gain iKni gt 0. Typical value 005.

kr
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Constant associated with regulator and alternator field power supply iKri gt 0. Typical value 377.

ks
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Coefficient to allow different usage of the modelspeed coefficient iKsi. Typical value 0.

ta
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Voltage regulator time constant iTai gt 0. Typical value 0013.

tb
type: ObjectProperty
domain: ExcAC3A
range: Seconds
comment: Voltage regulator time constant iTbi gt 0. Typical value 0.

tc
type: ObjectProperty
domain: ExcAC3A
range: Seconds
comment: Voltage regulator time constant iTci gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcAC3A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTei gt 0. Typical value 117.

tf
type: ObjectProperty
domain: ExcAC3A
range: Seconds
comment: Excitation control system stabilizer time constant iTfi gt 0. Typical value 1.

vamax
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Maximum voltage regulator output iVamaxi gt 0. Typical value 1.

vamin
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Minimum voltage regulator output iVamini lt 0. Typical value 095.

ve1
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iVeiisub1subi gt 0. Typical value 6.24.

ve2
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iVeiisub2subi gt 0. Typical value 468.

vemin
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Minimum exciter voltage output iVemini lt 0. Typical value 0.

vfemax
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Exciter field current limit reference iVfemaxi gt 0. Typical value 16.

vlv
type: ObjectProperty
domain: ExcAC3A
range: PU
comment: Field voltage used in the minimum field voltage limiter loop iVlvi. Typical value 079.

ka
type: ObjectProperty
domain: ExcAC4A
range: PU
comment: Voltage regulator gain iKai gt 0. Typical value 200.

kc
type: ObjectProperty
domain: ExcAC4A
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKci gt 0. Typical value 0.

ta
type: ObjectProperty
domain: ExcAC4A
range: Seconds
comment: Voltage regulator time constant iTai gt 0. Typical value 0015.

tb
type: ObjectProperty
domain: ExcAC4A
range: Seconds
comment: Voltage regulator time constant iTbi gt 0. Typical value 10.

tc
type: ObjectProperty
domain: ExcAC4A
range: Seconds
comment: Voltage regulator time constant iTci gt 0. Typical value 1.

vimax
type: ObjectProperty
domain: ExcAC4A
range: PU
comment: Maximum voltage regulator input limit iVimaxi gt 0. Typical value 10.

vimin
type: ObjectProperty
domain: ExcAC4A
range: PU
comment: Minimum voltage regulator input limit iVimini lt 0. Typical value 10.

vrmax
type: ObjectProperty
domain: ExcAC4A
range: PU
comment: Maximum voltage regulator output iVrmaxi gt 0. Typical value 564.

vrmin
type: ObjectProperty
domain: ExcAC4A
range: PU
comment: Minimum voltage regulator output iVrmini lt 0. Typical value 453.

efd1
type: ObjectProperty
domain: ExcAC5A
range: PU
comment: Exciter voltage at which exciter saturation is defined iEfd1i gt 0. Typical value 56.

efd2
type: ObjectProperty
domain: ExcAC5A
range: PU
comment: Exciter voltage at which exciter saturation is defined iEfd2i gt 0. Typical value 42.

ka
type: ObjectProperty
domain: ExcAC5A
range: PU
comment: Voltage regulator gain iKai gt 0. Typical value 400.

ke
type: ObjectProperty
domain: ExcAC5A
range: PU
comment: Exciter constant related to selfexcited field iKei. Typical value 1.

kf
type: ObjectProperty
domain: ExcAC5A
range: PU
comment: Excitation control system stabilizer gains iKfi gt 0. Typical value 003.

ks
type: ObjectProperty
domain: ExcAC5A
range: PU
comment: Coefficient to allow different usage of the modelspeed coefficient iKsi. Typical value 0.

ta
type: ObjectProperty
domain: ExcAC5A
range: Seconds
comment: Voltage regulator time constant iTai gt 0. Typical value 002.

tb
type: ObjectProperty
domain: ExcAC5A
range: Seconds
comment: Voltage regulator time constant iTbi gt 0. Typical value 0.

tc
type: ObjectProperty
domain: ExcAC5A
range: Seconds
comment: Voltage regulator time constant iTci gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcAC5A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTei gt 0. Typical value 08.

tf1
type: ObjectProperty
domain: ExcAC5A
range: Seconds
comment: Excitation control system stabilizer time constant iTf1i gt 0. Typical value 1.

tf2
type: ObjectProperty
domain: ExcAC5A
range: Seconds
comment: Excitation control system stabilizer time constant iTf2i gt 0. Typical value 08.

tf3
type: ObjectProperty
domain: ExcAC5A
range: Seconds
comment: Excitation control system stabilizer time constant iTf3i gt 0. Typical value 0.

vrmax
type: ObjectProperty
domain: ExcAC5A
range: PU
comment: Maximum voltage regulator output iVrmaxi gt 0. Typical value 73.

vrmin
type: ObjectProperty
domain: ExcAC5A
range: PU
comment: Minimum voltage regulator output iVrmini lt 0. Typical value 73.

ka
type: ObjectProperty
domain: ExcAC6A
range: PU
comment: Voltage regulator gain iKai gt 0. Typical value 536.

kc
type: ObjectProperty
domain: ExcAC6A
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKci gt 0. Typical value 0173.

kd
type: ObjectProperty
domain: ExcAC6A
range: PU
comment: Demagnetizing factor a function of exciter alternator reactances iKdi gt 0. Typical value 191.

ke
type: ObjectProperty
domain: ExcAC6A
range: PU
comment: Exciter constant related to selfexcited field iKei. Typical value 16.

kh
type: ObjectProperty
domain: ExcAC6A
range: PU
comment: Exciter field current limiter gain iKhi gt 0. Typical value 92.

ks
type: ObjectProperty
domain: ExcAC6A
range: PU
comment: Coefficient to allow different usage of the modelspeed coefficient iKsi. Typical value 0.

ta
type: ObjectProperty
domain: ExcAC6A
range: Seconds
comment: Voltage regulator time constant iTai gt 0. Typical value 0086.

tb
type: ObjectProperty
domain: ExcAC6A
range: Seconds
comment: Voltage regulator time constant iTbi gt 0. Typical value 9.

tc
type: ObjectProperty
domain: ExcAC6A
range: Seconds
comment: Voltage regulator time constant iTci gt 0. Typical value 3.

te
type: ObjectProperty
domain: ExcAC6A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTei gt 0. Typical value 1.

th
type: ObjectProperty
domain: ExcAC6A
range: Seconds
comment: Exciter field current limiter time constant iThi gt 0. Typical value 008.

tj
type: ObjectProperty
domain: ExcAC6A
range: Seconds
comment: Exciter field current limiter time constant iTji gt 0. Typical value 002.

tk
type: ObjectProperty
domain: ExcAC6A
range: Seconds
comment: Voltage regulator time constant iTki gt 0. Typical value 018.

vamax
type: ObjectProperty
domain: ExcAC6A
range: PU
comment: Maximum voltage regulator output iVamaxi gt 0. Typical value 75.

vamin
type: ObjectProperty
domain: ExcAC6A
range: PU
comment: Minimum voltage regulator output iVamini lt 0. Typical value 75.

ve1
type: ObjectProperty
domain: ExcAC6A
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iVeiisub1subi gt 0. Typical value 74.

ve2
type: ObjectProperty
domain: ExcAC6A
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iVeiisub2subi gt 0. Typical value 555.

vfelim
type: ObjectProperty
domain: ExcAC6A
range: PU
comment: Exciter field current limit reference iVfelimi gt 0. Typical value 19.

vhmax
type: ObjectProperty
domain: ExcAC6A
range: PU
comment: Maximum field current limiter signal reference iVhmaxi gt 0. Typical value 75.

vrmax
type: ObjectProperty
domain: ExcAC6A
range: PU
comment: Maximum voltage regulator output iVrmaxi gt 0. Typical value 44.

vrmin
type: ObjectProperty
domain: ExcAC6A
range: PU
comment: Minimum voltage regulator output iVrmini lt 0. Typical value 36.

ka
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: Voltage regulator gain iKai gt 0. Typical value 1.

kc
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKci gt 0. Typical value 055.

kd
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: Demagnetizing factor a function of exciter alternator reactances iKdi gt 0. Typical value 11.

kdr
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: Voltage regulator derivative gain iKdri gt 0. Typical value 10.

ke
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: Exciter constant related to selfexcited field iKei. Typical value 1.

kir
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: Voltage regulator integral gain iKiri gt 0. Typical value 5.

kpr
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: Voltage regulator proportional gain iKpri gt 0 if ExcAC8B.kir 0. Typical value 80.

ks
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: Coefficient to allow different usage of the modelspeed coefficient iKsi. Typical value 0.

ta
type: ObjectProperty
domain: ExcAC8B
range: Seconds
comment: Voltage regulator time constant iTai gt 0. Typical value 0.

tdr
type: ObjectProperty
domain: ExcAC8B
range: Seconds
comment: Lag time constant iTdri gt 0 if ExcAC8B.kdr gt 0. Typical value 01.

te
type: ObjectProperty
domain: ExcAC8B
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTei gt 0. Typical value 12.

ve1
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iVeiisub1subi gt 0. Typical value 65.

ve2
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iVeiisub2subi gt 0. Typical value 9.

vemin
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: Minimum exciter voltage output iVemini lt 0. Typical value 0.

vfemax
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: Exciter field current limit reference iVfemaxi. Typical value 6.

vimax
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: Input signal maximum iVimaxi gt ExcAC8B.vimin. Typical value 35.

vimin
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: Input signal minimum iVimini lt ExcAC8B.vimax. Typical value 10.

vpidmax
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: PID maximum controller output iVpidmaxi gt ExcAC8B.vpidmin. Typical value 35.

vpidmin
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: PID minimum controller output iVpidmini lt ExcAC8B.vpidmax. Typical value 10.

vrmax
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: Maximum voltage regulator output iVrmaxi gt 0. Typical value 35.

vrmin
type: ObjectProperty
domain: ExcAC8B
range: PU
comment: Minimum voltage regulator output iVrmini lt 0. Typical value 0.

ifmn
type: ObjectProperty
domain: ExcANS
range: PU
comment: Minimum exciter current iIiisubFMNsubi. Typical value 52.

ifmx
type: ObjectProperty
domain: ExcANS
range: PU
comment: Maximum exciter current iIiisubFMXsubi. Typical value 65.

t1
type: ObjectProperty
domain: ExcANS
range: Seconds
comment: Time constant iTiisub1subi gt 0. Typical value 20.

t2
type: ObjectProperty
domain: ExcANS
range: Seconds
comment: Time constant iTiisub2subi gt 0. Typical value 005.

t3
type: ObjectProperty
domain: ExcANS
range: Seconds
comment: Time constant iTiisub3subi gt 0. Typical value 16.

tb
type: ObjectProperty
domain: ExcANS
range: Seconds
comment: Exciter time constant iTiisubBsubi gt 0. Typical value 004.

vrmn
type: ObjectProperty
domain: ExcANS
range: PU
comment: Minimum AVR output iViisubRMNsubi. Typical value 52.

vrmx
type: ObjectProperty
domain: ExcANS
range: PU
comment: Maximum AVR output iViisubRMXsubi. Typical value 65.

e1
type: ObjectProperty
domain: ExcAVR1
range: PU
comment: Field voltage value 1 iEiisub1subi. Typical value 4.18.

e2
type: ObjectProperty
domain: ExcAVR1
range: PU
comment: Field voltage value 2 iEiisub2subi. Typical value 314.

ta
type: ObjectProperty
domain: ExcAVR1
range: Seconds
comment: AVR time constant iTiisubAsubi gt 0. Typical value 02.

tb
type: ObjectProperty
domain: ExcAVR1
range: Seconds
comment: AVR time constant iTiisubBsubi gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcAVR1
range: Seconds
comment: Exciter time constant iTiisubEsubi gt 0. Typical value 1.

tf
type: ObjectProperty
domain: ExcAVR1
range: Seconds
comment: Rate feedback time constant iTiisubFsubi gt 0. Typical value 1.

vrmn
type: ObjectProperty
domain: ExcAVR1
range: PU
comment: Minimum AVR output iViisubRMNsubi. Typical value 6.

vrmx
type: ObjectProperty
domain: ExcAVR1
range: PU
comment: Maximum AVR output iViisubRMXsubi. Typical value 7.

e1
type: ObjectProperty
domain: ExcAVR2
range: PU
comment: Field voltage value 1 iEiisub1subi. Typical value 418.

e2
type: ObjectProperty
domain: ExcAVR2
range: PU
comment: Field voltage value 2 iEiisub2subi. Typical value 314.

ta
type: ObjectProperty
domain: ExcAVR2
range: Seconds
comment: AVR time constant iTiisubAsubi gt 0. Typical value 002.

tb
type: ObjectProperty
domain: ExcAVR2
range: Seconds
comment: AVR time constant iTiisubBsubi gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcAVR2
range: Seconds
comment: Exciter time constant iTiisubEsubi gt 0. Typical value 1.

tf1
type: ObjectProperty
domain: ExcAVR2
range: Seconds
comment: Rate feedback time constant iTiisubF1subi gt 0. Typical value 1.

tf2
type: ObjectProperty
domain: ExcAVR2
range: Seconds
comment: Rate feedback time constant iTiisubF2subi gt 0. Typical value 1.

vrmn
type: ObjectProperty
domain: ExcAVR2
range: PU
comment: Minimum AVR output iViisubRMNsubi. Typical value 6.

vrmx
type: ObjectProperty
domain: ExcAVR2
range: PU
comment: Maximum AVR output iViisubRMXsubi. Typical value 7.

e1
type: ObjectProperty
domain: ExcAVR3
range: PU
comment: Field voltage value 1 iEiisub1subi. Typical value 418.

e2
type: ObjectProperty
domain: ExcAVR3
range: PU
comment: Field voltage value 2 iEiisub2subi. Typical value 314.

t1
type: ObjectProperty
domain: ExcAVR3
range: Seconds
comment: AVR time constant iTiisub1subi gt 0. Typical value 20.

t2
type: ObjectProperty
domain: ExcAVR3
range: Seconds
comment: AVR time constant iTiisub2subi gt 0. Typical value 16.

t3
type: ObjectProperty
domain: ExcAVR3
range: Seconds
comment: AVR time constant iTiisub3subi gt 0. Typical value 066.

t4
type: ObjectProperty
domain: ExcAVR3
range: Seconds
comment: AVR time constant iTiisub4subi gt 0. Typical value 007.

te
type: ObjectProperty
domain: ExcAVR3
range: Seconds
comment: Exciter time constant iTiisubEsubi gt 0. Typical value 1.

vrmn
type: ObjectProperty
domain: ExcAVR3
range: PU
comment: Minimum AVR output iViisubRMNsubi. Typical value 75.

vrmx
type: ObjectProperty
domain: ExcAVR3
range: PU
comment: Maximum AVR output iViisubRMXsubi. Typical value 75.

t1
type: ObjectProperty
domain: ExcAVR4
range: Seconds
comment: AVR time constant iTiisub1subi gt 0. Typical value 48.

t1if
type: ObjectProperty
domain: ExcAVR4
range: Seconds
comment: Exciter current feedback time constant iTiisub1IFsubi gt 0. Typical value 60.

t2
type: ObjectProperty
domain: ExcAVR4
range: Seconds
comment: AVR time constant iTiisub2subi gt 0. Typical value 15.

t3
type: ObjectProperty
domain: ExcAVR4
range: Seconds
comment: AVR time constant iTiisub3subi gt 0. Typical value 0.

t4
type: ObjectProperty
domain: ExcAVR4
range: Seconds
comment: AVR time constant iTiisub4subi gt 0. Typical value 0.

tif
type: ObjectProperty
domain: ExcAVR4
range: Seconds
comment: Exciter current feedback time constant iTiisubIFsubi gt 0. Typical value 0.

vfmn
type: ObjectProperty
domain: ExcAVR4
range: PU
comment: Minimum exciter output iViisubFMNsubi. Typical value 0.

vfmx
type: ObjectProperty
domain: ExcAVR4
range: PU
comment: Maximum exciter output iViisubFMXsubi. Typical value 5.

vrmn
type: ObjectProperty
domain: ExcAVR4
range: PU
comment: Minimum AVR output iViisubRMNsubi. Typical value 0.

vrmx
type: ObjectProperty
domain: ExcAVR4
range: PU
comment: Maximum AVR output iViisubRMXsubi. Typical value 5.

ka
type: ObjectProperty
domain: ExcAVR5
range: PU
comment: Gain iKai.

rex
type: ObjectProperty
domain: ExcAVR5
range: PU
comment: Effective output resistance iRexi. iRexi represents the effective output resistance seen by the excitation system.

ta
type: ObjectProperty
domain: ExcAVR5
range: Seconds
comment: Time constant iTai gt 0.

a1
type: ObjectProperty
domain: ExcAVR7
range: PU
comment: Lead coefficient iAiisub1subi. Typical value 05.

a2
type: ObjectProperty
domain: ExcAVR7
range: PU
comment: Lag coefficient iAiisub2subi. Typical value 05.

a3
type: ObjectProperty
domain: ExcAVR7
range: PU
comment: Lead coefficient iAiisub3subi. Typical value 05.

a4
type: ObjectProperty
domain: ExcAVR7
range: PU
comment: Lag coefficient iAiisub4subi. Typical value 05.

a5
type: ObjectProperty
domain: ExcAVR7
range: PU
comment: Lead coefficient iAiisub5subi. Typical value 05.

a6
type: ObjectProperty
domain: ExcAVR7
range: PU
comment: Lag coefficient iAiisub6subi. Typical value 05.

k1
type: ObjectProperty
domain: ExcAVR7
range: PU
comment: Gain iKiisub1subi. Typical value 1.

k3
type: ObjectProperty
domain: ExcAVR7
range: PU
comment: Gain iKiisub3subi. Typical value 3.

k5
type: ObjectProperty
domain: ExcAVR7
range: PU
comment: Gain iKiisub5subi. Typical value 1.

t1
type: ObjectProperty
domain: ExcAVR7
range: Seconds
comment: Lead time constant iTiisub1subi gt 0. Typical value 005.

t2
type: ObjectProperty
domain: ExcAVR7
range: Seconds
comment: Lag time constant iTiisub2subi gt 0. Typical value 01.

t3
type: ObjectProperty
domain: ExcAVR7
range: Seconds
comment: Lead time constant iTiisub3subi gt 0. Typical value 01.

t4
type: ObjectProperty
domain: ExcAVR7
range: Seconds
comment: Lag time constant iTiisub4subi gt 0. Typical value 01.

t5
type: ObjectProperty
domain: ExcAVR7
range: Seconds
comment: Lead time constant iTiisub5subi gt 0. Typical value 01.

t6
type: ObjectProperty
domain: ExcAVR7
range: Seconds
comment: Lag time constant iTiisub6subi gt 0. Typical value 01.

vmax1
type: ObjectProperty
domain: ExcAVR7
range: PU
comment: Leadlag maximum limit iVmax1i gt ExcAVR7.vmin1. Typical value 5.

vmax3
type: ObjectProperty
domain: ExcAVR7
range: PU
comment: Leadlag maximum limit iVmax3i gt ExcAVR7.vmin3. Typical value 5.

vmax5
type: ObjectProperty
domain: ExcAVR7
range: PU
comment: Leadlag maximum limit iVmax5i gt ExcAVR7.vmin5. Typical value 5.

vmin1
type: ObjectProperty
domain: ExcAVR7
range: PU
comment: Leadlag minimum limit iVmin1i lt ExcAVR7.vmax1. Typical value 5.

vmin3
type: ObjectProperty
domain: ExcAVR7
range: PU
comment: Leadlag minimum limit iVmin3i lt ExcAVR7.vmax3. Typical value 5.

vmin5
type: ObjectProperty
domain: ExcAVR7
range: PU
comment: Leadlag minimum limit iVmin5i lt ExcAVR7.vmax5. Typical value 2.

efdmax
type: ObjectProperty
domain: ExcBBC
range: PU
comment: Maximum open circuit exciter voltage iEfdmaxi gt ExcBBC.efdmin. Typical value 5.

efdmin
type: ObjectProperty
domain: ExcBBC
range: PU
comment: Minimum open circuit exciter voltage iEfdmini lt ExcBBC.efdmax. Typical value 5.

k
type: ObjectProperty
domain: ExcBBC
range: PU
comment: Steady state gain iKi not 0. Typical value 300.

t1
type: ObjectProperty
domain: ExcBBC
range: Seconds
comment: Controller time constant iT1i gt 0. Typical value 6.

t2
type: ObjectProperty
domain: ExcBBC
range: Seconds
comment: Controller time constant iT2i gt 0. Typical value 1.

t3
type: ObjectProperty
domain: ExcBBC
range: Seconds
comment: Leadlag time constant iT3i gt 0. If 0 block is bypassed. Typical value 005.

t4
type: ObjectProperty
domain: ExcBBC
range: Seconds
comment: Leadlag time constant iT4i gt 0. If 0 block is bypassed. Typical value 001.

vrmax
type: ObjectProperty
domain: ExcBBC
range: PU
comment: Maximum control element output iVrmaxi gt ExcBBC.vrmin. Typical value 5.

vrmin
type: ObjectProperty
domain: ExcBBC
range: PU
comment: Minimum control element output iVrmini lt ExcBBC.vrmax. Typical value 5.

xe
type: ObjectProperty
domain: ExcBBC
range: PU
comment: Effective excitation transformer reactance iXei gt 0. iXei models the regulation of the transformerrectifier unit. Typical value 005.

efdmax
type: ObjectProperty
domain: ExcCZ
range: PU
comment: Exciter output maximum limit iEfdmaxi gt ExcCZ.efdmin.

efdmin
type: ObjectProperty
domain: ExcCZ
range: PU
comment: Exciter output minimum limit iEfdmini lt ExcCZ.efdmax.

ka
type: ObjectProperty
domain: ExcCZ
range: PU
comment: Regulator gain iKai.

ke
type: ObjectProperty
domain: ExcCZ
range: PU
comment: Exciter constant related to selfexcited field iKei.

kp
type: ObjectProperty
domain: ExcCZ
range: PU
comment: Regulator proportional gain iKpi.

ta
type: ObjectProperty
domain: ExcCZ
range: Seconds
comment: Regulator time constant iTai gt 0.

tc
type: ObjectProperty
domain: ExcCZ
range: Seconds
comment: Regulator integral time constant iTci gt 0.

te
type: ObjectProperty
domain: ExcCZ
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTei gt 0.

vrmax
type: ObjectProperty
domain: ExcCZ
range: PU
comment: Voltage regulator maximum limit iVrmaxi gt ExcCZ.vrmin.

vrmin
type: ObjectProperty
domain: ExcCZ
range: PU
comment: Voltage regulator minimum limit iVrmini lt ExcCZ.vrmax.

efd1
type: ObjectProperty
domain: ExcDC1A
range: PU
comment: Exciter voltage at which exciter saturation is defined iEfdiisub1subi gt 0. Typical value 31.

efd2
type: ObjectProperty
domain: ExcDC1A
range: PU
comment: Exciter voltage at which exciter saturation is defined iEfdiisub2subi gt 0. Typical value 23.

efdmax
type: ObjectProperty
domain: ExcDC1A
range: PU
comment: Maximum voltage exciter output limiter iEfdmaxi gt ExcDC1A.efdmin. Typical value 99.

efdmin
type: ObjectProperty
domain: ExcDC1A
range: PU
comment: Minimum voltage exciter output limiter iEfdmini lt ExcDC1A.edfmax. Typical value 99.

ka
type: ObjectProperty
domain: ExcDC1A
range: PU
comment: Voltage regulator gain iKai gt 0. Typical value 46.

ke
type: ObjectProperty
domain: ExcDC1A
range: PU
comment: Exciter constant related to selfexcited field iKei. Typical value 0.

kf
type: ObjectProperty
domain: ExcDC1A
range: PU
comment: Excitation control system stabilizer gain iKfi gt 0. Typical value 01.

ks
type: ObjectProperty
domain: ExcDC1A
range: PU
comment: Coefficient to allow different usage of the modelspeed coefficient iKsi. Typical value 0.

ta
type: ObjectProperty
domain: ExcDC1A
range: Seconds
comment: Voltage regulator time constant iTai gt 0. Typical value 006.

tb
type: ObjectProperty
domain: ExcDC1A
range: Seconds
comment: Voltage regulator time constant iTbi gt 0. Typical value 0.

tc
type: ObjectProperty
domain: ExcDC1A
range: Seconds
comment: Voltage regulator time constant iTci gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcDC1A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTei gt 0. Typical value 046.

tf
type: ObjectProperty
domain: ExcDC1A
range: Seconds
comment: Excitation control system stabilizer time constant iTfi gt 0. Typical value 1.

vrmax
type: ObjectProperty
domain: ExcDC1A
range: PU
comment: Maximum voltage regulator output iVrmaxi gt ExcDC1A.vrmin. Typical value 1.

vrmin
type: ObjectProperty
domain: ExcDC1A
range: PU
comment: Minimum voltage regulator output iVrmini lt 0 and lt ExcDC1A.vrmax. Typical value 09.

efd1
type: ObjectProperty
domain: ExcDC2A
range: PU
comment: Exciter voltage at which exciter saturation is defined iEfdiisub1subi gt 0. Typical value 305.

efd2
type: ObjectProperty
domain: ExcDC2A
range: PU
comment: Exciter voltage at which exciter saturation is defined iEfdiisub2subi gt 0. Typical value 229.

ka
type: ObjectProperty
domain: ExcDC2A
range: PU
comment: Voltage regulator gain iKai gt 0. Typical value 300.

ke
type: ObjectProperty
domain: ExcDC2A
range: PU
comment: Exciter constant related to selfexcited field iKei. If iKei is entered as zero the model calculates an effective value of iKei such that the initial condition value of iVri is zero. The zero value of iKei is not changed. If iKei is entered as nonzero its value is used directly without change. Typical value 1.

kf
type: ObjectProperty
domain: ExcDC2A
range: PU
comment: Excitation control system stabilizer gain iKfi gt 0. Typical value 01.

ks
type: ObjectProperty
domain: ExcDC2A
range: PU
comment: Coefficient to allow different usage of the modelspeed coefficient iKsi. Typical value 0.

ta
type: ObjectProperty
domain: ExcDC2A
range: Seconds
comment: Voltage regulator time constant iTai gt 0. Typical value 001.

tb
type: ObjectProperty
domain: ExcDC2A
range: Seconds
comment: Voltage regulator time constant iTbi gt 0. Typical value 0.

tc
type: ObjectProperty
domain: ExcDC2A
range: Seconds
comment: Voltage regulator time constant iTci gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcDC2A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTei gt 0. Typical value 133.

tf
type: ObjectProperty
domain: ExcDC2A
range: Seconds
comment: Excitation control system stabilizer time constant iTfi gt 0. Typical value 0675.

tf1
type: ObjectProperty
domain: ExcDC2A
range: Seconds
comment: Excitation control system stabilizer time constant iTf1i gt 0. Typical value 0.

vrmax
type: ObjectProperty
domain: ExcDC2A
range: PU
comment: Maximum voltage regulator output iVrmaxi gt ExcDC2A.vrmin. Typical value 495.

vrmin
type: ObjectProperty
domain: ExcDC2A
range: PU
comment: Minimum voltage regulator output iVrmini lt 0 and lt ExcDC2A.vrmax. Typical value 49.

efd1
type: ObjectProperty
domain: ExcDC3A
range: PU
comment: Exciter voltage at which exciter saturation is defined iEfdiisub1subi gt 0. Typical value 26.

efd2
type: ObjectProperty
domain: ExcDC3A
range: PU
comment: Exciter voltage at which exciter saturation is defined iEfdiisub2subi gt 0. Typical value 345.

efdmax
type: ObjectProperty
domain: ExcDC3A
range: PU
comment: Maximum voltage exciter output limiter iEfdmaxi gt ExcDC3A.efdmin. Typical value 99.

efdmin
type: ObjectProperty
domain: ExcDC3A
range: PU
comment: Minimum voltage exciter output limiter iEfdmini lt ExcDC3A.efdmax. Typical value 99.

ke
type: ObjectProperty
domain: ExcDC3A
range: PU
comment: Exciter constant related to selfexcited field iKei. Typical value 1.

kr
type: ObjectProperty
domain: ExcDC3A
range: PU
comment: Deadband iKri. Typical value 0.

ks
type: ObjectProperty
domain: ExcDC3A
range: PU
comment: Coefficient to allow different usage of the modelspeed coefficient iKsi. Typical value 0.

kv
type: ObjectProperty
domain: ExcDC3A
range: PU
comment: Fast raiselower contact setting iKvi gt 0. Typical value 005.

te
type: ObjectProperty
domain: ExcDC3A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTei gt 0. Typical value 183.

trh
type: ObjectProperty
domain: ExcDC3A
range: Seconds
comment: Rheostat travel time iTrhi gt 0. Typical value 20.

vrmax
type: ObjectProperty
domain: ExcDC3A
range: PU
comment: Maximum voltage regulator output iVrmaxi gt 0. Typical value 5.

vrmin
type: ObjectProperty
domain: ExcDC3A
range: PU
comment: Minimum voltage regulator output iVrmini lt 0. Typical value 0.

ka
type: ObjectProperty
domain: ExcDC3A1
range: PU
comment: Voltage regulator gain iKai gt 0. Typical value 300.

ke
type: ObjectProperty
domain: ExcDC3A1
range: PU
comment: Exciter constant related to selfexcited field iKei. Typical value 1.

kf
type: ObjectProperty
domain: ExcDC3A1
range: PU
comment: Excitation control system stabilizer gain iKfi gt 0. Typical value 01.

ki
type: ObjectProperty
domain: ExcDC3A1
range: PU
comment: Potential circuit gain coefficient iKii gt 0. Typical value 483.

kp
type: ObjectProperty
domain: ExcDC3A1
range: PU
comment: Potential circuit gain coefficient iKpi gt 0. Typical value 437.

ta
type: ObjectProperty
domain: ExcDC3A1
range: Seconds
comment: Voltage regulator time constant iTai gt 0. Typical value 001.

te
type: ObjectProperty
domain: ExcDC3A1
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTei gt 0. Typical value 183.

tf
type: ObjectProperty
domain: ExcDC3A1
range: Seconds
comment: Excitation control system stabilizer time constant iTfi gt 0. Typical value 0675.

vb1max
type: ObjectProperty
domain: ExcDC3A1
range: PU
comment: Available exciter voltage limiter iVb1maxi gt 0. Typical value 1163.

vbmax
type: ObjectProperty
domain: ExcDC3A1
range: PU
comment: Available exciter voltage limiter iVbmaxi gt 0. Typical value 1163.

vrmax
type: ObjectProperty
domain: ExcDC3A1
range: PU
comment: Maximum voltage regulator output iVrmaxi gt ExcDC3A1.vrmin. Typical value 5.

vrmin
type: ObjectProperty
domain: ExcDC3A1
range: PU
comment: Minimum voltage regulator output iVrmini lt 0 and lt ExcDC3A1.vrmax. Typical value 0.

dpnf
type: ObjectProperty
domain: ExcELIN1
range: PU
comment: Controller follow up deadband iDpnfi. Typical value 0.

efmax
type: ObjectProperty
domain: ExcELIN1
range: PU
comment: Maximum open circuit excitation voltage iEfmaxi gt ExcELIN1.efmin. Typical value 5.

efmin
type: ObjectProperty
domain: ExcELIN1
range: PU
comment: Minimum open circuit excitation voltage iEfmini lt ExcELIN1.efmax. Typical value 5.

ks1
type: ObjectProperty
domain: ExcELIN1
range: PU
comment: Stabilizer gain 1 iKs1i. Typical value 0.

ks2
type: ObjectProperty
domain: ExcELIN1
range: PU
comment: Stabilizer gain 2 iKs2i. Typical value 0.

smax
type: ObjectProperty
domain: ExcELIN1
range: PU
comment: Stabilizer limit output ismaxi. Typical value 01.

tfi
type: ObjectProperty
domain: ExcELIN1
range: Seconds
comment: Current transducer time constant iTfii gt 0. Typical value 0.

tnu
type: ObjectProperty
domain: ExcELIN1
range: Seconds
comment: Controller reset time constant iTnui gt 0. Typical value 2.

ts1
type: ObjectProperty
domain: ExcELIN1
range: Seconds
comment: Stabilizer phase lag time constant iTs1i gt 0. Typical value 1.

ts2
type: ObjectProperty
domain: ExcELIN1
range: Seconds
comment: Stabilizer filter time constant iTs2i gt 0. Typical value 1.

tsw
type: ObjectProperty
domain: ExcELIN1
range: Seconds
comment: Stabilizer parameters iTswi gt 0. Typical value 3.

vpi
type: ObjectProperty
domain: ExcELIN1
range: PU
comment: Current controller gain iVpii. Typical value 1245.

vpnf
type: ObjectProperty
domain: ExcELIN1
range: PU
comment: Controller follow up gain iVpnfi. Typical value 2.

vpu
type: ObjectProperty
domain: ExcELIN1
range: PU
comment: Voltage controller proportional gain iVpui. Typical value 345.

xe
type: ObjectProperty
domain: ExcELIN1
range: PU
comment: Excitation transformer effective reactance iXei gt 0. iXei represents the regulation of the transformerrectifier unit. Typical value 006.

efdbas
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Gain iEfdbasi. Typical value 01.

iefmax
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Limiter iIiisubefmaxsubi gt ExcELIN2.iefmin. Typical value 1.

iefmax2
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Minimum open circuit excitation voltage iIiisubefmax2subi. Typical value 5.

iefmin
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Limiter iIiisubefminsubi lt ExcELIN2.iefmax. Typical value 1.

k1
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Voltage regulator input gain iK1i. Typical value 0.

k1ec
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Voltage regulator input limit iK1eci. Typical value 2.

k2
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Gain iK2i. Typical value 5.

k3
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Gain iK3i. Typical value 01.

k4
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Gain iK4i. Typical value 0.

kd1
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Voltage controller derivative gain iKd1i. Typical value 345.

ke2
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Gain iKe2i. Typical value 01.

ketb
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Gain iKetbi. Typical value 006.

pid1max
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Controller follow up gain iPID1maxi. Typical value 2.

seve1
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Exciter saturation function value at the corresponding exciter voltage iVeiisub1subi back of commutating reactance iSeVeiisub1subiii gt 0. Typical value 0.

seve2
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Exciter saturation function value at the corresponding exciter voltage iVeiisub2subi back of commutating reactance iSeVeiisub2subiii gt 0. Typical value 1.

tb1
type: ObjectProperty
domain: ExcELIN2
range: Seconds
comment: Voltage controller derivative washout time constant iTb1i gt 0. Typical value 1245.

te
type: ObjectProperty
domain: ExcELIN2
range: Seconds
comment: Time constant iTei gt 0. Typical value 0.

te2
type: ObjectProperty
domain: ExcELIN2
range: Seconds
comment: Time Constant iTiisube2subi gt 0. Typical value 1.

ti1
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Controller follow up deadband iTi1i. Typical value 0.

ti3
type: ObjectProperty
domain: ExcELIN2
range: Seconds
comment: Time constant iTiisubi3subi gt 0. Typical value 3.

ti4
type: ObjectProperty
domain: ExcELIN2
range: Seconds
comment: Time constant iTiisubi4subi gt 0. Typical value 0.

tr4
type: ObjectProperty
domain: ExcELIN2
range: Seconds
comment: Time constant iTiisubr4subi gt 0. Typical value 1.

upmax
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Limiter iUpmaxi gt ExcELIN2.upmin. Typical value 3.

upmin
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Limiter iUpmini lt ExcELIN2.upmax. Typical value 0.

ve1
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iVeiisub1subi gt 0. Typical value 3.

ve2
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iVeiisub2subi gt 0. Typical value 0.

xp
type: ObjectProperty
domain: ExcELIN2
range: PU
comment: Excitation transformer effective reactance iXpi. Typical value 1.

ae
type: ObjectProperty
domain: ExcHU
range: PU
comment: Major loop PI tag gain factor iAei. Typical value 3.

ai
type: ObjectProperty
domain: ExcHU
range: PU
comment: Minor loop PI tag gain factor iAii. Typical value 22.

atr
type: ObjectProperty
domain: ExcHU
range: PU
comment: AVR constant iAtri. Typical value 219.

emax
type: ObjectProperty
domain: ExcHU
range: PU
comment: Field voltage control signal upper limit on AVR base iEmaxi gt ExcHU.emin. Typical value 0996.

emin
type: ObjectProperty
domain: ExcHU
range: PU
comment: Field voltage control signal lower limit on AVR base iEmini lt ExcHU.emax. Typical value 0866.

imax
type: ObjectProperty
domain: ExcHU
range: PU
comment: Major loop PI tag output signal upper limit iImaxi gt ExcHU.imin. Typical value 219.

imin
type: ObjectProperty
domain: ExcHU
range: PU
comment: Major loop PI tag output signal lower limit iImini lt ExcHU.imax. Typical value 01.

te
type: ObjectProperty
domain: ExcHU
range: Seconds
comment: Major loop PI tag integration time constant iTei gt 0. Typical value 0154.

ti
type: ObjectProperty
domain: ExcHU
range: Seconds
comment: Minor loop PI control tag integration time constant iTii gt 0. Typical value 001333.

tr
type: ObjectProperty
domain: ExcHU
range: Seconds
comment: Filter time constant iTri gt 0. If a voltage compensator is used in conjunction with this excitation system model iTr ishould be set to 0. Typical value 001.

ka
type: ObjectProperty
domain: ExcIEEEAC1A
range: PU
comment: Voltage regulator gain iKiisubAsubi gt 0. Typical value 400.

kc
type: ObjectProperty
domain: ExcIEEEAC1A
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKiisubCsubi gt 0. Typical value 02.

kd
type: ObjectProperty
domain: ExcIEEEAC1A
range: PU
comment: Demagnetizing factor a function of exciter alternator reactances iKiisubDsubi gt 0. Typical value 038.

ke
type: ObjectProperty
domain: ExcIEEEAC1A
range: PU
comment: Exciter constant related to selfexcited field iKiisubEsubi. Typical value 1.

kf
type: ObjectProperty
domain: ExcIEEEAC1A
range: PU
comment: Excitation control system stabilizer gains iKiisubFsubi gt 0. Typical value 003.

ta
type: ObjectProperty
domain: ExcIEEEAC1A
range: Seconds
comment: Voltage regulator time constant iTiisubAsubi gt 0. Typical value 002.

tb
type: ObjectProperty
domain: ExcIEEEAC1A
range: Seconds
comment: Voltage regulator time constant iTiisubBsubi gt 0. Typical value 0.

tc
type: ObjectProperty
domain: ExcIEEEAC1A
range: Seconds
comment: Voltage regulator time constant iTiisubCsubi gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcIEEEAC1A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTiisubEsubi gt 0. Typical value 08.

tf
type: ObjectProperty
domain: ExcIEEEAC1A
range: Seconds
comment: Excitation control system stabilizer time constant iTiisubFsubi gt 0. Typical value 1.

vamax
type: ObjectProperty
domain: ExcIEEEAC1A
range: PU
comment: Maximum voltage regulator output iViisubAMAXsubi gt 0. Typical value 145.

vamin
type: ObjectProperty
domain: ExcIEEEAC1A
range: PU
comment: Minimum voltage regulator output iViisubAMINsubi lt 0. Typical value 145.

ve1
type: ObjectProperty
domain: ExcIEEEAC1A
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iViisubE1subi gt 0. Typical value 418.

ve2
type: ObjectProperty
domain: ExcIEEEAC1A
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iViisubE2subi gt 0. Typical value 314.

vrmax
type: ObjectProperty
domain: ExcIEEEAC1A
range: PU
comment: Maximum voltage regulator outputs iViisubRMAXsubi gt 0. Typical value 603.

vrmin
type: ObjectProperty
domain: ExcIEEEAC1A
range: PU
comment: Minimum voltage regulator outputs iViisubRMINsubi lt 0. Typical value 543.

ka
type: ObjectProperty
domain: ExcIEEEAC2A
range: PU
comment: Voltage regulator gain iKiisubAsubi gt 0. Typical value 400.

kb
type: ObjectProperty
domain: ExcIEEEAC2A
range: PU
comment: Second stage regulator gain iKiisubBsubi gt 0. Typical value 25.

kc
type: ObjectProperty
domain: ExcIEEEAC2A
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKiisubCsubi gt 0. Typical value 028.

kd
type: ObjectProperty
domain: ExcIEEEAC2A
range: PU
comment: Demagnetizing factor a function of exciter alternator reactances iKiisubDsubi gt 0. Typical value 035.

ke
type: ObjectProperty
domain: ExcIEEEAC2A
range: PU
comment: Exciter constant related to selfexcited field iKiisubEsubi gt 0. Typical value 1.

kf
type: ObjectProperty
domain: ExcIEEEAC2A
range: PU
comment: Excitation control system stabilizer gains iKiisubFsubi gt 0. Typical value 003.

kh
type: ObjectProperty
domain: ExcIEEEAC2A
range: PU
comment: Exciter field current feedback gain iKiisubHsubi gt 0. Typical value 1.

ta
type: ObjectProperty
domain: ExcIEEEAC2A
range: Seconds
comment: Voltage regulator time constant iTiisubAsubi gt 0. Typical value 002.

tb
type: ObjectProperty
domain: ExcIEEEAC2A
range: Seconds
comment: Voltage regulator time constant iTiisubBsubi gt 0. Typical value 0.

tc
type: ObjectProperty
domain: ExcIEEEAC2A
range: Seconds
comment: Voltage regulator time constant iTiisubCsubi gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcIEEEAC2A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTiisubEsubi gt 0. Typical value 06.

tf
type: ObjectProperty
domain: ExcIEEEAC2A
range: Seconds
comment: Excitation control system stabilizer time constant iTiisubFsubi gt 0. Typical value 1.

vamax
type: ObjectProperty
domain: ExcIEEEAC2A
range: PU
comment: Maximum voltage regulator output iViisubAMAXsubi gt 0. Typical value 8.

vamin
type: ObjectProperty
domain: ExcIEEEAC2A
range: PU
comment: Minimum voltage regulator output iViisubAMINsubi lt 0. Typical value 8.

ve1
type: ObjectProperty
domain: ExcIEEEAC2A
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iViisubE1subi gt 0. Typical value 44.

ve2
type: ObjectProperty
domain: ExcIEEEAC2A
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iViisubE2subi gt 0. Typical value 33.

vfemax
type: ObjectProperty
domain: ExcIEEEAC2A
range: PU
comment: Exciter field current limit reference iViisubFEMAXsubi gt 0. Typical value 44.

vrmax
type: ObjectProperty
domain: ExcIEEEAC2A
range: PU
comment: Maximum voltage regulator outputs iViisubRMAXsubi gt 0. Typical value 105.

vrmin
type: ObjectProperty
domain: ExcIEEEAC2A
range: PU
comment: Minimum voltage regulator outputs iViisubRMINsubi lt 0. Typical value 95.

efdn
type: ObjectProperty
domain: ExcIEEEAC3A
range: PU
comment: Value of iEfd iat which feedback gain changes iEiisubFDNsubi gt 0. Typical value 236.

ka
type: ObjectProperty
domain: ExcIEEEAC3A
range: PU
comment: Voltage regulator gain iKiisubAsubi gt 0. Typical value 4562.

kc
type: ObjectProperty
domain: ExcIEEEAC3A
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKiisubCsubi gt 0. Typical value 0104.

kd
type: ObjectProperty
domain: ExcIEEEAC3A
range: PU
comment: Demagnetizing factor a function of exciter alternator reactances iKiisubDsubi gt 0. Typical value 0499.

ke
type: ObjectProperty
domain: ExcIEEEAC3A
range: PU
comment: Exciter constant related to selfexcited field iKiisubEsubi. Typical value 1.

kf
type: ObjectProperty
domain: ExcIEEEAC3A
range: PU
comment: Excitation control system stabilizer gains iKiisubFsubi gt 0. Typical value 0143.

kn
type: ObjectProperty
domain: ExcIEEEAC3A
range: PU
comment: Excitation control system stabilizer gain iKiisubNsubi gt 0. Typical value 005.

kr
type: ObjectProperty
domain: ExcIEEEAC3A
range: PU
comment: Constant associated with regulator and alternator field power supply iKiisubRsubi gt 0. Typical value 377.

ta
type: ObjectProperty
domain: ExcIEEEAC3A
range: Seconds
comment: Voltage regulator time constant iTiisubAsubi gt 0. Typical value 0013.

tb
type: ObjectProperty
domain: ExcIEEEAC3A
range: Seconds
comment: Voltage regulator time constant iTiisubBsubi gt 0. Typical value 0.

tc
type: ObjectProperty
domain: ExcIEEEAC3A
range: Seconds
comment: Voltage regulator time constant iTiisubCsubi gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcIEEEAC3A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTiisubEsubi gt 0. Typical value 117.

tf
type: ObjectProperty
domain: ExcIEEEAC3A
range: Seconds
comment: Excitation control system stabilizer time constant iTiisubFsubi gt 0. Typical value 1.

vamax
type: ObjectProperty
domain: ExcIEEEAC3A
range: PU
comment: Maximum voltage regulator output iViisubAMAXsubi gt 0. Typical value 1.

vamin
type: ObjectProperty
domain: ExcIEEEAC3A
range: PU
comment: Minimum voltage regulator output iViisubAMINsubi lt 0. Typical value 095.

ve1
type: ObjectProperty
domain: ExcIEEEAC3A
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iViisubE1subi gt 0. Typical value 624.

ve2
type: ObjectProperty
domain: ExcIEEEAC3A
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iViisubE2subi gt 0. Typical value 468.

vemin
type: ObjectProperty
domain: ExcIEEEAC3A
range: PU
comment: Minimum exciter voltage output iViisubEMINsubi lt 0. Typical value 0.

vfemax
type: ObjectProperty
domain: ExcIEEEAC3A
range: PU
comment: Exciter field current limit reference iViisubFEMAXsubi gt 0. Typical value 16.

ka
type: ObjectProperty
domain: ExcIEEEAC4A
range: PU
comment: Voltage regulator gain iKiisubAsubi gt 0. Typical value 200.

kc
type: ObjectProperty
domain: ExcIEEEAC4A
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKiisubCsubi gt 0. Typical value 0.

ta
type: ObjectProperty
domain: ExcIEEEAC4A
range: Seconds
comment: Voltage regulator time constant iTiisubAsubi gt 0. Typical value 0015.

tb
type: ObjectProperty
domain: ExcIEEEAC4A
range: Seconds
comment: Voltage regulator time constant iTiisubBsubi gt 0. Typical value 10.

tc
type: ObjectProperty
domain: ExcIEEEAC4A
range: Seconds
comment: Voltage regulator time constant iTiisubCsubi gt 0. Typical value 1.

vimax
type: ObjectProperty
domain: ExcIEEEAC4A
range: PU
comment: Maximum voltage regulator input limit iViisubIMAXsubi gt 0. Typical value 10.

vimin
type: ObjectProperty
domain: ExcIEEEAC4A
range: PU
comment: Minimum voltage regulator input limit iViisubIMINsubi lt 0. Typical value 10.

vrmax
type: ObjectProperty
domain: ExcIEEEAC4A
range: PU
comment: Maximum voltage regulator output iViisubRMAXsubi gt 0. Typical value 564.

vrmin
type: ObjectProperty
domain: ExcIEEEAC4A
range: PU
comment: Minimum voltage regulator output iViisubRMINsubi lt 0. Typical value 453.

efd1
type: ObjectProperty
domain: ExcIEEEAC5A
range: PU
comment: Exciter voltage at which exciter saturation is defined iEiisubFD1subi gt 0. Typical value 56.

efd2
type: ObjectProperty
domain: ExcIEEEAC5A
range: PU
comment: Exciter voltage at which exciter saturation is defined iEiisubFD2subi gt 0. Typical value 42.

ka
type: ObjectProperty
domain: ExcIEEEAC5A
range: PU
comment: Voltage regulator gain iKiisubAsubi gt 0. Typical value 400.

ke
type: ObjectProperty
domain: ExcIEEEAC5A
range: PU
comment: Exciter constant related to selfexcited field iKiisubEsubi. Typical value 1.

kf
type: ObjectProperty
domain: ExcIEEEAC5A
range: PU
comment: Excitation control system stabilizer gains iKiisubFsubi gt 0. Typical value 003.

ta
type: ObjectProperty
domain: ExcIEEEAC5A
range: Seconds
comment: Voltage regulator time constant iTiisubAsubi gt 0. Typical value 002.

te
type: ObjectProperty
domain: ExcIEEEAC5A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTiisubEsubi gt 0. Typical value 08.

tf1
type: ObjectProperty
domain: ExcIEEEAC5A
range: Seconds
comment: Excitation control system stabilizer time constant iTiisubF1subi gt 0. Typical value 1.

tf2
type: ObjectProperty
domain: ExcIEEEAC5A
range: Seconds
comment: Excitation control system stabilizer time constant iTiisubF2subi gt 0. Typical value 1.

tf3
type: ObjectProperty
domain: ExcIEEEAC5A
range: Seconds
comment: Excitation control system stabilizer time constant iTiisubF3subi gt 0. Typical value 1.

vrmax
type: ObjectProperty
domain: ExcIEEEAC5A
range: PU
comment: Maximum voltage regulator output iViisubRMAXsubi gt 0. Typical value 73.

vrmin
type: ObjectProperty
domain: ExcIEEEAC5A
range: PU
comment: Minimum voltage regulator output iViisubRMINsubi lt 0. Typical value 73.

ka
type: ObjectProperty
domain: ExcIEEEAC6A
range: PU
comment: Voltage regulator gain iKiisubAsubi gt 0. Typical value 536.

kc
type: ObjectProperty
domain: ExcIEEEAC6A
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKiisubCsubi gt 0. Typical value 0173.

kd
type: ObjectProperty
domain: ExcIEEEAC6A
range: PU
comment: Demagnetizing factor a function of exciter alternator reactances iKiisubDsubi gt 0. Typical value 191.

ke
type: ObjectProperty
domain: ExcIEEEAC6A
range: PU
comment: Exciter constant related to selfexcited field iKiisubEsubi. Typical value 16.

kh
type: ObjectProperty
domain: ExcIEEEAC6A
range: PU
comment: Exciter field current limiter gain iKiisubHsubi gt 0. Typical value 92.

ta
type: ObjectProperty
domain: ExcIEEEAC6A
range: Seconds
comment: Voltage regulator time constant iTiisubAsubi gt 0. Typical value 0086.

tb
type: ObjectProperty
domain: ExcIEEEAC6A
range: Seconds
comment: Voltage regulator time constant iTiisubBsubi gt 0. Typical value 9.

tc
type: ObjectProperty
domain: ExcIEEEAC6A
range: Seconds
comment: Voltage regulator time constant iTiisubCsubi gt 0. Typical value 3.

te
type: ObjectProperty
domain: ExcIEEEAC6A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTiisubEsubi gt 0. Typical value 1.

th
type: ObjectProperty
domain: ExcIEEEAC6A
range: Seconds
comment: Exciter field current limiter time constant iTiisubHsubi gt 0. Typical value 008.

tj
type: ObjectProperty
domain: ExcIEEEAC6A
range: Seconds
comment: Exciter field current limiter time constant iTiisubJsubi gt 0. Typical value 002.

tk
type: ObjectProperty
domain: ExcIEEEAC6A
range: Seconds
comment: Voltage regulator time constant iTiisubKsubi gt 0. Typical value 018.

vamax
type: ObjectProperty
domain: ExcIEEEAC6A
range: PU
comment: Maximum voltage regulator output iViisubAMAXsubi gt 0. Typical value 75.

vamin
type: ObjectProperty
domain: ExcIEEEAC6A
range: PU
comment: Minimum voltage regulator output VsubAMINsub lt 0. Typical value 75.

ve1
type: ObjectProperty
domain: ExcIEEEAC6A
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iViisubE1subi gt 0. Typical value 74.

ve2
type: ObjectProperty
domain: ExcIEEEAC6A
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iViisubE2subi gt 0. Typical value 555.

vfelim
type: ObjectProperty
domain: ExcIEEEAC6A
range: PU
comment: Exciter field current limit reference iViisubFELIMsubi gt 0. Typical value 19.

vhmax
type: ObjectProperty
domain: ExcIEEEAC6A
range: PU
comment: Maximum field current limiter signal reference iViisubHMAXsubi gt 0. Typical value 75.

vrmax
type: ObjectProperty
domain: ExcIEEEAC6A
range: PU
comment: Maximum voltage regulator output iViisubRMAXsubi gt 0. Typical value 44.

vrmin
type: ObjectProperty
domain: ExcIEEEAC6A
range: PU
comment: Minimum voltage regulator output iViisubRMINsubi lt 0. Typical value 36.

kc
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKiisubCsubi gt 0. Typical value 018.

kd
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Demagnetizing factor a function of exciter alternator reactances iKiisubDsubi gt 0. Typical value 002.

kdr
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Voltage regulator derivative gain iKiisubDRsubi gt 0. Typical value 0.

ke
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Exciter constant related to selfexcited field iKiisubEsubi. Typical value 1.

kf1
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Excitation control system stabilizer gain iKiisubF1subi gt 0. Typical value 0212.

kf2
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Excitation control system stabilizer gain iKiisubF2subi gt 0. Typical value 0.

kf3
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Excitation control system stabilizer gain iKiisubF3subi gt 0. Typical value 0.

kia
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Voltage regulator integral gain iKiisubIAsubi gt 0. Typical value 5969.

kir
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Voltage regulator integral gain iKiisubIRsubi gt 0. Typical value 424.

kl
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Exciter field voltage lower limit parameter iKiisubLsubi. Typical value 10.

kp
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Potential circuit gain coefficient iKiisubPsubi gt 0. Typical value 496.

kpa
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Voltage regulator proportional gain iKiisubPAsubi gt 0 if ExcIEEEAC7B.kia 0. Typical value 6536.

kpr
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Voltage regulator proportional gain iKiisubPRsubi gt 0 if ExcIEEEAC7B.kir 0. Typical value 424.

tdr
type: ObjectProperty
domain: ExcIEEEAC7B
range: Seconds
comment: Lag time constant iTiisubDRsubi gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcIEEEAC7B
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTiisubEsubi gt 0. Typical value 11.

tf
type: ObjectProperty
domain: ExcIEEEAC7B
range: Seconds
comment: Excitation control system stabilizer time constant iTiisubFsubi gt 0. Typical value 1.

vamax
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Maximum voltage regulator output iViisubAMAXsubi gt 0. Typical value 1.

vamin
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Minimum voltage regulator output iViisubAMINsubi lt 0. Typical value 095.

ve1
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iViisubE1subi gt 0. Typical value 63.

ve2
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iViisubE2subi gt 0. Typical value 302.

vemin
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Minimum exciter voltage output iViisubEMINsubi lt 0. Typical value 0.

vfemax
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Exciter field current limit reference iViisubFEMAXsubi. Typical value 69.

vrmax
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Maximum voltage regulator output iViisubRMAXsubi gt 0. Typical value 579.

vrmin
type: ObjectProperty
domain: ExcIEEEAC7B
range: PU
comment: Minimum voltage regulator output iViisubRMINsubi lt 0. Typical value 579.

ka
type: ObjectProperty
domain: ExcIEEEAC8B
range: PU
comment: Voltage regulator gain iKiisubAsubi gt 0. Typical value 1.

kc
type: ObjectProperty
domain: ExcIEEEAC8B
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKiisubCsubi gt 0. Typical value 055.

kd
type: ObjectProperty
domain: ExcIEEEAC8B
range: PU
comment: Demagnetizing factor a function of exciter alternator reactances iKiisubDsubi gt 0. Typical value 11.

kdr
type: ObjectProperty
domain: ExcIEEEAC8B
range: PU
comment: Voltage regulator derivative gain iKiisubDRsubi gt 0. Typical value 10.

ke
type: ObjectProperty
domain: ExcIEEEAC8B
range: PU
comment: Exciter constant related to selfexcited field iKiisubEsubi. Typical value 1.

kir
type: ObjectProperty
domain: ExcIEEEAC8B
range: PU
comment: Voltage regulator integral gain iKiisubIRsubi gt 0. Typical value 5.

kpr
type: ObjectProperty
domain: ExcIEEEAC8B
range: PU
comment: Voltage regulator proportional gain iKiisubPRsubi gt 0 if ExcIEEEAC8B.kir 0. Typical value 80.

ta
type: ObjectProperty
domain: ExcIEEEAC8B
range: Seconds
comment: Voltage regulator time constant iTiisubAsubi gt 0. Typical value 0.

tdr
type: ObjectProperty
domain: ExcIEEEAC8B
range: Seconds
comment: Lag time constant iTiisubDRsubi gt 0. Typical value 01.

te
type: ObjectProperty
domain: ExcIEEEAC8B
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTiisubEsubi gt 0. Typical value 12.

ve1
type: ObjectProperty
domain: ExcIEEEAC8B
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iViisubE1subi gt 0. Typical value 65.

ve2
type: ObjectProperty
domain: ExcIEEEAC8B
range: PU
comment: Exciter alternator output voltages back of commutating reactance at which saturation is defined iViisubE2subi gt 0. Typical value 9.

vemin
type: ObjectProperty
domain: ExcIEEEAC8B
range: PU
comment: Minimum exciter voltage output iViisubEMINsubi lt 0. Typical value 0.

vfemax
type: ObjectProperty
domain: ExcIEEEAC8B
range: PU
comment: Exciter field current limit reference iViisubFEMAXsubi. Typical value 6.

vrmax
type: ObjectProperty
domain: ExcIEEEAC8B
range: PU
comment: Maximum voltage regulator output iViisubRMAXsubi gt 0. Typical value 35.

vrmin
type: ObjectProperty
domain: ExcIEEEAC8B
range: PU
comment: Minimum voltage regulator output iViisubRMINsubi lt 0. Typical value 0.

efd1
type: ObjectProperty
domain: ExcIEEEDC1A
range: PU
comment: Exciter voltage at which exciter saturation is defined iEiisubFD1subi gt 0. Typical value 31.

efd2
type: ObjectProperty
domain: ExcIEEEDC1A
range: PU
comment: Exciter voltage at which exciter saturation is defined iEiisubFD2subi gt 0. Typical value 23.

ka
type: ObjectProperty
domain: ExcIEEEDC1A
range: PU
comment: Voltage regulator gain iKiisubAsubi gt 0. Typical value 46.

ke
type: ObjectProperty
domain: ExcIEEEDC1A
range: PU
comment: Exciter constant related to selfexcited field iKiisubEsubi. Typical value 0.

kf
type: ObjectProperty
domain: ExcIEEEDC1A
range: PU
comment: Excitation control system stabilizer gain iKiisubFsubi gt 0. Typical value 0.1.

ta
type: ObjectProperty
domain: ExcIEEEDC1A
range: Seconds
comment: Voltage regulator time constant iTiisubAsubi gt 0. Typical value 006.

tb
type: ObjectProperty
domain: ExcIEEEDC1A
range: Seconds
comment: Voltage regulator time constant iTiisubBsubi gt 0. Typical value 0.

tc
type: ObjectProperty
domain: ExcIEEEDC1A
range: Seconds
comment: Voltage regulator time constant iTiisubCsubi gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcIEEEDC1A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTiisubEsubi gt 0. Typical value 046.

tf
type: ObjectProperty
domain: ExcIEEEDC1A
range: Seconds
comment: Excitation control system stabilizer time constant iTiisubFsubi gt 0. Typical value 1.

vrmax
type: ObjectProperty
domain: ExcIEEEDC1A
range: PU
comment: Maximum voltage regulator output iViisubRMAXsubi gt ExcIEEEDC1A.vrmin. Typical value 1.

vrmin
type: ObjectProperty
domain: ExcIEEEDC1A
range: PU
comment: Minimum voltage regulator output iViisubRMINsubi lt 0 and lt ExcIEEEDC1A.vrmax. Typical value 09.

efd1
type: ObjectProperty
domain: ExcIEEEDC2A
range: PU
comment: Exciter voltage at which exciter saturation is defined iEiisubFD1subi gt 0. Typical value 305.

efd2
type: ObjectProperty
domain: ExcIEEEDC2A
range: PU
comment: Exciter voltage at which exciter saturation is defined iEiisubFD2subi gt 0. Typical value 229.

exclim
type: ObjectProperty
domain: ExcIEEEDC2A
range: PU
comment: iexclimi. IEEE standard is ambiguous about lower limit on exciter output. Typical value 999 which means that there is no limit applied.

ka
type: ObjectProperty
domain: ExcIEEEDC2A
range: PU
comment: Voltage regulator gain iKiisubAsubi gt 0. Typical value 300.

ke
type: ObjectProperty
domain: ExcIEEEDC2A
range: PU
comment: Exciter constant related to selfexcited field iKiisubEsubi. Typical value 1.

kf
type: ObjectProperty
domain: ExcIEEEDC2A
range: PU
comment: Excitation control system stabilizer gain iKiisubFsubi gt 0. Typical value 01.

ta
type: ObjectProperty
domain: ExcIEEEDC2A
range: Seconds
comment: Voltage regulator time constant iTiisubAsubi gt 0. Typical value 001.

tb
type: ObjectProperty
domain: ExcIEEEDC2A
range: Seconds
comment: Voltage regulator time constant iTiisubBsubi gt 0. Typical value 0.

tc
type: ObjectProperty
domain: ExcIEEEDC2A
range: Seconds
comment: Voltage regulator time constant iTiisubCsubi gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcIEEEDC2A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTiisubEsubi gt 0. Typical value 133.

tf
type: ObjectProperty
domain: ExcIEEEDC2A
range: Seconds
comment: Excitation control system stabilizer time constant iTiisubFsubi gt 0. Typical value 0675.

vrmax
type: ObjectProperty
domain: ExcIEEEDC2A
range: PU
comment: Maximum voltage regulator output iViisubRMAXsubigt ExcIEEEDC2A.vrmin. Typical value 495.

vrmin
type: ObjectProperty
domain: ExcIEEEDC2A
range: PU
comment: Minimum voltage regulator output iViisubRMINsubi lt 0 and lt ExcIEEEDC2A.vrmax. Typical value 49.

efd1
type: ObjectProperty
domain: ExcIEEEDC3A
range: PU
comment: Exciter voltage at which exciter saturation is defined iEiisubFD1subi gt 0. Typical value 3375.

efd2
type: ObjectProperty
domain: ExcIEEEDC3A
range: PU
comment: Exciter voltage at which exciter saturation is defined iEiisubFD2subi gt 0. Typical value 315.

ke
type: ObjectProperty
domain: ExcIEEEDC3A
range: PU
comment: Exciter constant related to selfexcited field iKiisubEsubi. Typical value 005.

kv
type: ObjectProperty
domain: ExcIEEEDC3A
range: PU
comment: Fast raiselower contact setting iKiisubVsubi gt 0. Typical value 005.

te
type: ObjectProperty
domain: ExcIEEEDC3A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTiisubEsubi gt 0. Typical value 05.

trh
type: ObjectProperty
domain: ExcIEEEDC3A
range: Seconds
comment: Rheostat travel time iTiisubRHsubi gt 0. Typical value 20.

vrmax
type: ObjectProperty
domain: ExcIEEEDC3A
range: PU
comment: Maximum voltage regulator output iViisubRMAXsubi gt 0. Typical value 1.

vrmin
type: ObjectProperty
domain: ExcIEEEDC3A
range: PU
comment: Minimum voltage regulator output iViisubRMINsubi lt 0. Typical value 0.

efd1
type: ObjectProperty
domain: ExcIEEEDC4B
range: PU
comment: Exciter voltage at which exciter saturation is defined iEiisubFD1subi gt 0. Typical value 175.

efd2
type: ObjectProperty
domain: ExcIEEEDC4B
range: PU
comment: Exciter voltage at which exciter saturation is defined iEiisubFD2subi gt 0. Typical value 233.

ka
type: ObjectProperty
domain: ExcIEEEDC4B
range: PU
comment: Voltage regulator gain iKiisubAsubi gt 0. Typical value 1.

kd
type: ObjectProperty
domain: ExcIEEEDC4B
range: PU
comment: Regulator derivative gain iKiisubDsubi gt 0. Typical value 20.

ke
type: ObjectProperty
domain: ExcIEEEDC4B
range: PU
comment: Exciter constant related to selfexcited field iKiisubEsubi. Typical value 1.

kf
type: ObjectProperty
domain: ExcIEEEDC4B
range: PU
comment: Excitation control system stabilizer gain iKiisubFsubi gt 0. Typical value 0.

ki
type: ObjectProperty
domain: ExcIEEEDC4B
range: PU
comment: Regulator integral gain iKiisubIsubi gt 0. Typical value 20.

kp
type: ObjectProperty
domain: ExcIEEEDC4B
range: PU
comment: Regulator proportional gain iKiisubPsubi gt 0. Typical value 20.

ta
type: ObjectProperty
domain: ExcIEEEDC4B
range: Seconds
comment: Voltage regulator time constant iTiisubAsubi gt 0. Typical value 02.

td
type: ObjectProperty
domain: ExcIEEEDC4B
range: Seconds
comment: Regulator derivative filter time constant iTiisubDsubi gt 0 if ExcIEEEDC4B.kd gt 0. Typical value 001.

te
type: ObjectProperty
domain: ExcIEEEDC4B
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTiisubEsubi gt 0. Typical value 08.

tf
type: ObjectProperty
domain: ExcIEEEDC4B
range: Seconds
comment: Excitation control system stabilizer time constant iTiisubFsubi gt 0. Typical value 1.

vemin
type: ObjectProperty
domain: ExcIEEEDC4B
range: PU
comment: Minimum exciter voltage output iViisubEMINsubi lt 0. Typical value 0.

vrmax
type: ObjectProperty
domain: ExcIEEEDC4B
range: PU
comment: Maximum voltage regulator output iViisubRMAXsubi gt ExcIEEEDC4B.vrmin. Typical value 27.

vrmin
type: ObjectProperty
domain: ExcIEEEDC4B
range: PU
comment: Minimum voltage regulator output iViisubRMINsubi lt 0 and lt ExcIEEEDC4B.vrmax. Typical value 09.

ilr
type: ObjectProperty
domain: ExcIEEEST1A
range: PU
comment: Exciter output current limit reference iIiisubLRsubiii. Typical value 0.

ka
type: ObjectProperty
domain: ExcIEEEST1A
range: PU
comment: Voltage regulator gain iKiisubAsubi gt 0. Typical value 190.

kc
type: ObjectProperty
domain: ExcIEEEST1A
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKiisubCsubi gt 0. Typical value 008.

kf
type: ObjectProperty
domain: ExcIEEEST1A
range: PU
comment: Excitation control system stabilizer gains iKiisubFsubi gt 0. Typical value 0.

klr
type: ObjectProperty
domain: ExcIEEEST1A
range: PU
comment: Exciter output current limiter gain iKiisubLRsubi. Typical value 0.

ta
type: ObjectProperty
domain: ExcIEEEST1A
range: Seconds
comment: Voltage regulator time constant iTiisubAsubi gt 0. Typical value 0.

tb
type: ObjectProperty
domain: ExcIEEEST1A
range: Seconds
comment: Voltage regulator time constant iTiisubBsubi gt 0. Typical value 10.

tb1
type: ObjectProperty
domain: ExcIEEEST1A
range: Seconds
comment: Voltage regulator time constant iTiisubB1subi gt 0. Typical value 0.

tc
type: ObjectProperty
domain: ExcIEEEST1A
range: Seconds
comment: Voltage regulator time constant iTiisubCsubi gt 0. Typical value 1.

tc1
type: ObjectProperty
domain: ExcIEEEST1A
range: Seconds
comment: Voltage regulator time constant iTiisubC1subi gt 0. Typical value 0.

tf
type: ObjectProperty
domain: ExcIEEEST1A
range: Seconds
comment: Excitation control system stabilizer time constant iTiisubFsubi gt 0. Typical value 1.

uelin
type: ObjectProperty
domain: ExcIEEEST1A
range: ExcIEEEST1AUELselectorKind
comment: Selector of the connection of the UEL input iUELini. Typical value ignoreUELsignal.

vamax
type: ObjectProperty
domain: ExcIEEEST1A
range: PU
comment: Maximum voltage regulator output iViisubAMAXsubi gt 0. Typical value 145.

vamin
type: ObjectProperty
domain: ExcIEEEST1A
range: PU
comment: Minimum voltage regulator output iViisubAMINsubi lt 0. Typical value 145.

vimax
type: ObjectProperty
domain: ExcIEEEST1A
range: PU
comment: Maximum voltage regulator input limit iViisubIMAXsubi gt 0. Typical value 999.

vimin
type: ObjectProperty
domain: ExcIEEEST1A
range: PU
comment: Minimum voltage regulator input limit iViisubIMINsubi lt 0. Typical value 999.

vrmax
type: ObjectProperty
domain: ExcIEEEST1A
range: PU
comment: Maximum voltage regulator outputs iViisubRMAXsubi gt 0. Typical value 78.

vrmin
type: ObjectProperty
domain: ExcIEEEST1A
range: PU
comment: Minimum voltage regulator outputs iViisubRMINsubi lt 0. Typical value 67.

efdmax
type: ObjectProperty
domain: ExcIEEEST2A
range: PU
comment: Maximum field voltage iEiisubFDMaxsubi gt 0. Typical value 99.

ka
type: ObjectProperty
domain: ExcIEEEST2A
range: PU
comment: Voltage regulator gain iKiisubAsubi gt 0. Typical value 120.

kc
type: ObjectProperty
domain: ExcIEEEST2A
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKiisubCsubi gt 0. Typical value 182.

ke
type: ObjectProperty
domain: ExcIEEEST2A
range: PU
comment: Exciter constant related to selfexcited field iKiisubEsubi. Typical value 1.

kf
type: ObjectProperty
domain: ExcIEEEST2A
range: PU
comment: Excitation control system stabilizer gains iKiisubFsubi gt 0. Typical value 005.

ki
type: ObjectProperty
domain: ExcIEEEST2A
range: PU
comment: Potential circuit gain coefficient iKiisubIsubi gt 0. Typical value 8.

kp
type: ObjectProperty
domain: ExcIEEEST2A
range: PU
comment: Potential circuit gain coefficient iKiisubPsubi gt 0. Typical value 488.

ta
type: ObjectProperty
domain: ExcIEEEST2A
range: Seconds
comment: Voltage regulator time constant iTiisubAsubi gt 0. Typical value 015.

te
type: ObjectProperty
domain: ExcIEEEST2A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTiisubEsubi gt 0. Typical value 05.

tf
type: ObjectProperty
domain: ExcIEEEST2A
range: Seconds
comment: Excitation control system stabilizer time constant iTiisubFsubi gt 0. Typical value 1.

vrmax
type: ObjectProperty
domain: ExcIEEEST2A
range: PU
comment: Maximum voltage regulator outputs iViisubRMAXsubi gt 0. Typical value 1.

vrmin
type: ObjectProperty
domain: ExcIEEEST2A
range: PU
comment: Minimum voltage regulator outputs iViisubRMINsubi lt 0. Typical value 0.

ka
type: ObjectProperty
domain: ExcIEEEST3A
range: PU
comment: Voltage regulator gain iKiisubAsubi gt 0. This is parameter iKi in the IEEE standard. Typical value 200.

kc
type: ObjectProperty
domain: ExcIEEEST3A
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKiisubCsubi gt 0. Typical value 02.

kg
type: ObjectProperty
domain: ExcIEEEST3A
range: PU
comment: Feedback gain constant of the inner loop field regulator iKiisubGsubi gt 0. Typical value 1.

ki
type: ObjectProperty
domain: ExcIEEEST3A
range: PU
comment: Potential circuit gain coefficient iKiisubIsubi gt 0. Typical value 0.

km
type: ObjectProperty
domain: ExcIEEEST3A
range: PU
comment: Forward gain constant of the inner loop field regulator iKiisubMsubi gt 0. Typical value 793.

kp
type: ObjectProperty
domain: ExcIEEEST3A
range: PU
comment: Potential circuit gain coefficient iKiisubPsubi gt 0. Typical value 615.

ta
type: ObjectProperty
domain: ExcIEEEST3A
range: Seconds
comment: Voltage regulator time constant iTiisubAsubi gt 0. Typical value 0.

tb
type: ObjectProperty
domain: ExcIEEEST3A
range: Seconds
comment: Voltage regulator time constant iTiisubBsubi gt 0. Typical value 10.

tc
type: ObjectProperty
domain: ExcIEEEST3A
range: Seconds
comment: Voltage regulator time constant iTiisubCsubi gt 0. Typical value 1.

thetap
type: ObjectProperty
domain: ExcIEEEST3A
range: AngleDegrees
comment: Potential circuit phase angle ithetapi. Typical value 0.

tm
type: ObjectProperty
domain: ExcIEEEST3A
range: Seconds
comment: Forward time constant of inner loop field regulator iTiisubMsubi gt 0. Typical value 04.

vbmax
type: ObjectProperty
domain: ExcIEEEST3A
range: PU
comment: Maximum excitation voltage iViisubBMaxsubi gt 0. Typical value 69.

vgmax
type: ObjectProperty
domain: ExcIEEEST3A
range: PU
comment: Maximum inner loop feedback voltage iViisubGMaxsubi gt 0. Typical value 58.

vimax
type: ObjectProperty
domain: ExcIEEEST3A
range: PU
comment: Maximum voltage regulator input limit iViisubIMAXsubi gt 0. Typical value 02.

vimin
type: ObjectProperty
domain: ExcIEEEST3A
range: PU
comment: Minimum voltage regulator input limit iViisubIMINsubi lt 0. Typical value 02.

vmmax
type: ObjectProperty
domain: ExcIEEEST3A
range: PU
comment: Maximum inner loop output iViisubMMaxsubi gt 0. Typical value 1.

vmmin
type: ObjectProperty
domain: ExcIEEEST3A
range: PU
comment: Minimum inner loop output iViisubMMinsubi lt 0. Typical value 0.

vrmax
type: ObjectProperty
domain: ExcIEEEST3A
range: PU
comment: Maximum voltage regulator output iViisubRMAXsubi gt 0. Typical value 10.

vrmin
type: ObjectProperty
domain: ExcIEEEST3A
range: PU
comment: Minimum voltage regulator output iViisubRMINsubi lt 0. Typical value 10.

xl
type: ObjectProperty
domain: ExcIEEEST3A
range: PU
comment: Reactance associated with potential source iXiisubLsubi gt 0. Typical value 0081.

kc
type: ObjectProperty
domain: ExcIEEEST4B
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKiisubCsubi gt 0. Typical value 0113.

kg
type: ObjectProperty
domain: ExcIEEEST4B
range: PU
comment: Feedback gain constant of the inner loop field regulator iKiisubGsubi gt 0. Typical value 0.

ki
type: ObjectProperty
domain: ExcIEEEST4B
range: PU
comment: Potential circuit gain coefficient iKiisubIsubi gt 0. Typical value 0.

kim
type: ObjectProperty
domain: ExcIEEEST4B
range: PU
comment: Voltage regulator integral gain output iKiisubIMsubi. Typical value 0.

kir
type: ObjectProperty
domain: ExcIEEEST4B
range: PU
comment: Voltage regulator integral gain iKiisubIRsubi. Typical value 1075.

kp
type: ObjectProperty
domain: ExcIEEEST4B
range: PU
comment: Potential circuit gain coefficient iKiisubPsubi gt 0. Typical value 93.

kpm
type: ObjectProperty
domain: ExcIEEEST4B
range: PU
comment: Voltage regulator proportional gain output iKiisubPMsubi. Typical value 1.

kpr
type: ObjectProperty
domain: ExcIEEEST4B
range: PU
comment: Voltage regulator proportional gain iKiisubPRsubi. Typical value 1075.

ta
type: ObjectProperty
domain: ExcIEEEST4B
range: Seconds
comment: Voltage regulator time constant iTiisubAsubi gt 0. Typical value 002.

thetap
type: ObjectProperty
domain: ExcIEEEST4B
range: AngleDegrees
comment: Potential circuit phase angle ithetapi. Typical value 0.

vbmax
type: ObjectProperty
domain: ExcIEEEST4B
range: PU
comment: Maximum excitation voltage iViisubBMaxsubi gt 0. Typical value 1163.

vmmax
type: ObjectProperty
domain: ExcIEEEST4B
range: PU
comment: Maximum inner loop output iViisubMMaxsubi gt ExcIEEEST4B.vmmin. Typical value 99.

vmmin
type: ObjectProperty
domain: ExcIEEEST4B
range: PU
comment: Minimum inner loop output iViisubMMinsubi lt ExcIEEEST4B.vmmax. Typical value 99.

vrmax
type: ObjectProperty
domain: ExcIEEEST4B
range: PU
comment: Maximum voltage regulator output iViisubRMAXsubi gt 0. Typical value 1.

vrmin
type: ObjectProperty
domain: ExcIEEEST4B
range: PU
comment: Minimum voltage regulator output iViisubRMINsubi lt 0. Typical value 087.

xl
type: ObjectProperty
domain: ExcIEEEST4B
range: PU
comment: Reactance associated with potential source iXiisubLsubi gt 0. Typical value 0124.

kc
type: ObjectProperty
domain: ExcIEEEST5B
range: PU
comment: Rectifier regulation factor iKiisubCsubi gt 0. Typical value 0004.

kr
type: ObjectProperty
domain: ExcIEEEST5B
range: PU
comment: Regulator gain iKiisubRsubi gt 0. Typical value 200.

t1
type: ObjectProperty
domain: ExcIEEEST5B
range: Seconds
comment: Firing circuit time constant iT1i gt 0. Typical value 0004.

tb1
type: ObjectProperty
domain: ExcIEEEST5B
range: Seconds
comment: Regulator lag time constant iTiisubB1subi gt 0. Typical value 6.

tb2
type: ObjectProperty
domain: ExcIEEEST5B
range: Seconds
comment: Regulator lag time constant iTiisubB2subi gt 0. Typical value 001.

tc1
type: ObjectProperty
domain: ExcIEEEST5B
range: Seconds
comment: Regulator lead time constant iTiisubC1subi gt 0. Typical value 08.

tc2
type: ObjectProperty
domain: ExcIEEEST5B
range: Seconds
comment: Regulator lead time constant iTiisubC2subi gt 0. Typical value 008.

tob1
type: ObjectProperty
domain: ExcIEEEST5B
range: Seconds
comment: OEL lag time constant iTiisubOB1subi gt 0. Typical value 2.

tob2
type: ObjectProperty
domain: ExcIEEEST5B
range: Seconds
comment: OEL lag time constant iTiisubOB2subi gt 0. Typical value 008.

toc1
type: ObjectProperty
domain: ExcIEEEST5B
range: Seconds
comment: OEL lead time constant iTiisubOC1subi gt 0. Typical value 01.

toc2
type: ObjectProperty
domain: ExcIEEEST5B
range: Seconds
comment: OEL lead time constant iTiisubOC2subi gt 0. Typical value 008.

tub1
type: ObjectProperty
domain: ExcIEEEST5B
range: Seconds
comment: UEL lag time constant iTiisubUB1subi gt 0. Typical value 10.

tub2
type: ObjectProperty
domain: ExcIEEEST5B
range: Seconds
comment: UEL lag time constant iTiisubUB2subi gt 0. Typical value 005.

tuc1
type: ObjectProperty
domain: ExcIEEEST5B
range: Seconds
comment: UEL lead time constant iTiisubUC1subi gt 0. Typical value 2.

tuc2
type: ObjectProperty
domain: ExcIEEEST5B
range: Seconds
comment: UEL lead time constant iTiisubUC2subi gt 0. Typical value 01.

vrmax
type: ObjectProperty
domain: ExcIEEEST5B
range: PU
comment: Maximum voltage regulator output iViisubRMAXsubi gt 0. Typical value 5.

vrmin
type: ObjectProperty
domain: ExcIEEEST5B
range: PU
comment: Minimum voltage regulator output iViisubRMINsubi lt 0. Typical value 4.

ilr
type: ObjectProperty
domain: ExcIEEEST6B
range: PU
comment: Exciter output current limit reference iIiisubLRsubi gt 0. Typical value 4164.

kci
type: ObjectProperty
domain: ExcIEEEST6B
range: PU
comment: Exciter output current limit adjustment iKiisubCIsubi gt 0. Typical value 10577.

kff
type: ObjectProperty
domain: ExcIEEEST6B
range: PU
comment: Precontrol gain constant of the inner loop field regulator iKiisubFFsubi. Typical value 1.

kg
type: ObjectProperty
domain: ExcIEEEST6B
range: PU
comment: Feedback gain constant of the inner loop field regulator iKiisubGsubi gt 0. Typical value 1.

kia
type: ObjectProperty
domain: ExcIEEEST6B
range: PU
comment: Voltage regulator integral gain iKiisubIAsubi gt 0. Typical value 45094.

klr
type: ObjectProperty
domain: ExcIEEEST6B
range: PU
comment: Exciter output current limiter gain iKiisubLRsubi gt 0. Typical value 1733.

km
type: ObjectProperty
domain: ExcIEEEST6B
range: PU
comment: Forward gain constant of the inner loop field regulator iKiisubMsubi. Typical value 1.

kpa
type: ObjectProperty
domain: ExcIEEEST6B
range: PU
comment: Voltage regulator proportional gain uKuusubPAsubu gt 0. Typical value 18038.

oelin
type: ObjectProperty
domain: ExcIEEEST6B
range: ExcST6BOELselectorKind
comment: OEL input selector iOELini. Typical value noOELinput.

tg
type: ObjectProperty
domain: ExcIEEEST6B
range: Seconds
comment: Feedback time constant of inner loop field voltage regulator iTiisubGsubi gt 0. Typical value 002.

vamax
type: ObjectProperty
domain: ExcIEEEST6B
range: PU
comment: Maximum voltage regulator output VisubAMAXsubi gt 0. Typical value 481.

vamin
type: ObjectProperty
domain: ExcIEEEST6B
range: PU
comment: Minimum voltage regulator output iViisubAMINsubi lt 0. Typical value 385.

vrmax
type: ObjectProperty
domain: ExcIEEEST6B
range: PU
comment: Maximum voltage regulator output iViisubRMAXsubi gt 0. Typical value 481.

vrmin
type: ObjectProperty
domain: ExcIEEEST6B
range: PU
comment: Minimum voltage regulator output iViisubRMINsubi lt 0. Typical value 385.

kh
type: ObjectProperty
domain: ExcIEEEST7B
range: PU
comment: Highvalue gate feedback gain iKiisubHsubi gt 0. Typical value 1.

kia
type: ObjectProperty
domain: ExcIEEEST7B
range: PU
comment: Voltage regulator integral gain iKiisubIAsubi gt 0. Typical value 1.

kl
type: ObjectProperty
domain: ExcIEEEST7B
range: PU
comment: Lowvalue gate feedback gain iKiisubLsubi gt 0. Typical value 1.

kpa
type: ObjectProperty
domain: ExcIEEEST7B
range: PU
comment: Voltage regulator proportional gain iKiisubPAsubi gt 0. Typical value 40.

oelin
type: ObjectProperty
domain: ExcIEEEST7B
range: ExcST7BOELselectorKind
comment: OEL input selector iOELini. Typical value noOELinput.

tb
type: ObjectProperty
domain: ExcIEEEST7B
range: Seconds
comment: Regulator lag time constant iTiisubBsubi gt 0. Typical value 1.

tc
type: ObjectProperty
domain: ExcIEEEST7B
range: Seconds
comment: Regulator lead time constant iTiisubCsubi gt 0. Typical value 1.

tf
type: ObjectProperty
domain: ExcIEEEST7B
range: Seconds
comment: Excitation control system stabilizer time constant iTiisubFsubi gt 0. Typical value 1.

tg
type: ObjectProperty
domain: ExcIEEEST7B
range: Seconds
comment: Feedback time constant of inner loop field voltage regulator iTiisubGsubi gt 0. Typical value 1.

tia
type: ObjectProperty
domain: ExcIEEEST7B
range: Seconds
comment: Feedback time constant iTiisubIAsubi gt 0. Typical value 3.

uelin
type: ObjectProperty
domain: ExcIEEEST7B
range: ExcST7BUELselectorKind
comment: UEL input selector iUELini. Typical value noUELinput.

vmax
type: ObjectProperty
domain: ExcIEEEST7B
range: PU
comment: Maximum voltage reference signal iViisubMAXsubi gt 0 and gt ExcIEEEST7B.vmin. Typical value 11.

vmin
type: ObjectProperty
domain: ExcIEEEST7B
range: PU
comment: Minimum voltage reference signal iViisubMINsubi gt 0 and lt ExcIEEEST7B.vmax. Typical value 09.

vrmax
type: ObjectProperty
domain: ExcIEEEST7B
range: PU
comment: Maximum voltage regulator output iViisubRMAXsubi gt 0. Typical value 5.

vrmin
type: ObjectProperty
domain: ExcIEEEST7B
range: PU
comment: Minimum voltage regulator output iViisubRMINsubi lt 0. Typical value 45.

ka
type: ObjectProperty
domain: ExcNI
range: PU
comment: Voltage regulator gain iKai gt 0. Typical value 210.

kf
type: ObjectProperty
domain: ExcNI
range: PU
comment: Excitation control system stabilizer gain iKfi gt 0. Typical value 001.

r
type: ObjectProperty
domain: ExcNI
range: PU
comment: irci irfdi iRi gt 0. 0 means exciter has negative current capabilitygt 0 means exciter does not have negative current capability. Typical value 5.

ta
type: ObjectProperty
domain: ExcNI
range: Seconds
comment: Voltage regulator time constant iTai gt 0. Typical value 002.

tf1
type: ObjectProperty
domain: ExcNI
range: Seconds
comment: Excitation control system stabilizer time constant iTf1i gt 0. Typical value 10.

tf2
type: ObjectProperty
domain: ExcNI
range: Seconds
comment: Excitation control system stabilizer time constant iTf2i gt 0. Typical value 01.

tr
type: ObjectProperty
domain: ExcNI
range: Seconds
comment: Time constant iTri gt 0. Typical value 002.

vrmax
type: ObjectProperty
domain: ExcNI
range: PU
comment: Maximum voltage regulator ouput iVrmaxi gt ExcNI.vrmin. Typical value 50.

vrmin
type: ObjectProperty
domain: ExcNI
range: PU
comment: Minimum voltage regulator ouput iVrmini lt ExcNI.vrmax. Typical value 20.

e1
type: ObjectProperty
domain: ExcOEX3T
range: PU
comment: Saturation parameter iEiisub1subi.

e2
type: ObjectProperty
domain: ExcOEX3T
range: PU
comment: Saturation parameter iEiisub2subi.

ka
type: ObjectProperty
domain: ExcOEX3T
range: PU
comment: Gain iKiisubAsubi.

kc
type: ObjectProperty
domain: ExcOEX3T
range: PU
comment: Gain iKiisubCsubi.

kd
type: ObjectProperty
domain: ExcOEX3T
range: PU
comment: Gain iKiisubDsubi.

ke
type: ObjectProperty
domain: ExcOEX3T
range: PU
comment: Gain iKiisubEsubi.

kf
type: ObjectProperty
domain: ExcOEX3T
range: PU
comment: Gain iKiisubFsubi.

see1
type: ObjectProperty
domain: ExcOEX3T
range: PU
comment: Saturation parameter iSiisubEsubiiEiisub1subiii.

see2
type: ObjectProperty
domain: ExcOEX3T
range: PU
comment: Saturation parameter iSiisubEsubiiEiisub2subiii.

t1
type: ObjectProperty
domain: ExcOEX3T
range: Seconds
comment: Time constant iTiisub1subi gt 0.

t2
type: ObjectProperty
domain: ExcOEX3T
range: Seconds
comment: Time constant iTiisub2subi gt 0.

t3
type: ObjectProperty
domain: ExcOEX3T
range: Seconds
comment: Time constant iTiisub3subi gt 0.

t4
type: ObjectProperty
domain: ExcOEX3T
range: Seconds
comment: Time constant iTiisub4subi gt 0.

t5
type: ObjectProperty
domain: ExcOEX3T
range: Seconds
comment: Time constant iTiisub5subi gt 0.

t6
type: ObjectProperty
domain: ExcOEX3T
range: Seconds
comment: Time constant iTiisub6subi gt 0.

te
type: ObjectProperty
domain: ExcOEX3T
range: Seconds
comment: Time constant iTiisubEsubi gt 0.

tf
type: ObjectProperty
domain: ExcOEX3T
range: Seconds
comment: Time constant iTiisubFsubi gt 0.

vrmax
type: ObjectProperty
domain: ExcOEX3T
range: PU
comment: Limiter iViisubRMAXsubi gt ExcOEX3T.vrmin.

vrmin
type: ObjectProperty
domain: ExcOEX3T
range: PU
comment: Limiter iViisubRMINsubi lt ExcOEX3T.vrmax.

e1
type: ObjectProperty
domain: ExcPIC
range: PU
comment: Field voltage value 1 iEiisub1subi. Typical value 0.

e2
type: ObjectProperty
domain: ExcPIC
range: PU
comment: Field voltage value 2 iEiisub2subi. Typical value 0.

efdmax
type: ObjectProperty
domain: ExcPIC
range: PU
comment: Exciter maximum limit iEiisubfdmaxsubi gt ExcPIC.efdmin. Typical value 8.

efdmin
type: ObjectProperty
domain: ExcPIC
range: PU
comment: Exciter minimum limit iEiisubfdminsubi lt ExcPIC.efdmax. Typical value 087.

ka
type: ObjectProperty
domain: ExcPIC
range: PU
comment: PI controller gain iKiisubasubi. Typical value 315.

kc
type: ObjectProperty
domain: ExcPIC
range: PU
comment: Exciter regulation factor iKiisubcsubi. Typical value 008.

ke
type: ObjectProperty
domain: ExcPIC
range: PU
comment: Exciter constant iKiisubesubi. Typical value 0.

kf
type: ObjectProperty
domain: ExcPIC
range: PU
comment: Rate feedback gain iKiisubfsubi. Typical value 0.

ki
type: ObjectProperty
domain: ExcPIC
range: PU
comment: Current source gain iKiisubisubi. Typical value 0.

kp
type: ObjectProperty
domain: ExcPIC
range: PU
comment: Potential source gain iKiisubpsubi. Typical value 65.

se1
type: ObjectProperty
domain: ExcPIC
range: PU
comment: Saturation factor at iEiisub1subi iSeiisub1subi. Typical value 0.

se2
type: ObjectProperty
domain: ExcPIC
range: PU
comment: Saturation factor at iEiisub2subi iSeiisub2subi. Typical value 0.

ta1
type: ObjectProperty
domain: ExcPIC
range: Seconds
comment: PI controller time constant iTiisuba1subi gt 0. Typical value 1.

ta2
type: ObjectProperty
domain: ExcPIC
range: Seconds
comment: Voltage regulator time constant iTiisuba2subi gt 0. Typical value 001.

ta3
type: ObjectProperty
domain: ExcPIC
range: Seconds
comment: Lead time constant iTiisuba3subi gt 0. Typical value 0.

ta4
type: ObjectProperty
domain: ExcPIC
range: Seconds
comment: Lag time constant iTiisuba4subi gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcPIC
range: Seconds
comment: Exciter time constant iTiisubesubi gt 0. Typical value 0.

tf1
type: ObjectProperty
domain: ExcPIC
range: Seconds
comment: Rate feedback time constant iTiisubf1subi gt 0. Typical value 0.

tf2
type: ObjectProperty
domain: ExcPIC
range: Seconds
comment: Rate feedback lag time constant iTiisubf2subi gt 0. Typical value 0.

vr1
type: ObjectProperty
domain: ExcPIC
range: PU
comment: PI maximum limit iViisubr1subi. Typical value 1.

vr2
type: ObjectProperty
domain: ExcPIC
range: PU
comment: PI minimum limit iViisubr2subi. Typical value 087.

vrmax
type: ObjectProperty
domain: ExcPIC
range: PU
comment: Voltage regulator maximum limit iViisubrmaxsubi gt ExcPIC.vrmin. Typical value 1.

vrmin
type: ObjectProperty
domain: ExcPIC
range: PU
comment: Voltage regulator minimum limit iViisubrminsubi lt ExcPIC.vrmax. Typical value 087.

e1
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Field voltage value 1 iEiisub1subi. Typical value 3.

e2
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Field voltage value 2 iEiisub2subi. Typical value 4.

fbf
type: ObjectProperty
domain: ExcREXS
range: ExcREXSFeedbackSignalKind
comment: Rate feedback signal flag ifbfi. Typical value fieldCurrent.

flimf
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Limit type flag iFlimfi. Typical value 0.

kc
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Rectifier regulation factor iKci. Typical value 005.

kd
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Exciter regulation factor iKdi. Typical value 2.

ke
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Exciter field proportional constant iKei. Typical value 1.

kefd
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Field voltage feedback gain iKefdi. Typical value 0.

kf
type: ObjectProperty
domain: ExcREXS
range: Seconds
comment: Rate feedback gain iKfi gt 0. Typical value 005.

kh
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Field voltage controller feedback gain iKhi. Typical value 0.

kii
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Field current regulator integral gain iKiii. Typical value 0.

kip
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Field current regulator proportional gain iKipi. Typical value 1.

ks
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Coefficient to allow different usage of the modelspeed coefficient iKsi. Typical value 0.

kvi
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Voltage regulator integral gain iKvii. Typical value 0.

kvp
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Voltage regulator proportional gain iKvpi. Typical value 2800.

kvphz
type: ObjectProperty
domain: ExcREXS
range: PU
comment: VHz limiter gain iKvphzi. Typical value 0.

nvphz
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Pickup speed of VHz limiter iNvphzi. Typical value 0.

se1
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Saturation factor at iEiisub1subii iiSeiisub1subi. Typical value 00001.

se2
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Saturation factor at iEiisub2subi iSeiisub2subi. Typical value 0001.

ta
type: ObjectProperty
domain: ExcREXS
range: Seconds
comment: Voltage regulator time constant iTai gt 0. If 0 block is bypassed. Typical value 001.

tb1
type: ObjectProperty
domain: ExcREXS
range: Seconds
comment: Lag time constant iTb1i gt 0. If 0 block is bypassed. Typical value 0.

tb2
type: ObjectProperty
domain: ExcREXS
range: Seconds
comment: Lag time constant iTb2i gt 0. If 0 block is bypassed. Typical value 0.

tc1
type: ObjectProperty
domain: ExcREXS
range: Seconds
comment: Lead time constant iTc1i gt 0. Typical value 0.

tc2
type: ObjectProperty
domain: ExcREXS
range: Seconds
comment: Lead time constant iTc2i gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcREXS
range: Seconds
comment: Exciter field time constant iTei gt 0. Typical value 12.

tf
type: ObjectProperty
domain: ExcREXS
range: Seconds
comment: Rate feedback time constant iTfi gt 0. If 0 the feedback path is not used. Typical value 1.

tf1
type: ObjectProperty
domain: ExcREXS
range: Seconds
comment: Feedback lead time constant iTf1i gt 0. Typical value 0.

tf2
type: ObjectProperty
domain: ExcREXS
range: Seconds
comment: Feedback lag time constant iTf2i gt 0. If 0 block is bypassed. Typical value 0.

tp
type: ObjectProperty
domain: ExcREXS
range: Seconds
comment: Field current bridge time constant iTpi gt 0. Typical value 0.

vcmax
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Maximum compounding voltage iVcmaxi. Typical value 0.

vfmax
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Maximum exciter field current iVfmaxi gt ExcREXS.vfmin. Typical value 47.

vfmin
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Minimum exciter field current iVfmini lt ExcREXS.vfmax. Typical value 20.

vimax
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Voltage regulator input limit iVimaxi. Typical value 01.

vrmax
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Maximum controller output Virmaxi gt ExcREXS.vrmin. Typical value 47.

vrmin
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Minimum controller output iVrmini lt ExcREXS.vrmax. Typical value 20.

xc
type: ObjectProperty
domain: ExcREXS
range: PU
comment: Exciter compounding reactance iXci. Typical value 0.

lsat
type: ObjectProperty
domain: ExcRQB
range: PU
comment: Integrator limiter iLSATi. Typical value 573.

lus
type: ObjectProperty
domain: ExcRQB
range: PU
comment: Setpoint iLUSi. Typical value 012.

mesu
type: ObjectProperty
domain: ExcRQB
range: Seconds
comment: Voltage input time constant iMESUi gt 0. Typical value 002.

t4m
type: ObjectProperty
domain: ExcRQB
range: Seconds
comment: Input time constant iT4Mi gt 0. Typical value 5.

tc
type: ObjectProperty
domain: ExcRQB
range: Seconds
comment: Lead lag time constant iTCi gt 0. Typical value 002.

te
type: ObjectProperty
domain: ExcRQB
range: Seconds
comment: Lead lag time constant iTEi gt 0. Typical value 022.

tf
type: ObjectProperty
domain: ExcRQB
range: Seconds
comment: Exciter time constant iTFi gt 0. Typical value 001.

ucmax
type: ObjectProperty
domain: ExcRQB
range: PU
comment: Maximum voltage reference limit iUCMAXi gt ExcRQB.ucmin. Typical value 11.

ucmin
type: ObjectProperty
domain: ExcRQB
range: PU
comment: Minimum voltage reference limit iUCMINi lt ExcRQB.ucmax. Typical value 09.

emax
type: ObjectProperty
domain: ExcSCRX
range: PU
comment: Maximum field voltage output iEmaxi gt ExcSCRX.emin. Typical value 5.

emin
type: ObjectProperty
domain: ExcSCRX
range: PU
comment: Minimum field voltage output iEmini lt ExcSCRX.emax. Typical value 0.

k
type: ObjectProperty
domain: ExcSCRX
range: PU
comment: Gain iKi gt 0. Typical value 200.

tb
type: ObjectProperty
domain: ExcSCRX
range: Seconds
comment: Denominator time constant of laglead block iTbi gt 0. Typical value 10.

te
type: ObjectProperty
domain: ExcSCRX
range: Seconds
comment: Time constant of gain block iTei gt 0. Typical value 002.

efdmax
type: ObjectProperty
domain: ExcSEXS
range: PU
comment: Field voltage clipping maximum limit iEfdmaxi gt ExcSEXS.efdmin. Typical value 5.

efdmin
type: ObjectProperty
domain: ExcSEXS
range: PU
comment: Field voltage clipping minimum limit iEfdmini lt ExcSEXS.efdmax. Typical value 5.

emax
type: ObjectProperty
domain: ExcSEXS
range: PU
comment: Maximum field voltage output iEmaxi gt ExcSEXS.emin. Typical value 5.

emin
type: ObjectProperty
domain: ExcSEXS
range: PU
comment: Minimum field voltage output iEmini lt ExcSEXS.emax. Typical value 5.

k
type: ObjectProperty
domain: ExcSEXS
range: PU
comment: Gain iKi gt 0. Typical value 100.

kc
type: ObjectProperty
domain: ExcSEXS
range: PU
comment: PI controller gain iKci gt 0 if ExcSEXS.tc gt 0. Typical value 008.

tb
type: ObjectProperty
domain: ExcSEXS
range: Seconds
comment: Denominator time constant of laglead block iTbi gt 0. Typical value 10.

tc
type: ObjectProperty
domain: ExcSEXS
range: Seconds
comment: PI controller phase lead time constant iTci gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcSEXS
range: Seconds
comment: Time constant of gain block iTei gt 0. Typical value 005.

efdmax
type: ObjectProperty
domain: ExcSK
range: PU
comment: Field voltage clipping upper level limit iEfdmaxi gt ExcSK.efdmin.

efdmin
type: ObjectProperty
domain: ExcSK
range: PU
comment: Field voltage clipping lower level limit iEfdmini lt ExcSK.efdmax.

emax
type: ObjectProperty
domain: ExcSK
range: PU
comment: Maximum field voltage output iEmaxi gt ExcSK.emin. Typical value 20.

emin
type: ObjectProperty
domain: ExcSK
range: PU
comment: Minimum field voltage output iEmini lt ExcSK.emax. Typical value 20.

k
type: ObjectProperty
domain: ExcSK
range: PU
comment: Gain iKi. Typical value 1.

k1
type: ObjectProperty
domain: ExcSK
range: PU
comment: Parameter of underexcitation limit iK1i. Typical value 01364.

k2
type: ObjectProperty
domain: ExcSK
range: PU
comment: Parameter of underexcitation limit iK2i. Typical value 03861.

kc
type: ObjectProperty
domain: ExcSK
range: PU
comment: PI controller gain iKci. Typical value 70.

kce
type: ObjectProperty
domain: ExcSK
range: PU
comment: Rectifier regulation factor iKcei. Typical value 0.

kd
type: ObjectProperty
domain: ExcSK
range: PU
comment: Exciter internal reactance iKdi. Typical value 0.

kgob
type: ObjectProperty
domain: ExcSK
range: PU
comment: P controller gain iKgobi. Typical value 10.

kp
type: ObjectProperty
domain: ExcSK
range: PU
comment: PI controller gain iKpi. Typical value 1.

kqi
type: ObjectProperty
domain: ExcSK
range: PU
comment: PI controller gain of integral component iKqii. Typical value 0.

kqob
type: ObjectProperty
domain: ExcSK
range: PU
comment: Rate of rise of the reactive power iKqobi.

kqp
type: ObjectProperty
domain: ExcSK
range: PU
comment: PI controller gain iKqpi. Typical value 0.

nq
type: ObjectProperty
domain: ExcSK
range: PU
comment: Deadband of reactive power inqi. Determines the range of sensitivity. Typical value 0001.

qz
type: ObjectProperty
domain: ExcSK
range: PU
comment: Desired value setpoint of reactive power manual setting iQzi.

sbase
type: ObjectProperty
domain: ExcSK
range: ApparentPower
comment: Apparent power of the unit iSbasei gt 0. Unit MVA. Typical value 259.

tc
type: ObjectProperty
domain: ExcSK
range: Seconds
comment: PI controller phase lead time constant iTci gt 0. Typical value 8.

te
type: ObjectProperty
domain: ExcSK
range: Seconds
comment: Time constant of gain block iTei gt 0. Typical value 01.

ti
type: ObjectProperty
domain: ExcSK
range: Seconds
comment: PI controller phase lead time constant iTii gt 0. Typical value 2.

tp
type: ObjectProperty
domain: ExcSK
range: Seconds
comment: Time constant iTpi gt 0. Typical value 01.

tr
type: ObjectProperty
domain: ExcSK
range: Seconds
comment: Voltage transducer time constant iTri gt 0. Typical value 001.

uimax
type: ObjectProperty
domain: ExcSK
range: PU
comment: Maximum error iUImaxi gt ExcSK.uimin. Typical value 10.

uimin
type: ObjectProperty
domain: ExcSK
range: PU
comment: Minimum error iUImini lt ExcSK.uimax. Typical value 10.

urmax
type: ObjectProperty
domain: ExcSK
range: PU
comment: Maximum controller output iURmaxi gt ExcSK.urmin. Typical value 10.

urmin
type: ObjectProperty
domain: ExcSK
range: PU
comment: Minimum controller output iURmini lt ExcSK.urmax. Typical value 10.

vtmax
type: ObjectProperty
domain: ExcSK
range: PU
comment: Maximum terminal voltage input iVtmaxi gt ExcSK.vtmin. Determines the range of voltage deadband. Typical value 105.

vtmin
type: ObjectProperty
domain: ExcSK
range: PU
comment: Minimum terminal voltage input iVtmini lt ExcSK.vtmax. Determines the range of voltage deadband. Typical value 095.

yp
type: ObjectProperty
domain: ExcSK
range: PU
comment: Maximum output iYpi. Typical value 1.

ilr
type: ObjectProperty
domain: ExcST1A
range: PU
comment: Exciter output current limit reference iIlri. Typical value 0.

ka
type: ObjectProperty
domain: ExcST1A
range: PU
comment: Voltage regulator gain iKai gt 0. Typical value 190.

kc
type: ObjectProperty
domain: ExcST1A
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKci gt 0. Typical value 005.

kf
type: ObjectProperty
domain: ExcST1A
range: PU
comment: Excitation control system stabilizer gains iKfi gt 0. Typical value 0.

klr
type: ObjectProperty
domain: ExcST1A
range: PU
comment: Exciter output current limiter gain iKlri. Typical value 0.

ta
type: ObjectProperty
domain: ExcST1A
range: Seconds
comment: Voltage regulator time constant iTai gt 0. Typical value 002.

tb
type: ObjectProperty
domain: ExcST1A
range: Seconds
comment: Voltage regulator time constant iTbi gt 0. Typical value 10.

tb1
type: ObjectProperty
domain: ExcST1A
range: Seconds
comment: Voltage regulator time constant iTb1i gt 0. Typical value 0.

tc
type: ObjectProperty
domain: ExcST1A
range: Seconds
comment: Voltage regulator time constant iTci gt 0. Typical value 1.

tc1
type: ObjectProperty
domain: ExcST1A
range: Seconds
comment: Voltage regulator time constant iTc1i gt 0. Typical value 0.

tf
type: ObjectProperty
domain: ExcST1A
range: Seconds
comment: Excitation control system stabilizer time constant iTfi gt 0. Typical value 1.

vamax
type: ObjectProperty
domain: ExcST1A
range: PU
comment: Maximum voltage regulator output iVamaxi gt 0. Typical value 999.

vamin
type: ObjectProperty
domain: ExcST1A
range: PU
comment: Minimum voltage regulator output iVamini lt 0. Typical value 999.

vimax
type: ObjectProperty
domain: ExcST1A
range: PU
comment: Maximum voltage regulator input limit iVimaxi gt 0. Typical value 999.

vimin
type: ObjectProperty
domain: ExcST1A
range: PU
comment: Minimum voltage regulator input limit iVimini lt 0. Typical value 999.

vrmax
type: ObjectProperty
domain: ExcST1A
range: PU
comment: Maximum voltage regulator outputs iVrmaxi gt 0 . Typical value 78.

vrmin
type: ObjectProperty
domain: ExcST1A
range: PU
comment: Minimum voltage regulator outputs iVrmini lt 0. Typical value 67.

xe
type: ObjectProperty
domain: ExcST1A
range: PU
comment: Excitation xfmr effective reactance iXei. Typical value 004.

efdmax
type: ObjectProperty
domain: ExcST2A
range: PU
comment: Maximum field voltage iEfdmaxi gt 0. Typical value 99.

ka
type: ObjectProperty
domain: ExcST2A
range: PU
comment: Voltage regulator gain iKai gt 0. Typical value 120.

kc
type: ObjectProperty
domain: ExcST2A
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKci gt 0. Typical value 182.

ke
type: ObjectProperty
domain: ExcST2A
range: PU
comment: Exciter constant related to selfexcited field iKei. Typical value 1.

kf
type: ObjectProperty
domain: ExcST2A
range: PU
comment: Excitation control system stabilizer gains ikfi gt 0. Typical value 005.

ki
type: ObjectProperty
domain: ExcST2A
range: PU
comment: Potential circuit gain coefficient iKiisubisubi gt 0. Typical value 8.

kp
type: ObjectProperty
domain: ExcST2A
range: PU
comment: Potential circuit gain coefficient iKiisubpsubi gt 0. Typical value 488.

ta
type: ObjectProperty
domain: ExcST2A
range: Seconds
comment: Voltage regulator time constant iTai gt 0. Typical value 015.

tb
type: ObjectProperty
domain: ExcST2A
range: Seconds
comment: Voltage regulator time constant iTbi gt 0. Typical value 0.

tc
type: ObjectProperty
domain: ExcST2A
range: Seconds
comment: Voltage regulator time constant iTci gt 0. Typical value 0.

te
type: ObjectProperty
domain: ExcST2A
range: Seconds
comment: Exciter time constant integration rate associated with exciter control iTei gt 0. Typical value 05.

tf
type: ObjectProperty
domain: ExcST2A
range: Seconds
comment: Excitation control system stabilizer time constant iTfi gt 0. Typical value 07.

vrmax
type: ObjectProperty
domain: ExcST2A
range: PU
comment: Maximum voltage regulator outputs iVrmaxi gt 0. Typical value 1.

vrmin
type: ObjectProperty
domain: ExcST2A
range: PU
comment: Minimum voltage regulator outputs iVrmini lt 0. Typical value 1.

efdmax
type: ObjectProperty
domain: ExcST3A
range: PU
comment: Maximum AVR output iEfdmaxi gt 0. Typical value 69.

kc
type: ObjectProperty
domain: ExcST3A
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKci gt 0. Typical value 11.

kg
type: ObjectProperty
domain: ExcST3A
range: PU
comment: Feedback gain constant of the inner loop field regulator iKgi gt 0. Typical value 1.

ki
type: ObjectProperty
domain: ExcST3A
range: PU
comment: Potential circuit gain coefficient iKiisubisubi gt 0. Typical value 483.

kj
type: ObjectProperty
domain: ExcST3A
range: PU
comment: AVR gain iKji gt 0. Typical value 200.

km
type: ObjectProperty
domain: ExcST3A
range: PU
comment: Forward gain constant of the inner loop field regulator iKmi gt 0. Typical value 704.

kp
type: ObjectProperty
domain: ExcST3A
range: PU
comment: Potential source gain iKiisubpsubi gt 0. Typical value 437.

ks
type: ObjectProperty
domain: ExcST3A
range: PU
comment: Coefficient to allow different usage of the modelspeed coefficient iKsi. Typical value 0.

ks1
type: ObjectProperty
domain: ExcST3A
range: PU
comment: Coefficient to allow different usage of the modelspeed coefficient iKs1i. Typical value 0.

tb
type: ObjectProperty
domain: ExcST3A
range: Seconds
comment: Voltage regulator time constant iTbi gt 0. Typical value 667.

tc
type: ObjectProperty
domain: ExcST3A
range: Seconds
comment: Voltage regulator time constant iTci gt 0. Typical value 1.

thetap
type: ObjectProperty
domain: ExcST3A
range: AngleDegrees
comment: Potential circuit phase angle ithetaiisubpsubi. Typical value 20.

tm
type: ObjectProperty
domain: ExcST3A
range: Seconds
comment: Forward time constant of inner loop field regulator iTmi gt 0. Typical value 1.

vbmax
type: ObjectProperty
domain: ExcST3A
range: PU
comment: Maximum excitation voltage iVbmaxi gt 0. Typical value 863.

vgmax
type: ObjectProperty
domain: ExcST3A
range: PU
comment: Maximum inner loop feedback voltage iVgmaxi gt 0. Typical value 653.

vimax
type: ObjectProperty
domain: ExcST3A
range: PU
comment: Maximum voltage regulator input limit iVimaxi gt 0. Typical value 02.

vimin
type: ObjectProperty
domain: ExcST3A
range: PU
comment: Minimum voltage regulator input limit iVimini lt 0. Typical value 02.

vrmax
type: ObjectProperty
domain: ExcST3A
range: PU
comment: Maximum voltage regulator output iVrmaxi gt 0. Typical value 1.

vrmin
type: ObjectProperty
domain: ExcST3A
range: PU
comment: Minimum voltage regulator output iVrmini lt 0. Typical value 1.

xl
type: ObjectProperty
domain: ExcST3A
range: PU
comment: Reactance associated with potential source iXli gt 0. Typical value 009.

kc
type: ObjectProperty
domain: ExcST4B
range: PU
comment: Rectifier loading factor proportional to commutating reactance iKci gt 0. Typical value 0113.

kg
type: ObjectProperty
domain: ExcST4B
range: PU
comment: Feedback gain constant of the inner loop field regulator iKgi gt 0. Typical value 0.

ki
type: ObjectProperty
domain: ExcST4B
range: PU
comment: Potential circuit gain coefficient iKii gt 0. Typical value 0.

kim
type: ObjectProperty
domain: ExcST4B
range: PU
comment: Voltage regulator integral gain output iKimi. Typical value 0.

kir
type: ObjectProperty
domain: ExcST4B
range: PU
comment: Voltage regulator integral gain iKiri. Typical value 1075.

kp
type: ObjectProperty
domain: ExcST4B
range: PU
comment: Potential circuit gain coefficient iKpi gt 0. Typical value 93.

kpm
type: ObjectProperty
domain: ExcST4B
range: PU
comment: Voltage regulator proportional gain output iKpmi. Typical value 1.

kpr
type: ObjectProperty
domain: ExcST4B
range: PU
comment: Voltage regulator proportional gain iKpri. Typical value 1075.

ta
type: ObjectProperty
domain: ExcST4B
range: Seconds
comment: Voltage regulator time constant iTai gt 0. Typical value 002.

thetap
type: ObjectProperty
domain: ExcST4B
range: AngleDegrees
comment: Potential circuit phase angle ithetaiisubpsubi. Typical value 0.

vbmax
type: ObjectProperty
domain: ExcST4B
range: PU
comment: Maximum excitation voltage iVbmaxi gt 0. Typical value 1163.

vgmax
type: ObjectProperty
domain: ExcST4B
range: PU
comment: Maximum inner loop feedback voltage iVgmaxi gt 0. Typical value 58.

vmmax
type: ObjectProperty
domain: ExcST4B
range: PU
comment: Maximum inner loop output iVmmaxi gt ExcST4B.vmmin. Typical value 99.

vmmin
type: ObjectProperty
domain: ExcST4B
range: PU
comment: Minimum inner loop output iVmmini lt ExcST4B.vmmax. Typical value 99.

vrmax
type: ObjectProperty
domain: ExcST4B
range: PU
comment: Maximum voltage regulator output iVrmaxi gt 0. Typical value 1.

vrmin
type: ObjectProperty
domain: ExcST4B
range: PU
comment: Minimum voltage regulator output iVrmini lt 0. Typical value 087.

xl
type: ObjectProperty
domain: ExcST4B
range: PU
comment: Reactance associated with potential source iXli gt 0. Typical value 0124.

ilr
type: ObjectProperty
domain: ExcST6B
range: PU
comment: Exciter output current limit reference iIlri gt 0. Typical value 4164.

kcl
type: ObjectProperty
domain: ExcST6B
range: PU
comment: Exciter output current limit adjustment iKcli gt 0. Typical value 10577.

kff
type: ObjectProperty
domain: ExcST6B
range: PU
comment: Precontrol gain constant of the inner loop field regulator iKffi. Typical value 1.

kg
type: ObjectProperty
domain: ExcST6B
range: PU
comment: Feedback gain constant of the inner loop field regulator iKgi gt 0. Typical value 1.

kia
type: ObjectProperty
domain: ExcST6B
range: PU
comment: Voltage regulator integral gain iKiai gt 0. Typical value 45094.

klr
type: ObjectProperty
domain: ExcST6B
range: PU
comment: Exciter output current limit adjustment iKcli gt 0. Typical value 1733.

km
type: ObjectProperty
domain: ExcST6B
range: PU
comment: Forward gain constant of the inner loop field regulator iKmi. Typical value 1.

kpa
type: ObjectProperty
domain: ExcST6B
range: PU
comment: Voltage regulator proportional gain iKpai gt 0. Typical value 18038.

kvd
type: ObjectProperty
domain: ExcST6B
range: PU
comment: Voltage regulator derivative gain iKvdi. Typical value 0.

oelin
type: ObjectProperty
domain: ExcST6B
range: ExcST6BOELselectorKind
comment: OEL input selector iOELini. Typical value noOELinput corresponds to iOELini 0 on diagram.

tg
type: ObjectProperty
domain: ExcST6B
range: Seconds
comment: Feedback time constant of inner loop field voltage regulator iTgi gt 0. Typical value 002.

ts
type: ObjectProperty
domain: ExcST6B
range: Seconds
comment: Rectifier firing time constant iTsi gt 0. Typical value 0.

tvd
type: ObjectProperty
domain: ExcST6B
range: Seconds
comment: Voltage regulator derivative gain iTvdi gt 0. Typical value 0.

vamax
type: ObjectProperty
domain: ExcST6B
range: PU
comment: Maximum voltage regulator output iVamaxi gt 0. Typical value 481.

vamin
type: ObjectProperty
domain: ExcST6B
range: PU
comment: Minimum voltage regulator output iVamini lt 0. Typical value 385.

vimax
type: ObjectProperty
domain: ExcST6B
range: PU
comment: Maximum voltage regulator input limit iVimaxi gt ExcST6B.vimin. Typical value 10.

vimin
type: ObjectProperty
domain: ExcST6B
range: PU
comment: Minimum voltage regulator input limit iVimini lt ExcST6B.vimax. Typical value 10.

vrmax
type: ObjectProperty
domain: ExcST6B
range: PU
comment: Maximum voltage regulator output iVrmaxi gt 0. Typical value 481.

vrmin
type: ObjectProperty
domain: ExcST6B
range: PU
comment: Minimum voltage regulator output iVrmini lt 0. Typical value 385.

xc
type: ObjectProperty
domain: ExcST6B
range: PU
comment: Excitation source reactance iXci. Typical value 005.

kh
type: ObjectProperty
domain: ExcST7B
range: PU
comment: Highvalue gate feedback gain iKhi gt 0. Typical value 1.

kia
type: ObjectProperty
domain: ExcST7B
range: PU
comment: Voltage regulator integral gain iKiai gt 0. Typical value 1.

kl
type: ObjectProperty
domain: ExcST7B
range: PU
comment: Lowvalue gate feedback gain iKli gt 0. Typical value 1.

kpa
type: ObjectProperty
domain: ExcST7B
range: PU
comment: Voltage regulator proportional gain iKpai gt 0. Typical value 40.

oelin
type: ObjectProperty
domain: ExcST7B
range: ExcST7BOELselectorKind
comment: OEL input selector iOELini. Typical value noOELinput.

tb
type: ObjectProperty
domain: ExcST7B
range: Seconds
comment: Regulator lag time constant iTbi gt 0. Typical value 1.

tc
type: ObjectProperty
domain: ExcST7B
range: Seconds
comment: Regulator lead time constant iTci gt 0. Typical value 1.

tf
type: ObjectProperty
domain: ExcST7B
range: Seconds
comment: Excitation control system stabilizer time constant iTfi gt 0. Typical value 1.

tg
type: ObjectProperty
domain: ExcST7B
range: Seconds
comment: Feedback time constant of inner loop field voltage regulator iTgi gt 0. Typical value 1.

tia
type: ObjectProperty
domain: ExcST7B
range: Seconds
comment: Feedback time constant iTiai gt 0. Typical value 3.

ts
type: ObjectProperty
domain: ExcST7B
range: Seconds
comment: Rectifier firing time constant iTsi gt 0. Typical value 0.

uelin
type: ObjectProperty
domain: ExcST7B
range: ExcST7BUELselectorKind
comment: UEL input selector iUELini. Typical value noUELinput.

vmax
type: ObjectProperty
domain: ExcST7B
range: PU
comment: Maximum voltage reference signal iVmaxi gt 0 and gt ExcST7B.vmin. Typical value 11.

vmin
type: ObjectProperty
domain: ExcST7B
range: PU
comment: Minimum voltage reference signal iVmini gt 0 and lt ExcST7B.vmax. Typical value 09.

vrmax
type: ObjectProperty
domain: ExcST7B
range: PU
comment: Maximum voltage regulator output iVrmaxi gt 0. Typical value 5.

vrmin
type: ObjectProperty
domain: ExcST7B
range: PU
comment: Minimum voltage regulator output iVrmini lt 0. Typical value 45.

DiscontinuousExcitationControlDynamics
type: ObjectProperty
inverse of: ExcitationSystemDynamics
domain: ExcitationSystemDynamics
range: DiscontinuousExcitationControlDynamics
comment: Discontinuous excitation control model associated with this excitation system model.

OverexcitationLimiterDynamics
type: ObjectProperty
inverse of: ExcitationSystemDynamics
domain: ExcitationSystemDynamics
range: OverexcitationLimiterDynamics
comment: Overexcitation limiter model associated with this excitation system model.

PFVArControllerType1Dynamics
type: ObjectProperty
domain: ExcitationSystemDynamics
range: PFVArControllerType1Dynamics
comment: Power factor or VAr controller type 1 model associated with this excitation system model.

PFVArControllerType2Dynamics
type: ObjectProperty
domain: ExcitationSystemDynamics
range: PFVArControllerType2Dynamics
comment: Power factor or VAr controller type 2 model associated with this excitation system model.

PowerSystemStabilizerDynamics
type: ObjectProperty
inverse of: ExcitationSystemDynamics
domain: ExcitationSystemDynamics
range: PowerSystemStabilizerDynamics
comment: Power system stabilizer model associated with this excitation system model.

SynchronousMachineDynamics
type: ObjectProperty
domain: ExcitationSystemDynamics
range: SynchronousMachineDynamics
comment: Synchronous machine model with which this excitation system model is associated.

UnderexcitationLimiterDynamics
type: ObjectProperty
inverse of: UnderexcitationLimiterDynamics.ExcitationSystemDynamics
domain: ExcitationSystemDynamics
range: UnderexcitationLimiterDynamics
comment: Undrexcitation limiter model associated with this excitation system model.

VoltageCompensatorDynamics
type: ObjectProperty
inverse of: VoltageCompensatorDynamics.ExcitationSystemDynamics
domain: ExcitationSystemDynamics
range: VoltageCompensatorDynamics
comment: Voltage compensator model associated with this excitation system model.

ProprietaryParameterDynamics
type: ObjectProperty
inverse of: ExcitationSystemUserDefined
domain: ExcitationSystemUserDefined
range: ProprietaryParameterDynamics
comment: Parameter of this proprietary userdefined model.

ExpectedEnergyValues
type: ObjectProperty
domain: ExpectedEnergy
range: ExpectedEnergyValues

ExpectedEnergy
type: ObjectProperty
inverse of: ExpectedEnergyValues
domain: ExpectedEnergyValues
range: ExpectedEnergy

RegisteredResource
type: ObjectProperty
inverse of: RegisteredResource.ExpectedEnergyValues
domain: ExpectedEnergyValues
range: RegisteredResource

extensionsItem
type: ObjectProperty
domain: ExtensionsList
range: ExtensionItem

governorSCD
type: ObjectProperty
domain: ExternalNetworkInjection
range: ActivePowerPerFrequency
comment: Power Frequency Bias. This is the change in power injection divided by the change in frequency and negated. A positive value of the power frequency bias provides additional power injection upon a drop in frequency.

maxInitialSymShCCurrent
type: ObjectProperty
domain: ExternalNetworkInjection
range: CurrentFlow
comment: Maximum initial symmetrical shortcircuit currents Ik max in A Ik SkSQRT3 Un. Used for short circuit data exchange according to IEC 60909.

maxP
type: ObjectProperty
domain: ExternalNetworkInjection
range: ActivePower
comment: Maximum active power of the injection.

maxQ
type: ObjectProperty
domain: ExternalNetworkInjection
range: ReactivePower
comment: Maximum reactive power limit. It is used for modelling of infeed for load flow exchange and not for short circuit modelling.

minInitialSymShCCurrent
type: ObjectProperty
domain: ExternalNetworkInjection
range: CurrentFlow
comment: Minimum initial symmetrical shortcircuit currents Ik min in A Ik SkSQRT3 Un. Used for short circuit data exchange according to IEC 60909.

minP
type: ObjectProperty
domain: ExternalNetworkInjection
range: ActivePower
comment: Minimum active power of the injection.

minQ
type: ObjectProperty
domain: ExternalNetworkInjection
range: ReactivePower
comment: Minimum reactive power limit. It is used for modelling of infeed for load flow exchange and not for short circuit modelling.

p
type: ObjectProperty
domain: ExternalNetworkInjection
range: ActivePower
comment: Active power injection. Load sign convention is used i.e. positive sign means flow out from a node.Starting value for steady state solutions.

q
type: ObjectProperty
domain: ExternalNetworkInjection
range: ReactivePower
comment: Reactive power injection. Load sign convention is used i.e. positive sign means flow out from a node.Starting value for steady state solutions.

voltageFactor
type: ObjectProperty
domain: ExternalNetworkInjection
range: PU
comment: Voltage factor in pu which was used to calculate shortcircuit current Ik and power Sk. Used only if short circuit calculations are done according to superposition method.

kind
type: ObjectProperty
domain: FACTSDevice
range: FACTSDeviceKind
comment: Kind of FACTS device.

EnergyPriceCurve
type: ObjectProperty
inverse of: FTRs
domain: FTR
range: EnergyPriceCurve

Flowgate
type: ObjectProperty
inverse of: FTRs
domain: FTR
range: Flowgate

Pnodes
type: ObjectProperty
domain: FTR
range: Pnode

baseEnergy
type: ObjectProperty
domain: FTR
range: ActivePower
comment: Quantity typically MWs Seller owns all rights being offered MWs over time on same Point of Receipt Point of Delivery or Resource.

breakerFailureReason
type: ObjectProperty
domain: FailureEvent
range: BreakerFailureReasonKind
comment: Reason for breaker failure.

failureClassification
type: ObjectProperty
domain: FailureEvent
range: AssetFailureClassification
comment: Classification of failure.

failureIsolationMethod
type: ObjectProperty
domain: FailureEvent
range: FailureIsolationMethodKind
comment: How the asset failure was isolated from the system.

failureMode
type: ObjectProperty
domain: FailureEvent
range: AssetFailureMode
comment: What asset failed to be able to do.

transformerFailureReason
type: ObjectProperty
domain: FailureEvent
range: TransformerFailureReasonKind
comment: Reason for transformer failure.

FaultCauseTypes
type: ObjectProperty
domain: Fault
range: FaultCauseType
comment: All types of fault cause.

FaultyEquipment
type: ObjectProperty
domain: Fault
range: Equipment
comment: Equipment carrying this fault.

Location
type: ObjectProperty
domain: Fault
range: Location

Outage
type: ObjectProperty
inverse of: Faults
domain: Fault
range: Outage
comment: Outage associated with this fault.

impedance
type: ObjectProperty
domain: Fault
range: FaultImpedance
comment: Fault impedance. Its usage is described by kind.

kind
type: ObjectProperty
domain: Fault
range: PhaseConnectedFaultKind
comment: The kind of phase fault.

phases
type: ObjectProperty
domain: Fault
range: PhaseCode
comment: The phases participating in the fault. The fault connections into these phases are further specified by the type of fault.

ConfigurationEvent
type: ObjectProperty
inverse of: FaultCauseType
domain: FaultCauseType
range: ConfigurationEvent

Faults
type: ObjectProperty
inverse of: FaultCauseTypes
domain: FaultCauseType
range: Fault
comment: All faults with this cause type.

rGround
type: ObjectProperty
domain: FaultImpedance
range: Resistance
comment: The resistance of the fault between phases and ground.

rLineToLine
type: ObjectProperty
domain: FaultImpedance
range: Resistance
comment: The resistance of the fault between phases.

xGround
type: ObjectProperty
domain: FaultImpedance
range: Reactance
comment: The reactance of the fault between phases and ground.

xLineToLine
type: ObjectProperty
domain: FaultImpedance
range: Reactance
comment: The reactance of the fault between phases.

resetKind
type: ObjectProperty
domain: FaultIndicatorInfo
range: FaultIndicatorResetKind
comment: Kind of reset mechanisim of this fault indicator.

NamingSecondarySubstation
type: ObjectProperty
domain: Feeder
range: Substation
comment: The secondary substations that are normally energized from the feeder. Used for naming purposes. Should be consistent with the other associations for energizing terminal specification and the feeder energization specification.

NormalEnergizedSubstation
type: ObjectProperty
domain: Feeder
range: Substation
comment: The substations that are normally energized by the feeder.

NormalEnergizingSubstation
type: ObjectProperty
domain: Feeder
range: Substation
comment: The substation that nominally energizes the feeder. Also used for naming purposes.

NormalHeadTerminal
type: ObjectProperty
domain: Feeder
range: Terminal
comment: The normal head terminal or terminals of the feeder.

Crew
type: ObjectProperty
domain: FieldDispatchHistory
range: Crew

FieldDispatchStep
type: ObjectProperty
domain: FieldDispatchHistory
range: FieldDispatchStep

PlannedOutage
type: ObjectProperty
domain: FieldDispatchHistory
range: PlannedOutage

UnplannedOutage
type: ObjectProperty
domain: FieldDispatchHistory
range: UnplannedOutage

FieldDispatchHistory
type: ObjectProperty
inverse of: FieldDispatchStep
domain: FieldDispatchStep
range: FieldDispatchHistory

dispatchStatus
type: ObjectProperty
domain: FieldDispatchStep
range: CrewStatusKind
comment: The status of one or more crews dispatched to perform field work at one or more work sites

IssuedSafetyDocuments
type: ObjectProperty
domain: FieldSafetySupervisor
range: SafetyDocument
comment: All safety documents issued to this supervisor.

ReleasedSafetyDocuments
type: ObjectProperty
domain: FieldSafetySupervisor
range: SafetyDocument
comment: All safety documents released by this supervisor.

Asset
type: ObjectProperty
domain: FinancialInfo
range: Asset
comment: The asset to which this financial information relates.

actualPurchaseCost
type: ObjectProperty
domain: FinancialInfo
range: Money
comment: The actual purchase cost of this particular asset.

financialValue
type: ObjectProperty
domain: FinancialInfo
range: Money
comment: Value of asset as of valueDateTime.

quantity
type: ObjectProperty
domain: FinancialInfo
range: IntegerQuantity
comment: The quantity of the asset if per unit length for example conductor.

AuxillaryValues
type: ObjectProperty
domain: FiveMinAuxiliaryData
range: AuxiliaryValues

multiplier
type: ObjectProperty
domain: FloatQuantity
range: UnitMultiplier
comment: Unit multiplier of this quantity.

unit
type: ObjectProperty
domain: FloatQuantity
range: UnitSymbol
comment: Unit of this quantity.

Point
type: ObjectProperty
domain: FlowDirection
range: Point

TimeSeries
type: ObjectProperty
inverse of: TimeSeries.FlowDirection
domain: FlowDirection
range: TimeSeries

CongestionRevenueRight
type: ObjectProperty
inverse of: Flowgate
domain: Flowgate
range: CongestionRevenueRight

ConstraintResults
type: ObjectProperty
domain: Flowgate
range: ConstraintResults

ContractDistributionFactor
type: ObjectProperty
domain: Flowgate
range: ContractDistributionFactor

FTRs
type: ObjectProperty
domain: Flowgate
range: FTR

FlowgateRelief
type: ObjectProperty
domain: Flowgate
range: FlowgateRelief

FlowgateValue
type: ObjectProperty
domain: Flowgate
range: FlowgateValue

From_SubControlArea
type: ObjectProperty
domain: Flowgate
range: SubControlArea

GeneratingUnitDynamicValues
type: ObjectProperty
inverse of: Flowgate
domain: Flowgate
range: GeneratingUnitDynamicValues

GenericConstraints
type: ObjectProperty
inverse of: Flowgate
domain: Flowgate
range: GenericConstraints

HostControlArea
type: ObjectProperty
inverse of: Flowgate
domain: Flowgate
range: HostControlArea

InterTie
type: ObjectProperty
domain: Flowgate
range: SchedulingPoint

InterTieResults
type: ObjectProperty
domain: Flowgate
range: InterTieResults

MktLine
type: ObjectProperty
domain: Flowgate
range: MktLine

MktPowerTransformer
type: ObjectProperty
domain: Flowgate
range: MktPowerTransformer

MktTerminal
type: ObjectProperty
inverse of: Flowgate
domain: Flowgate
range: MktTerminal

RegisteredInterTie
type: ObjectProperty
domain: Flowgate
range: RegisteredInterTie

SecurityConstraints
type: ObjectProperty
domain: Flowgate
range: SecurityConstraints

To_SubControlArea
type: ObjectProperty
domain: Flowgate
range: SubControlArea

TranmissionRightEntitlement
type: ObjectProperty
domain: Flowgate
range: TransmissionInterfaceRightEntitlement

TransmissionCapacity
type: ObjectProperty
domain: Flowgate
range: TransmissionCapacity

ViolationLimits
type: ObjectProperty
inverse of: ViolationLimit.Flowgate
domain: Flowgate
range: ViolationLimit

direction
type: ObjectProperty
domain: Flowgate
range: InterTieDirection
comment: The direction of the flowgate export or import

exportMWRating
type: ObjectProperty
domain: Flowgate
range: ActivePower
comment: Export MW rating

importMWRating
type: ObjectProperty
domain: Flowgate
range: ActivePower
comment: Import MW rating

FlowgateValue
type: ObjectProperty
domain: FlowgatePartner
range: FlowgateValue

Flowgate
type: ObjectProperty
inverse of: FlowgateRelief
domain: FlowgateRelief
range: Flowgate

Flowgate
type: ObjectProperty
inverse of: FlowgateValue
domain: FlowgateValue
range: Flowgate

FlowgatePartner
type: ObjectProperty
inverse of: FlowgateValue
domain: FlowgateValue
range: FlowgatePartner

flowDirectionFlag
type: ObjectProperty
domain: FlowgateValue
range: FlowDirectionType
comment: Specifies the direction of energy flow in the flowgate

RegisteredResource
type: ObjectProperty
inverse of: RegisteredResource.ForbiddenRegion
domain: ForbiddenRegion
range: RegisteredResource

validFor
type: ObjectProperty
domain: Forecast
range: DateTimeInterval
comment: The interval for which the forecast is valid. For example a forecast issued now for tomorrow might be valid for the next 2 hours.

RegisteredResource
type: ObjectProperty
inverse of: RegisteredResource.FormerReference
domain: FormerReference
range: RegisteredResource

FuelAllocationSchedules
type: ObjectProperty
domain: FossilFuel
range: FuelAllocationSchedule
comment: A fuel allocation schedule shall have a fossil fuel.

ThermalGeneratingUnit
type: ObjectProperty
domain: FossilFuel
range: ThermalGeneratingUnit
comment: A thermal generating unit may have one or more fossil fuels.

fossilFuelType
type: ObjectProperty
domain: FossilFuel
range: FuelType
comment: The type of fossil fuel such as coal oil or gas.

fuelCost
type: ObjectProperty
domain: FossilFuel
range: CostPerHeatUnit
comment: The cost in terms of heat value for the given type of fuel.

fuelDispatchCost
type: ObjectProperty
domain: FossilFuel
range: CostPerHeatUnit
comment: The cost of fuel used for economic dispatching which includes fuel cost transportation cost and incremental maintenance cost.

fuelEffFactor
type: ObjectProperty
domain: FossilFuel
range: PU
comment: The efficiency factor for the fuel per unit in terms of the effective energy absorbed.

fuelHandlingCost
type: ObjectProperty
domain: FossilFuel
range: CostPerHeatUnit
comment: Handling and processing cost associated with this fuel.

fuelMixture
type: ObjectProperty
domain: FossilFuel
range: PerCent
comment: Relative amount of the given type of fuel when multiple fuels are being consumed.

fuelSulfur
type: ObjectProperty
domain: FossilFuel
range: PU
comment: The fuels fraction of pollution credit per unit of heat content.

highBreakpointP
type: ObjectProperty
domain: FossilFuel
range: ActivePower
comment: The active power output level of the unit at which the given type of fuel is switched on. This fuel e.g. oil is sometimes used to supplement the base fuel e.g. coal at high active power output levels.

lowBreakpointP
type: ObjectProperty
domain: FossilFuel
range: ActivePower
comment: The active power output level of the unit at which the given type of fuel is switched off. This fuel e.g. oil is sometimes used to stabilize the base fuel e.g. coal at low active power output levels.

auxPowerVersusFrequency
type: ObjectProperty
domain: FossilSteamSupply
range: PU
comment: Off nominal frequency effect on auxiliary real power. Per unit active power variation versus per unit frequency variation.

auxPowerVersusVoltage
type: ObjectProperty
domain: FossilSteamSupply
range: PU
comment: Off nominal voltage effect on auxiliary real power. Per unit active power variation versus per unit voltage variation.

boilerControlMode
type: ObjectProperty
domain: FossilSteamSupply
range: BoilerControlMode
comment: The control mode of the boiler.

controlPED
type: ObjectProperty
domain: FossilSteamSupply
range: PU
comment: Pressure error deadband.

feedWaterTC
type: ObjectProperty
domain: FossilSteamSupply
range: Seconds
comment: Feedwater time constant ratio.

fuelDemandLimit
type: ObjectProperty
domain: FossilSteamSupply
range: PU
comment: Fuel demand limit.

fuelSupplyDelay
type: ObjectProperty
domain: FossilSteamSupply
range: Seconds
comment: Fuel delay.

fuelSupplyTC
type: ObjectProperty
domain: FossilSteamSupply
range: Seconds
comment: Fuel supply time constant.

mechPowerSensorLag
type: ObjectProperty
domain: FossilSteamSupply
range: Seconds
comment: Mechanical power sensor lag.

throttlePressureSP
type: ObjectProperty
domain: FossilSteamSupply
range: PU
comment: Throttle pressure setpoint.

Frame
type: ObjectProperty
inverse of: FrameworkPart
domain: FrameworkPart
range: NetworkFrame

ModelFrameType
type: ObjectProperty
domain: FrameworkPart
range: ModelFrameType
comment: Model frame type of the model frame.

multiplier
type: ObjectProperty
domain: Frequency
range: UnitMultiplier

unit
type: ObjectProperty
domain: Frequency
range: UnitSymbol

frequency
type: ObjectProperty
domain: FrequencyConverter
range: Frequency
comment: Frequency on the AC side.

maxP
type: ObjectProperty
domain: FrequencyConverter
range: ActivePower
comment: The maximum active power on the DC side at which the frequency converter should operate.

maxU
type: ObjectProperty
domain: FrequencyConverter
range: Voltage
comment: The maximum voltage on the DC side at which the frequency converter should operate.

minP
type: ObjectProperty
domain: FrequencyConverter
range: ActivePower
comment: The minimum active power on the DC side at which the frequency converter should operate.

minU
type: ObjectProperty
domain: FrequencyConverter
range: Voltage
comment: The minimum voltage on the DC side at which the frequency converter should operate.

FossilFuel
type: ObjectProperty
inverse of: FuelAllocationSchedules
domain: FuelAllocationSchedule
range: FossilFuel
comment: A fuel allocation schedule shall have a fossil fuel.

ThermalGeneratingUnit
type: ObjectProperty
domain: FuelAllocationSchedule
range: ThermalGeneratingUnit
comment: A thermal generating unit may have one or more fuel allocation schedules.

fuelType
type: ObjectProperty
domain: FuelAllocationSchedule
range: FuelType
comment: The type of fuel which also indicates the corresponding measurement unit.

RegisteredGenerator
type: ObjectProperty
domain: FuelCostCurve
range: RegisteredGenerator

GasPrice
type: ObjectProperty
inverse of: FuelRegion
domain: FuelRegion
range: GasPrice

OilPrice
type: ObjectProperty
inverse of: FuelRegion
domain: FuelRegion
range: OilPrice

RTO
type: ObjectProperty
inverse of: RTO.FuelRegion
domain: FuelRegion
range: RTO

RegisteredGenerator
type: ObjectProperty
domain: FuelRegion
range: RegisteredGenerator

FuelRegion
type: ObjectProperty
domain: GasPrice
range: FuelRegion

GateInputPin
type: ObjectProperty
inverse of: Gate
domain: Gate
range: GateInputPin
comment: Input to the gate.

PinGate
type: ObjectProperty
domain: Gate
range: PinGate

ProtectiveActionCom
type: ObjectProperty
inverse of: GateComCondition
domain: Gate
range: ProtectiveAction
comment: For the ProtectiveAction to be activated the condition for communication needs to be met true.

ProtectiveActionEnabled
type: ObjectProperty
inverse of: GateEnabledCondition
domain: Gate
range: ProtectiveAction

RemedialActionScheme
type: ObjectProperty
domain: Gate
range: RemedialActionScheme

StageTrigger
type: ObjectProperty
inverse of: StageTrigger.GateTrigger
domain: Gate
range: StageTrigger

StageTriggerArmed
type: ObjectProperty
inverse of: StageTrigger.GateArmed
domain: Gate
range: StageTrigger

StageTriggerCom
type: ObjectProperty
inverse of: StageTrigger.GateComCondition
domain: Gate
range: StageTrigger

TriggerCondition
type: ObjectProperty
inverse of: TriggerCondition.GateTrigger
domain: Gate
range: TriggerCondition

kind
type: ObjectProperty
domain: Gate
range: GateLogicKind
comment: The logical operation of the gate.

Gate
type: ObjectProperty
domain: GateInputPin
range: Gate

aDLogicKind
type: ObjectProperty
domain: GateInputPin
range: AnalogToDigitalLogicKind
comment: The compare operation.

duration
type: ObjectProperty
domain: GateInputPin
range: Seconds
comment: The duration the compare condition need to be present before given a true. Default is 0 seconds.

thresholdPercentage
type: ObjectProperty
domain: GateInputPin
range: PerCent
comment: The threshold percentage that should be used for compare with the percentage change between input value and threshold value.

AggregatedPnode
type: ObjectProperty
inverse of: GenDistributionFactor
domain: GenDistributionFactor
range: AggregatedPnode

DistributionFactorSet
type: ObjectProperty
inverse of: GenDistributionFactor
domain: GenDistributionFactor
range: DistributionFactorSet

IndividualPnode
type: ObjectProperty
inverse of: GenDistributionFactor
domain: GenDistributionFactor
range: IndividualPnode

SynchronousMachineDynamics
type: ObjectProperty
domain: GenICompensationForGenJ
range: SynchronousMachineDynamics
comment: Standard synchronous machine out of which current flow is being compensated for.

VcompIEEEType2
type: ObjectProperty
domain: GenICompensationForGenJ
range: VCompIEEEType2
comment: The standard IEEE type 2 voltage compensator of this compensation.

rcij
type: ObjectProperty
domain: GenICompensationForGenJ
range: PU
comment: font color0f0f0fResistive component of compensation of generator associated with this IEEE type 2 voltage compensator for current flow out of another generator iRciji.font

xcij
type: ObjectProperty
domain: GenICompensationForGenJ
range: PU
comment: font color0f0f0fReactive component of compensation of generator associated with this IEEE type 2 voltage compensator for current flow out of another generator iXciji.font

GeneratingUnit
type: ObjectProperty
domain: GenUnitOpCostCurve
range: GeneratingUnit
comment: A generating unit may have one or more cost curves depending upon fuel mixture and fuel cost.

GeneratingUnit
type: ObjectProperty
domain: GenUnitOpSchedule
range: GeneratingUnit
comment: A generating unit may have an operating schedule indicating the planned operation of the unit.

GeneralClearingResults
type: ObjectProperty
domain: GeneralClearing
range: GeneralClearingResults

GeneralClearing
type: ObjectProperty
inverse of: GeneralClearingResults
domain: GeneralClearingResults
range: GeneralClearing

SubControlArea
type: ObjectProperty
inverse of: SubControlArea.GeneralClearingResults
domain: GeneralClearingResults
range: SubControlArea

loadForecast
type: ObjectProperty
domain: GeneralClearingResults
range: ActivePower
comment: Load PredictionForecast MW by Time Period 5 10 15

BidSet
type: ObjectProperty
domain: GeneratingBid
range: BidSet

NotificationTimeCurve
type: ObjectProperty
domain: GeneratingBid
range: NotificationTimeCurve

RampRateCurve
type: ObjectProperty
domain: GeneratingBid
range: RampRateCurve

RegisteredGenerator
type: ObjectProperty
inverse of: RegisteredGenerator.GeneratingBids
domain: GeneratingBid
range: RegisteredGenerator

SecurityConstraints
type: ObjectProperty
domain: GeneratingBid
range: SecurityConstraints

StartUpCostCurve
type: ObjectProperty
inverse of: StartUpCostCurve.GeneratingBid
domain: GeneratingBid
range: StartUpCostCurve

StartUpTimeCurve
type: ObjectProperty
inverse of: StartUpTimeCurve.GeneratingBid
domain: GeneratingBid
range: StartUpTimeCurve

lowerRampRate
type: ObjectProperty
domain: GeneratingBid
range: ActivePowerChangeRate
comment: Maximum Dn ramp rate in MWmin

maxEmergencyMW
type: ObjectProperty
domain: GeneratingBid
range: ActivePower
comment: Power rating available for unit under emergency conditions greater than or equal to maximum economic limit.

minEmergencyMW
type: ObjectProperty
domain: GeneratingBid
range: ActivePower
comment: Minimum power rating for unit under emergency conditions which is less than or equal to the economic minimum.

raiseRampRate
type: ObjectProperty
domain: GeneratingBid
range: ActivePowerChangeRate
comment: Maximum Up ramp rate in MWmin

startUpRampRate
type: ObjectProperty
domain: GeneratingBid
range: ActivePowerChangeRate
comment: Resource startup ramp rate MWminute

ControlAreaGeneratingUnit
type: ObjectProperty
inverse of: GeneratingUnit
domain: GeneratingUnit
range: ControlAreaGeneratingUnit
comment: ControlArea specifications for this generating unit.

GenUnitOpCostCurves
type: ObjectProperty
inverse of: GeneratingUnit
domain: GeneratingUnit
range: GenUnitOpCostCurve
comment: A generating unit may have one or more cost curves depending upon fuel mixture and fuel cost.

GenUnitOpSchedule
type: ObjectProperty
inverse of: GeneratingUnit
domain: GeneratingUnit
range: GenUnitOpSchedule
comment: A generating unit may have an operating schedule indicating the planned operation of the unit.

GrossToNetActivePowerCurves
type: ObjectProperty
inverse of: GeneratingUnit
domain: GeneratingUnit
range: GrossToNetActivePowerCurve
comment: A generating unit may have a gross active power to net active power curve describing the losses and auxiliary power requirements of the unit.

RotatingMachine
type: ObjectProperty
domain: GeneratingUnit
range: RotatingMachine
comment: A synchronous machine may operate as a generator and as such becomes a member of a generating unit.

allocSpinResP
type: ObjectProperty
domain: GeneratingUnit
range: ActivePower
comment: The planned unused capacity spinning reserve which can be used to support emergency load.

autoCntrlMarginP
type: ObjectProperty
domain: GeneratingUnit
range: ActivePower
comment: The planned unused capacity which can be used to support automatic control overruns.

baseP
type: ObjectProperty
domain: GeneratingUnit
range: ActivePower
comment: For dispatchable units this value represents the economic active power basepoint for units that are not dispatchable this value represents the fixed generation value. The value shall be between the operating low and high limits.

controlDeadband
type: ObjectProperty
domain: GeneratingUnit
range: ActivePower
comment: Unit control error deadband. When a units desired active power change is less than this deadband then no control pulses will be sent to the unit.

controlPulseHigh
type: ObjectProperty
domain: GeneratingUnit
range: Seconds
comment: Pulse high limit which is the largest control pulse that the unit can respond to.

controlPulseLow
type: ObjectProperty
domain: GeneratingUnit
range: Seconds
comment: Pulse low limit which is the smallest control pulse that the unit can respond to.

controlResponseRate
type: ObjectProperty
domain: GeneratingUnit
range: ActivePowerChangeRate
comment: Unit response rate which specifies the active power change for a control pulse of one second in the most responsive loading level of the unit.

efficiency
type: ObjectProperty
domain: GeneratingUnit
range: PerCent
comment: The efficiency of the unit in converting mechanical energy from the prime mover into electrical energy.

genControlMode
type: ObjectProperty
domain: GeneratingUnit
range: GeneratorControlMode
comment: The unit control mode.

genControlSource
type: ObjectProperty
domain: GeneratingUnit
range: GeneratorControlSource
comment: The source of controls for a generating unit. Defines the control status of the generating unit.

governorMPL
type: ObjectProperty
domain: GeneratingUnit
range: PU
comment: Governor motor position limit.

governorSCD
type: ObjectProperty
domain: GeneratingUnit
range: PerCent
comment: Governor Speed Changer Droop. This is the change in generator power output divided by the change in frequency normalized by the nominal power of the generator and the nominal frequency and expressed in percent and negated. A positive value of speed change droop provides additional generator output upon a drop in frequency.

highControlLimit
type: ObjectProperty
domain: GeneratingUnit
range: ActivePower
comment: High limit for secondary AGC control.

initialP
type: ObjectProperty
domain: GeneratingUnit
range: ActivePower
comment: Default initial active power which is used to store a powerflow result for the initial active power for this unit in this network configuration.

lowControlLimit
type: ObjectProperty
domain: GeneratingUnit
range: ActivePower
comment: Low limit for secondary AGC control.

lowerRampRate
type: ObjectProperty
domain: GeneratingUnit
range: ActivePowerChangeRate
comment: The normal maximum rate the generating unit active power output can be lowered by control actions.

maxEconomicP
type: ObjectProperty
domain: GeneratingUnit
range: ActivePower
comment: Maximum high economic active power limit that should not exceed the maximum operating active power limit.

maxOperatingP
type: ObjectProperty
domain: GeneratingUnit
range: ActivePower
comment: This is the maximum operating active power limit the dispatcher can enter for this unit.

maximumAllowableSpinningReserve
type: ObjectProperty
domain: GeneratingUnit
range: ActivePower
comment: Maximum allowable spinning reserve. Spinning reserve will never be considered greater than this value regardless of the current operating point.

minEconomicP
type: ObjectProperty
domain: GeneratingUnit
range: ActivePower
comment: Low economic active power limit that shall be greater than or equal to the minimum operating active power limit.

minOperatingP
type: ObjectProperty
domain: GeneratingUnit
range: ActivePower
comment: This is the minimum operating active power limit the dispatcher can enter for this unit.

minimumOffTime
type: ObjectProperty
domain: GeneratingUnit
range: Seconds
comment: Minimum time interval between unit shutdown and startup.

modelDetail
type: ObjectProperty
domain: GeneratingUnit
range: Classification
comment: Detail level of the generator model data.

nominalP
type: ObjectProperty
domain: GeneratingUnit
range: ActivePower
comment: The nominal power of the generating unit. Used to give precise meaning to percentage based attributes such as the governor speed change droop governorSCD attribute.The attribute shall be a positive value equal to or less than RotatingMachine.ratedS.

raiseRampRate
type: ObjectProperty
domain: GeneratingUnit
range: ActivePowerChangeRate
comment: The normal maximum rate the generating unit active power output can be raised by control actions.

ratedGrossMaxP
type: ObjectProperty
domain: GeneratingUnit
range: ActivePower
comment: The units gross rated maximum capacity book value.The attribute shall be a positive value.

ratedGrossMinP
type: ObjectProperty
domain: GeneratingUnit
range: ActivePower
comment: The gross rated minimum generation level which the unit can safely operate at while delivering power to the transmission grid.The attribute shall be a positive value.

ratedNetMaxP
type: ObjectProperty
domain: GeneratingUnit
range: ActivePower
comment: The net rated maximum capacity determined by subtracting the auxiliary power used to operate the internal plant machinery from the rated gross maximum capacity.The attribute shall be a positive value.

startupCost
type: ObjectProperty
domain: GeneratingUnit
range: Money
comment: The initial startup cost incurred for each start of the GeneratingUnit.

startupTime
type: ObjectProperty
domain: GeneratingUnit
range: Seconds
comment: Time it takes to get the unit online from the time that the prime mover mechanical power is applied.

totalEfficiency
type: ObjectProperty
domain: GeneratingUnit
range: PerCent
comment: The efficiency of the unit in converting the fuel into electrical energy.

variableCost
type: ObjectProperty
domain: GeneratingUnit
range: Money
comment: The variable cost component of production per unit of ActivePower.

Flowgate
type: ObjectProperty
domain: GeneratingUnitDynamicValues
range: Flowgate

MktGeneratingUnit
type: ObjectProperty
domain: GeneratingUnitDynamicValues
range: MktGeneratingUnit

ProvidedBy
type: ObjectProperty
inverse of: GenerationProvider
domain: GenerationProvider
range: EnergyProduct

maxP
type: ObjectProperty
domain: GeneratorTypeAsset
range: ActivePower
comment: Maximum real power limit.

maxQ
type: ObjectProperty
domain: GeneratorTypeAsset
range: ReactivePower
comment: Maximum reactive power limit.

minP
type: ObjectProperty
domain: GeneratorTypeAsset
range: ActivePower
comment: Minimum real power generated.

minQ
type: ObjectProperty
domain: GeneratorTypeAsset
range: ReactivePower
comment: Minimum reactive power generated.

rDirectSubtrans
type: ObjectProperty
domain: GeneratorTypeAsset
range: Resistance
comment: Directaxis subtransient resistance.

rDirectSync
type: ObjectProperty
domain: GeneratorTypeAsset
range: Resistance
comment: Directaxis synchronous resistance.

rDirectTrans
type: ObjectProperty
domain: GeneratorTypeAsset
range: Resistance
comment: Directaxis transient resistance.

rQuadSubtrans
type: ObjectProperty
domain: GeneratorTypeAsset
range: Resistance
comment: Quadratureaxis subtransient resistance.

rQuadSync
type: ObjectProperty
domain: GeneratorTypeAsset
range: Resistance
comment: Quadratureaxis synchronous resistance.

rQuadTrans
type: ObjectProperty
domain: GeneratorTypeAsset
range: Resistance
comment: Quadratureaxis transient resistance.

xDirectSubtrans
type: ObjectProperty
domain: GeneratorTypeAsset
range: Reactance
comment: Directaxis subtransient reactance.

xDirectSync
type: ObjectProperty
domain: GeneratorTypeAsset
range: Reactance
comment: Directaxis synchronous reactance.

xDirectTrans
type: ObjectProperty
domain: GeneratorTypeAsset
range: Reactance
comment: Directaxis transient reactance.

xQuadSubtrans
type: ObjectProperty
domain: GeneratorTypeAsset
range: Reactance
comment: Quadratureaxis subtransient reactance.

xQuadSync
type: ObjectProperty
domain: GeneratorTypeAsset
range: Reactance
comment: Quadratureaxis synchronous reactance.

xQuadTrans
type: ObjectProperty
domain: GeneratorTypeAsset
range: Reactance
comment: Quadratureaxis transient reactance.

PowerSystemResource
type: ObjectProperty
domain: GenericAction
range: PowerSystemResource

Flowgate
type: ObjectProperty
domain: GenericConstraints
range: Flowgate

TransmissionCapacity
type: ObjectProperty
domain: GenericConstraints
range: TransmissionCapacity

Regions
type: ObjectProperty
domain: GeographicalRegion
range: SubGeographicalRegion
comment: All subgeographical regions within this geographical region.

kind
type: ObjectProperty
domain: GeosphericAnalog
range: GeosphericAnalogKind
comment: Kind of geospheric analog.

db
type: ObjectProperty
domain: GovCT1
range: PU
comment: Speed governor deadband in PU speed idbi. In the majority of applications it is recommended that this value be set to zero. Typical value 0.

dm
type: ObjectProperty
domain: GovCT1
range: PU
comment: Speed sensitivity coefficient iDmi. iDmi can represent either the variation of the engine power with the shaft speed or the variation of maximum power capability with shaft speed. If it is positive it describes the falling slope of the engine speed verses power characteristic as speed increases. A slightly falling characteristic is typical for reciprocating engines and some aeroderivative turbines. If it is negative the engine power is assumed to be unaffected by the shaft speed but the maximum permissible fuel flow is taken to fall with falling shaft speed. This is characteristic of singleshaft industrial turbines due to exhaust temperature limits. Typical value 0.

ka
type: ObjectProperty
domain: GovCT1
range: PU
comment: Acceleration limiter gain iKai. Typical value 10.

kdgov
type: ObjectProperty
domain: GovCT1
range: PU
comment: Governor derivative gain iKdgovi. Typical value 0.

kigov
type: ObjectProperty
domain: GovCT1
range: PU
comment: Governor integral gain iKigovi. Typical value 2.

kiload
type: ObjectProperty
domain: GovCT1
range: PU
comment: Load limiter integral gain for PI controller iKiloadi. Typical value 067.

kimw
type: ObjectProperty
domain: GovCT1
range: PU
comment: Power controller reset gain iKimwi. The default value of 001 corresponds to a reset time of 100 s. A value of 0001 corresponds to a relatively slowacting load controller. Typical value 001.

kpgov
type: ObjectProperty
domain: GovCT1
range: PU
comment: Governor proportional gain iKpgovi. Typical value 10.

kpload
type: ObjectProperty
domain: GovCT1
range: PU
comment: Load limiter proportional gain for PI controller iKploadi. Typical value 2.

kturb
type: ObjectProperty
domain: GovCT1
range: PU
comment: Turbine gain iKturbi gt 0. Typical value 15.

ldref
type: ObjectProperty
domain: GovCT1
range: PU
comment: Load limiter reference value iLdrefi. Typical value 1.

maxerr
type: ObjectProperty
domain: GovCT1
range: PU
comment: Maximum value for speed error signal imaxerri gt GovCT1.minerr. Typical value 005.

minerr
type: ObjectProperty
domain: GovCT1
range: PU
comment: Minimum value for speed error signal iminerri lt GovCT1.maxerr. Typical value 005.

mwbase
type: ObjectProperty
domain: GovCT1
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

r
type: ObjectProperty
domain: GovCT1
range: PU
comment: Permanent droop iRi. Typical value 004.

rdown
type: ObjectProperty
domain: GovCT1
range: PU
comment: Maximum rate of load limit decrease iRdowni. Typical value 99.

rselect
type: ObjectProperty
domain: GovCT1
range: DroopSignalFeedbackKind
comment: Feedback signal for droop iRselecti. Typical value electricalPower.

rup
type: ObjectProperty
domain: GovCT1
range: PU
comment: Maximum rate of load limit increase iRupi. Typical value 99.

ta
type: ObjectProperty
domain: GovCT1
range: Seconds
comment: Acceleration limiter time constant iTai gt 0. Typical value 01.

tact
type: ObjectProperty
domain: GovCT1
range: Seconds
comment: Actuator time constant iTacti gt 0. Typical value 05.

tb
type: ObjectProperty
domain: GovCT1
range: Seconds
comment: Turbine lag time constant iTbi gt 0. Typical value 05.

tc
type: ObjectProperty
domain: GovCT1
range: Seconds
comment: Turbine lead time constant iTci gt 0. Typical value 0.

tdgov
type: ObjectProperty
domain: GovCT1
range: Seconds
comment: Governor derivative controller time constant iTdgovi gt 0. Typical value 1.

teng
type: ObjectProperty
domain: GovCT1
range: Seconds
comment: Transport time delay for diesel engine used in representing diesel engines where there is a small but measurable transport delay between a change in fuel flow setting and the development of torque iTengi gt 0. iTengi should be zero in all but special cases where this transport delay is of particular concern. Typical value 0.

tfload
type: ObjectProperty
domain: GovCT1
range: Seconds
comment: Loadlimiter time constant iTfloadi gt 0. Typical value 3.

tpelec
type: ObjectProperty
domain: GovCT1
range: Seconds
comment: Electrical power transducer time constant iTpeleci gt 0. Typical value 1.

tsa
type: ObjectProperty
domain: GovCT1
range: Seconds
comment: Temperature detection lead time constant iTsai gt 0. Typical value 4.

tsb
type: ObjectProperty
domain: GovCT1
range: Seconds
comment: Temperature detection lag time constant iTsbi gt 0. Typical value 5.

vmax
type: ObjectProperty
domain: GovCT1
range: PU
comment: Maximum valve position limit iVmaxi gt GovCT1.vmin. Typical value 1.

vmin
type: ObjectProperty
domain: GovCT1
range: PU
comment: Minimum valve position limit iVmini lt GovCT1.vmax. Typical value 015.

wfnl
type: ObjectProperty
domain: GovCT1
range: PU
comment: No load fuel flow iWfnli. Typical value 02.

db
type: ObjectProperty
domain: GovCT2
range: PU
comment: Speed governor deadband in PU speed idbi. In the majority of applications it is recommended that this value be set to zero. Typical value 0.

dm
type: ObjectProperty
domain: GovCT2
range: PU
comment: Speed sensitivity coefficient iDmi. iDmi can represent either the variation of the engine power with the shaft speed or the variation of maximum power capability with shaft speed. If it is positive it describes the falling slope of the engine speed verses power characteristic as speed increases. A slightly falling characteristic is typical for reciprocating engines and some aeroderivative turbines. If it is negative the engine power is assumed to be unaffected by the shaft speed but the maximum permissible fuel flow is taken to fall with falling shaft speed. This is characteristic of singleshaft industrial turbines due to exhaust temperature limits. Typical value 0.

flim1
type: ObjectProperty
domain: GovCT2
range: Frequency
comment: Frequency threshold 1 iFlim1i. Unit Hz. Typical value 59.

flim10
type: ObjectProperty
domain: GovCT2
range: Frequency
comment: Frequency threshold 10 iFlim10i. Unit Hz. Typical value 0.

flim2
type: ObjectProperty
domain: GovCT2
range: Frequency
comment: Frequency threshold 2 iFlim2i. Unit Hz. Typical value 0.

flim3
type: ObjectProperty
domain: GovCT2
range: Frequency
comment: Frequency threshold 3 iFlim3i. Unit Hz. Typical value 0.

flim4
type: ObjectProperty
domain: GovCT2
range: Frequency
comment: Frequency threshold 4 iFlim4i. Unit Hz. Typical value 0.

flim5
type: ObjectProperty
domain: GovCT2
range: Frequency
comment: Frequency threshold 5 iFlim5i. Unit Hz. Typical value 0.

flim6
type: ObjectProperty
domain: GovCT2
range: Frequency
comment: Frequency threshold 6 iFlim6i. Unit Hz. Typical value 0.

flim7
type: ObjectProperty
domain: GovCT2
range: Frequency
comment: Frequency threshold 7 iFlim7i. Unit Hz. Typical value 0.

flim8
type: ObjectProperty
domain: GovCT2
range: Frequency
comment: Frequency threshold 8 iFlim8i. Unit Hz. Typical value 0.

flim9
type: ObjectProperty
domain: GovCT2
range: Frequency
comment: Frequency threshold 9 iFlim9i. Unit Hz. Typical value 0.

ka
type: ObjectProperty
domain: GovCT2
range: PU
comment: Acceleration limiter gain iKai. Typical value 10.

kdgov
type: ObjectProperty
domain: GovCT2
range: PU
comment: Governor derivative gain iKdgovi. Typical value 0.

kigov
type: ObjectProperty
domain: GovCT2
range: PU
comment: Governor integral gain iKigovi. Typical value 045.

kiload
type: ObjectProperty
domain: GovCT2
range: PU
comment: Load limiter integral gain for PI controller iKiloadi. Typical value 1.

kimw
type: ObjectProperty
domain: GovCT2
range: PU
comment: Power controller reset gain iKimwi. The default value of 001 corresponds to a reset time of 100 seconds. A value of 0001 corresponds to a relatively slowacting load controller. Typical value 0.

kpgov
type: ObjectProperty
domain: GovCT2
range: PU
comment: Governor proportional gain iKpgovi. Typical value 4.

kpload
type: ObjectProperty
domain: GovCT2
range: PU
comment: Load limiter proportional gain for PI controller iKploadi. Typical value 1.

kturb
type: ObjectProperty
domain: GovCT2
range: PU
comment: Turbine gain iKturbi. Typical value 19168.

ldref
type: ObjectProperty
domain: GovCT2
range: PU
comment: Load limiter reference value iLdrefi. Typical value 1.

maxerr
type: ObjectProperty
domain: GovCT2
range: PU
comment: Maximum value for speed error signal iMaxerri gt GovCT2.minerr. Typical value 1.

minerr
type: ObjectProperty
domain: GovCT2
range: PU
comment: Minimum value for speed error signal iMinerri lt GovCT2.maxerr. Typical value 1.

mwbase
type: ObjectProperty
domain: GovCT2
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

plim1
type: ObjectProperty
domain: GovCT2
range: PU
comment: Power limit 1 iPlim1i. Typical value 08325.

plim10
type: ObjectProperty
domain: GovCT2
range: PU
comment: Power limit 10 iPlim10i. Typical value 0.

plim2
type: ObjectProperty
domain: GovCT2
range: PU
comment: Power limit 2 Plim2. Typical value 0.

plim3
type: ObjectProperty
domain: GovCT2
range: PU
comment: Power limit 3 iPlim3i. Typical value 0.

plim4
type: ObjectProperty
domain: GovCT2
range: PU
comment: Power limit 4 iPlim4i. Typical value 0.

plim5
type: ObjectProperty
domain: GovCT2
range: PU
comment: Power limit 5 iPlim5i. Typical value 0.

plim6
type: ObjectProperty
domain: GovCT2
range: PU
comment: Power limit 6 iPlim6i. Typical value 0.

plim7
type: ObjectProperty
domain: GovCT2
range: PU
comment: Power limit 7 iPlim7i. Typical value 0.

plim8
type: ObjectProperty
domain: GovCT2
range: PU
comment: Power limit 8 iPlim8i. Typical value 0.

plim9
type: ObjectProperty
domain: GovCT2
range: PU
comment: Power Limit 9 iPlim9i. Typical value 0.

prate
type: ObjectProperty
domain: GovCT2
range: PU
comment: Ramp rate for frequencydependent power limit iPratei. Typical value 0017.

r
type: ObjectProperty
domain: GovCT2
range: PU
comment: Permanent droop iRi. Typical value 005.

rdown
type: ObjectProperty
domain: GovCT2
range: PU
comment: Maximum rate of load limit decrease iRdowni. Typical value 99.

rselect
type: ObjectProperty
domain: GovCT2
range: DroopSignalFeedbackKind
comment: Feedback signal for droop iRselecti. Typical value electricalPower.

rup
type: ObjectProperty
domain: GovCT2
range: PU
comment: Maximum rate of load limit increase iRupi. Typical value 99.

ta
type: ObjectProperty
domain: GovCT2
range: Seconds
comment: Acceleration limiter time constant iTai gt 0. Typical value 1.

tact
type: ObjectProperty
domain: GovCT2
range: Seconds
comment: Actuator time constant iTacti gt 0. Typical value 04.

tb
type: ObjectProperty
domain: GovCT2
range: Seconds
comment: Turbine lag time constant iTbi gt 0. Typical value 01.

tc
type: ObjectProperty
domain: GovCT2
range: Seconds
comment: Turbine lead time constant iTci gt 0. Typical value 0.

tdgov
type: ObjectProperty
domain: GovCT2
range: Seconds
comment: Governor derivative controller time constant iTdgovi gt 0. Typical value 1.

teng
type: ObjectProperty
domain: GovCT2
range: Seconds
comment: Transport time delay for diesel engine used in representing diesel engines where there is a small but measurable transport delay between a change in fuel flow setting and the development of torque iTengi gt 0. iTengi should be zero in all but special cases where this transport delay is of particular concern. Typical value 0.

tfload
type: ObjectProperty
domain: GovCT2
range: Seconds
comment: Load limiter time constant iTfloadi gt 0. Typical value 3.

tpelec
type: ObjectProperty
domain: GovCT2
range: Seconds
comment: Electrical power transducer time constant iTpeleci gt 0. Typical value 25.

tsa
type: ObjectProperty
domain: GovCT2
range: Seconds
comment: Temperature detection lead time constant iTsai gt 0. Typical value 0.

tsb
type: ObjectProperty
domain: GovCT2
range: Seconds
comment: Temperature detection lag time constant iTsbi gt 0. Typical value 50.

vmax
type: ObjectProperty
domain: GovCT2
range: PU
comment: Maximum valve position limit iVmaxi gt GovCT2.vmin. Typical value 1.

vmin
type: ObjectProperty
domain: GovCT2
range: PU
comment: Minimum valve position limit iVmini lt GovCT2.vmax. Typical value 0175.

wfnl
type: ObjectProperty
domain: GovCT2
range: PU
comment: No load fuel flow iWfnli. Typical value 0187.

at
type: ObjectProperty
domain: GovGAST
range: PU
comment: Ambient temperature load limit iLoad Limiti. Typical value 1.

dturb
type: ObjectProperty
domain: GovGAST
range: PU
comment: Turbine damping factor iDturbi. Typical value 018.

kt
type: ObjectProperty
domain: GovGAST
range: PU
comment: Temperature limiter gain iKti. Typical value 3.

mwbase
type: ObjectProperty
domain: GovGAST
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

r
type: ObjectProperty
domain: GovGAST
range: PU
comment: Permanent droop iRi gt0. Typical value 004.

t1
type: ObjectProperty
domain: GovGAST
range: Seconds
comment: Governor mechanism time constant iT1i gt 0. iT1i represents the natural valve positioning time constant of the governor for small disturbances as seen when rate limiting is not in effect. Typical value 05.

t2
type: ObjectProperty
domain: GovGAST
range: Seconds
comment: Turbine power time constant iT2i gt 0. iT2i represents delay due to internal energy storage of the gas turbine engine. iT2i can be used to give a rough approximation to the delay associated with acceleration of the compressor spool of a multishaft engine or with the compressibility of gas in the plenum of a free power turbine of an aeroderivative unit for example. Typical value 05.

t3
type: ObjectProperty
domain: GovGAST
range: Seconds
comment: Turbine exhaust temperature time constant iT3i gt 0. Typical value 3.

vmax
type: ObjectProperty
domain: GovGAST
range: PU
comment: Maximum turbine power PU of MWbase iVmaxi gt GovGAST.vmin. Typical value 1.

vmin
type: ObjectProperty
domain: GovGAST
range: PU
comment: Minimum turbine power PU of MWbase iVmini lt GovGAST.vmax. Typical value 0.

db1
type: ObjectProperty
domain: GovGAST1
range: Frequency
comment: Intentional deadband width idb1i. Unit Hz. Typical value 0.

db2
type: ObjectProperty
domain: GovGAST1
range: ActivePower
comment: Unintentional deadband idb2i. Unit MW. Typical value 0.

eps
type: ObjectProperty
domain: GovGAST1
range: Frequency
comment: Intentional db hysteresis iepsi. Unit Hz. Typical value 0.

fidle
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Fuel flow at zero power output iFidlei. Typical value 018.

gv1
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Nonlinear gain point 1 PU gv iGv1i. Typical value 0.

gv2
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Nonlinear gain point 2PU gv iGv2i. Typical value 0.

gv3
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Nonlinear gain point 3 PU gv iGv3i. Typical value 0.

gv4
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Nonlinear gain point 4 PU gv iGv4i. Typical value 0.

gv5
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Nonlinear gain point 5 PU gv iGv5i. Typical value 0.

gv6
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Nonlinear gain point 6 PU gv iGv6i. Typical value 0.

ka
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Governor gain iKai. Typical value 0.

kt
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Temperature limiter gain iKti. Typical value 3.

lmax
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Ambient temperature load limit iLmaxi. iLmaxi is the turbine power output corresponding to the limiting exhaust gas temperature. Typical value 1.

loadinc
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Valve position change allowed at fast rate iLoadinci. Typical value 005.

mwbase
type: ObjectProperty
domain: GovGAST1
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

pgv1
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Nonlinear gain point 1 PU power iPgv1i. Typical value 0.

pgv2
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Nonlinear gain point 2 PU power iPgv2i. Typical value 0.

pgv3
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Nonlinear gain point 3 PU power iPgv3i. Typical value 0.

pgv4
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Nonlinear gain point 4 PU power iPgv4i. Typical value 0.

pgv5
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Nonlinear gain point 5 PU power iPgv5i. Typical value 0.

pgv6
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Nonlinear gain point 6 PU power iPgv6i. Typical value 0.

r
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Permanent droop iRi gt0. Typical value 004.

t1
type: ObjectProperty
domain: GovGAST1
range: Seconds
comment: Governor mechanism time constant iT1i gt 0. iT1i represents the natural valve positioning time constant of the governor for small disturbances as seen when rate limiting is not in effect. Typical value 05.

t2
type: ObjectProperty
domain: GovGAST1
range: Seconds
comment: Turbine power time constant iT2i gt 0. iT2i represents delay due to internal energy storage of the gas turbine engine. iT2i can be used to give a rough approximation to the delay associated with acceleration of the compressor spool of a multishaft engine or with the compressibility of gas in the plenum of the free power turbine of an aeroderivative unit for example. Typical value 05.

t3
type: ObjectProperty
domain: GovGAST1
range: Seconds
comment: Turbine exhaust temperature time constant iT3i gt 0. iT3i represents delay in the exhaust temperature and load limiting system. Typical value 3.

t4
type: ObjectProperty
domain: GovGAST1
range: Seconds
comment: Governor lead time constant iT4i gt 0. Typical value 0.

t5
type: ObjectProperty
domain: GovGAST1
range: Seconds
comment: Governor lag time constant iT5i gt 0. If 0 entire gain and leadlag block is bypassed. Typical value 0.

tltr
type: ObjectProperty
domain: GovGAST1
range: Seconds
comment: Valve position averaging time constant iTltri gt 0. Typical value 10.

vmax
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Maximum turbine power PU of MWbase iVmaxi gt GovGAST1.vmin. Typical value 1.

vmin
type: ObjectProperty
domain: GovGAST1
range: PU
comment: Minimum turbine power PU of MWbase iVmini lt GovGAST1.vmax. Typical value 0.

af1
type: ObjectProperty
domain: GovGAST2
range: PU
comment: Exhaust temperature parameter iAf1i. Unit PU temperature. Based on temperature in degrees C.

af2
type: ObjectProperty
domain: GovGAST2
range: PU
comment: Coefficient equal to 051speed iAf2i.

bf1
type: ObjectProperty
domain: GovGAST2
range: PU
comment: iBf1i. iBf1i iEi1 iWi where iEi speed sensitivity coefficient is 055 to 065 x iTri. Unit PU temperature. Based on temperature in degrees C.

bf2
type: ObjectProperty
domain: GovGAST2
range: PU
comment: Turbine torque coefficient Ksubhhvsub depends on heating value of fuel stream in combustion chamber iBf2i.

cf2
type: ObjectProperty
domain: GovGAST2
range: PU
comment: Coefficient defining fuel flow where power output is 0 iCf2i. Synchronous but no output. Typically 023 x Ksubhhvsub 23 fuel flow.

ecr
type: ObjectProperty
domain: GovGAST2
range: Seconds
comment: Combustion reaction time delay iEcri gt 0.

etd
type: ObjectProperty
domain: GovGAST2
range: Seconds
comment: Turbine and exhaust delay iEtdi gt 0.

k3
type: ObjectProperty
domain: GovGAST2
range: PU
comment: Ratio of fuel adjustment iK3i.

k4
type: ObjectProperty
domain: GovGAST2
range: PU
comment: Gain of radiation shield iK4i.

k5
type: ObjectProperty
domain: GovGAST2
range: PU
comment: Gain of radiation shield iK5i.

k6
type: ObjectProperty
domain: GovGAST2
range: PU
comment: Minimum fuel flow iK6i.

kf
type: ObjectProperty
domain: GovGAST2
range: PU
comment: Fuel system feedback iKfi.

mwbase
type: ObjectProperty
domain: GovGAST2
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

t
type: ObjectProperty
domain: GovGAST2
range: Seconds
comment: Fuel control time constant iTi gt 0.

t3
type: ObjectProperty
domain: GovGAST2
range: Seconds
comment: Radiation shield time constant iT3i gt 0.

t4
type: ObjectProperty
domain: GovGAST2
range: Seconds
comment: Thermocouple time constant iT4i gt 0.

t5
type: ObjectProperty
domain: GovGAST2
range: Seconds
comment: Temperature control time constant iT5i gt 0.

tc
type: ObjectProperty
domain: GovGAST2
range: Temperature
comment: Temperature control iTci. Unit F or C depending on parameters iAf1i and iBf1i.

tcd
type: ObjectProperty
domain: GovGAST2
range: Seconds
comment: Compressor discharge time constant iTcdi gt 0.

tf
type: ObjectProperty
domain: GovGAST2
range: Seconds
comment: Fuel system time constant iTfi gt 0.

tmax
type: ObjectProperty
domain: GovGAST2
range: PU
comment: Maximum turbine limit iTmaxi gt GovGAST2.tmin.

tmin
type: ObjectProperty
domain: GovGAST2
range: PU
comment: Minimum turbine limit iTmini lt GovGAST2.tmax.

tr
type: ObjectProperty
domain: GovGAST2
range: Temperature
comment: Rated temperature iTri. Unit C depending on parametersi Af1 iand iBf1i.

trate
type: ObjectProperty
domain: GovGAST2
range: ActivePower
comment: Turbine rating iTratei. Unit MW.

tt
type: ObjectProperty
domain: GovGAST2
range: Seconds
comment: Temperature controller integration rate iTti gt 0.

w
type: ObjectProperty
domain: GovGAST2
range: PU
comment: Governor gain 1droop on turbine rating iWi.

x
type: ObjectProperty
domain: GovGAST2
range: Seconds
comment: Governor lead time constant iXi gt 0.

y
type: ObjectProperty
domain: GovGAST2
range: Seconds
comment: Governor lag time constant iYi gt 0.

bp
type: ObjectProperty
domain: GovGAST3
range: PU
comment: Droop ibpi. Typical value 005.

dtc
type: ObjectProperty
domain: GovGAST3
range: Temperature
comment: Exhaust temperature variation due to fuel flow increasing from 0 to 1 PU ideltaTci. Typical value 390.

ka
type: ObjectProperty
domain: GovGAST3
range: PU
comment: Minimum fuel flow iKai. Typical value 023.

mnef
type: ObjectProperty
domain: GovGAST3
range: PU
comment: Fuel flow maximum negative error value iMNefi. Typical value 005.

mxef
type: ObjectProperty
domain: GovGAST3
range: PU
comment: Fuel flow maximum positive error value iMXefi. Typical value 005.

rcmn
type: ObjectProperty
domain: GovGAST3
range: PU
comment: Minimum fuel flow iRCMNi. Typical value 01.

rcmx
type: ObjectProperty
domain: GovGAST3
range: PU
comment: Maximum fuel flow iRCMXi. Typical value 1.

tac
type: ObjectProperty
domain: GovGAST3
range: Seconds
comment: Fuel control time constant iTaci gt 0. Typical value 01.

tc
type: ObjectProperty
domain: GovGAST3
range: Seconds
comment: Compressor discharge volume time constant iTci gt 0. Typical value 02.

td
type: ObjectProperty
domain: GovGAST3
range: Seconds
comment: Temperature controller derivative gain iTdi gt 0. Typical value 33.

tfen
type: ObjectProperty
domain: GovGAST3
range: Temperature
comment: Turbine rated exhaust temperature correspondent to Pm1 PU iTfeni. Typical value 540.

tg
type: ObjectProperty
domain: GovGAST3
range: Seconds
comment: Time constant of speed governor iTgi gt 0. Typical value 005.

tsi
type: ObjectProperty
domain: GovGAST3
range: Seconds
comment: Time constant of radiation shield iTsii gt 0. Typical value 15.

tt
type: ObjectProperty
domain: GovGAST3
range: Temperature
comment: Temperature controller integration rate iTti. Typical value 250.

ttc
type: ObjectProperty
domain: GovGAST3
range: Seconds
comment: Time constant of thermocouple iTtci gt 0. Typical value 25.

ty
type: ObjectProperty
domain: GovGAST3
range: Seconds
comment: Time constant of fuel valve positioner iTyi gt 0. Typical value 02.

bp
type: ObjectProperty
domain: GovGAST4
range: PU
comment: Droop ibiisubpsubi. Typical value 005.

ktm
type: ObjectProperty
domain: GovGAST4
range: PU
comment: Compressor gain iKtmi. Typical value 0.

mnef
type: ObjectProperty
domain: GovGAST4
range: PU
comment: Fuel flow maximum negative error value iMNefi. Typical value 005.

mxef
type: ObjectProperty
domain: GovGAST4
range: PU
comment: Fuel flow maximum positive error value iMXefi. Typical value 005.

rymn
type: ObjectProperty
domain: GovGAST4
range: PU
comment: Minimum valve opening iRYMNi. Typical value 0.

rymx
type: ObjectProperty
domain: GovGAST4
range: PU
comment: Maximum valve opening iRYMXi. Typical value 11.

ta
type: ObjectProperty
domain: GovGAST4
range: Seconds
comment: Maximum gate opening velocity iTAi gt 0. Typical value 3.

tc
type: ObjectProperty
domain: GovGAST4
range: Seconds
comment: Maximum gate closing velocity iTCi gt 0. Typical value 05.

tcm
type: ObjectProperty
domain: GovGAST4
range: Seconds
comment: Fuel control time constant iTcmi gt 0. Typical value 01.

tm
type: ObjectProperty
domain: GovGAST4
range: Seconds
comment: Compressor discharge volume time constant iTmi gt 0. Typical value 02.

ty
type: ObjectProperty
domain: GovGAST4
range: Seconds
comment: Time constant of fuel valve positioner iTyi gt 0. Typical value 01.

af1
type: ObjectProperty
domain: GovGASTWD
range: PU
comment: Exhaust temperature parameter iAf1i.

af2
type: ObjectProperty
domain: GovGASTWD
range: PU
comment: Coefficient equal to 051speed iAf2i.

bf1
type: ObjectProperty
domain: GovGASTWD
range: PU
comment: iBf1i. iBf1i iEi1iwi where iEi speed sensitivity coefficient is 055 to 065 x iTri.

bf2
type: ObjectProperty
domain: GovGASTWD
range: PU
comment: Turbine torque coefficient Ksubhhvsub depends on heating value of fuel stream in combustion chamber iBf2i.

cf2
type: ObjectProperty
domain: GovGASTWD
range: PU
comment: Coefficient defining fuel flow where power output is 0 iCf2i. Synchronous but no output. Typically 023 x Ksubhhv sub23 fuel flow.

ecr
type: ObjectProperty
domain: GovGASTWD
range: Seconds
comment: Combustion reaction time delay iEcri gt 0.

etd
type: ObjectProperty
domain: GovGASTWD
range: Seconds
comment: Turbine and exhaust delay iEtdi gt 0.

k3
type: ObjectProperty
domain: GovGASTWD
range: PU
comment: Ratio of fuel adjustment iK3i.

k4
type: ObjectProperty
domain: GovGASTWD
range: PU
comment: Gain of radiation shield iK4i.

k5
type: ObjectProperty
domain: GovGASTWD
range: PU
comment: Gain of radiation shield iK5i.

k6
type: ObjectProperty
domain: GovGASTWD
range: PU
comment: Minimum fuel flow iK6i.

kd
type: ObjectProperty
domain: GovGASTWD
range: PU
comment: Drop governor gain iKdi.

kdroop
type: ObjectProperty
domain: GovGASTWD
range: PU
comment: iKdroopi gt 0.

kf
type: ObjectProperty
domain: GovGASTWD
range: PU
comment: Fuel system feedback iKfi.

ki
type: ObjectProperty
domain: GovGASTWD
range: PU
comment: Isochronous Governor Gain iKii.

kp
type: ObjectProperty
domain: GovGASTWD
range: PU
comment: PID proportional gain iKpi.

mwbase
type: ObjectProperty
domain: GovGASTWD
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

t
type: ObjectProperty
domain: GovGASTWD
range: Seconds
comment: Fuel control time constant iTi gt 0.

t3
type: ObjectProperty
domain: GovGASTWD
range: Seconds
comment: Radiation shield time constant iT3i gt 0.

t4
type: ObjectProperty
domain: GovGASTWD
range: Seconds
comment: Thermocouple time constant iT4i gt 0.

t5
type: ObjectProperty
domain: GovGASTWD
range: Seconds
comment: Temperature control time constant iT5i gt 0.

tc
type: ObjectProperty
domain: GovGASTWD
range: Temperature
comment: Temperature control iTci.

tcd
type: ObjectProperty
domain: GovGASTWD
range: Seconds
comment: Compressor discharge time constant iTcdi gt 0.

td
type: ObjectProperty
domain: GovGASTWD
range: Seconds
comment: Power transducer time constant iTdi gt 0.

tf
type: ObjectProperty
domain: GovGASTWD
range: Seconds
comment: Fuel system time constant iTfi gt 0.

tmax
type: ObjectProperty
domain: GovGASTWD
range: PU
comment: Maximum Turbine limit iTmaxi gt GovGASTWD.tmin.

tmin
type: ObjectProperty
domain: GovGASTWD
range: PU
comment: Minimum turbine limit iTmini lt GovGASTWD.tmax.

tr
type: ObjectProperty
domain: GovGASTWD
range: Temperature
comment: Rated temperature iTri.

trate
type: ObjectProperty
domain: GovGASTWD
range: ActivePower
comment: Turbine rating iTratei. Unit MW.

tt
type: ObjectProperty
domain: GovGASTWD
range: Seconds
comment: Temperature controller integration rate iTti gt 0.

at
type: ObjectProperty
domain: GovHydro1
range: PU
comment: Turbine gain iAti gt 0. Typical value 12.

dturb
type: ObjectProperty
domain: GovHydro1
range: PU
comment: Turbine damping factor iDturbi gt 0. Typical value 05.

gmax
type: ObjectProperty
domain: GovHydro1
range: PU
comment: Maximum gate opening iGmaxi gt 0 and gt GovHydro.gmin. Typical value 1.

gmin
type: ObjectProperty
domain: GovHydro1
range: PU
comment: Minimum gate opening iGmini gt 0 and lt GovHydro1.gmax. Typical value 0.

hdam
type: ObjectProperty
domain: GovHydro1
range: PU
comment: Turbine nominal head ihdami. Typical value 1.

mwbase
type: ObjectProperty
domain: GovHydro1
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

qnl
type: ObjectProperty
domain: GovHydro1
range: PU
comment: Noload flow at nominal head iqnli gt 0. Typical value 008.

rperm
type: ObjectProperty
domain: GovHydro1
range: PU
comment: Permanent droop iRi gt 0. Typical value 004.

rtemp
type: ObjectProperty
domain: GovHydro1
range: PU
comment: Temporary droop iri gt GovHydro1.rperm. Typical value 03.

tf
type: ObjectProperty
domain: GovHydro1
range: Seconds
comment: Filter time constant iTfi gt 0. Typical value 005.

tg
type: ObjectProperty
domain: GovHydro1
range: Seconds
comment: Gate servo time constant iTgi gt 0. Typical value 05.

tr
type: ObjectProperty
domain: GovHydro1
range: Seconds
comment: Washout time constant iTri gt 0. Typical value 5.

tw
type: ObjectProperty
domain: GovHydro1
range: Seconds
comment: Water inertia time constant iTwi gt 0. Typical value 1.

aturb
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Turbine numerator multiplier iAturbi. Typical value 1.

bturb
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Turbine denominator multiplier iBturbi gt 0. Typical value 05.

db1
type: ObjectProperty
domain: GovHydro2
range: Frequency
comment: Intentional deadband width idb1i. Unit Hz. Typical value 0.

db2
type: ObjectProperty
domain: GovHydro2
range: ActivePower
comment: Unintentional deadband idb2i. Unit MW. Typical value 0.

eps
type: ObjectProperty
domain: GovHydro2
range: Frequency
comment: Intentional db hysteresis iepsi. Unit Hz. Typical value 0.

gv1
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Nonlinear gain point 1 PU gv iGv1i. Typical value 0.

gv2
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Nonlinear gain point 2 PU gv iGv2i. Typical value 0.

gv3
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Nonlinear gain point 3 PU gv iGv3i. Typical value 0.

gv4
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Nonlinear gain point 4 PU gv iGv4i. Typical value 0.

gv5
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Nonlinear gain point 5 PU gv iGv5i. Typical value 0.

gv6
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Nonlinear gain point 6 PU gv iGv6i. Typical value 0.

kturb
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Turbine gain iKturbi. Typical value 1.

mwbase
type: ObjectProperty
domain: GovHydro2
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

pgv1
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Nonlinear gain point 1 PU power iPgv1i. Typical value 0.

pgv2
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Nonlinear gain point 2 PU power iPgv2i. Typical value 0.

pgv3
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Nonlinear gain point 3 PU power iPgv3i. Typical value 0.

pgv4
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Nonlinear gain point 4 PU power Pigv4i. Typical value 0.

pgv5
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Nonlinear gain point 5 PU power iPgv5i. Typical value 0.

pgv6
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Nonlinear gain point 6 PU power iPgv6i. Typical value 0.

pmax
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Maximum gate opening iPmaxi gt GovHydro2.pmin. Typical value 1.

pmin
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Minimum gate opening iPmini lt GovHydro2.pmax. Typical value 0.

rperm
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Permanent droop iRpermi. Typical value 005.

rtemp
type: ObjectProperty
domain: GovHydro2
range: PU
comment: Temporary droop iRtempi. Typical value 05.

tg
type: ObjectProperty
domain: GovHydro2
range: Seconds
comment: Gate servo time constant iTgi gt 0. Typical value 05.

tp
type: ObjectProperty
domain: GovHydro2
range: Seconds
comment: Pilot servo valve time constant iTpi gt 0. Typical value 003.

tr
type: ObjectProperty
domain: GovHydro2
range: Seconds
comment: Dashpot time constant iTri gt 0. Typical value 12.

tw
type: ObjectProperty
domain: GovHydro2
range: Seconds
comment: Water inertia time constant iTwi gt 0. Typical value 2.

at
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Turbine gain iAti gt0. Typical value 12.

db1
type: ObjectProperty
domain: GovHydro3
range: Frequency
comment: Intentional deadband width idb1i. Unit Hz. Typical value 0.

db2
type: ObjectProperty
domain: GovHydro3
range: ActivePower
comment: Unintentional deadband idb2i. Unit MW. Typical value 0.

dturb
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Turbine damping factor iDturbi. Typical value 02.

eps
type: ObjectProperty
domain: GovHydro3
range: Frequency
comment: Intentional db hysteresis iepsi. Unit Hz. Typical value 0.

gv1
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Nonlinear gain point 1 PU gv iGv1i. Typical value 0.

gv2
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Nonlinear gain point 2 PU gv iGv2i. Typical value 0.

gv3
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Nonlinear gain point 3 PU gv iGv3i. Typical value 0.

gv4
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Nonlinear gain point 4 PU gv iGv4i. Typical value 0.

gv5
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Nonlinear gain point 5 PU gv iGv5i. Typical value 0.

gv6
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Nonlinear gain point 6 PU gv iGv6i. Typical value 0.

h0
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Turbine nominal head iH0i. Typical value 1.

k1
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Derivative gain iK1i. Typical value 001.

k2
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Double derivative gain if iCflagi 1 iK2i. Typical value 25.

kg
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Gate servo gain iKgi. Typical value 2.

ki
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Integral gain iKii. Typical value 05.

mwbase
type: ObjectProperty
domain: GovHydro3
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

pgv1
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Nonlinear gain point 1 PU power iPgv1i. Typical value 0.

pgv2
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Nonlinear gain point 2 PU power iPgv2i. Typical value 0.

pgv3
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Nonlinear gain point 3 PU power iPgv3i. Typical value 0.

pgv4
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Nonlinear gain point 4 PU power iPgv4i. Typical value 0.

pgv5
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Nonlinear gain point 5 PU power iPgv5i. Typical value 0.

pgv6
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Nonlinear gain point 6 PU power iPgv6i. Typical value 0.

pmax
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Maximum gate opening PU of MWbase iPmaxi gt GovHydro3.pmin. Typical value 1.

pmin
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Minimum gate opening PU of iMWbasei iPmini lt GovHydro3.pmax. Typical value 0.

qnl
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Noload turbine flow at nominal head iQnli. Typical value 008.

relec
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Steadystate droop PU for electrical power feedback iReleci. Typical value 005.

rgate
type: ObjectProperty
domain: GovHydro3
range: PU
comment: Steadystate droop PU for governor output feedback iRgatei. Typical value 0.

td
type: ObjectProperty
domain: GovHydro3
range: Seconds
comment: Input filter time constant iTdi gt 0. Typical value 005.

tf
type: ObjectProperty
domain: GovHydro3
range: Seconds
comment: Washout time constant iTfi gt 0. Typical value 01.

tp
type: ObjectProperty
domain: GovHydro3
range: Seconds
comment: Gate servo time constant iTpi gt 0. Typical value 005.

tt
type: ObjectProperty
domain: GovHydro3
range: Seconds
comment: Power feedback time constant iTti gt 0. Typical value 02.

tw
type: ObjectProperty
domain: GovHydro3
range: Seconds
comment: Water inertia time constant iTwi gt 0. If 0 block is bypassed. Typical value 1.

at
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Turbine gain iAti. Typical value 12.

bgv0
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Kaplan blade servo point 0 iBgv0i 0 for simple 0 for FrancisPelton. Typical value for Kaplan 0.

bgv1
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Kaplan blade servo point 1 iBgv1i 0 for simple 0 for FrancisPelton. Typical value for Kaplan 0.

bgv2
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Kaplan blade servo point 2 iBgv2i 0 for simple 0 for FrancisPelton. Typical value for Kaplan 01.

bgv3
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Kaplan blade servo point 3 iBgv3i 0 for simple 0 for FrancisPelton. Typical value for Kaplan 0667.

bgv4
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Kaplan blade servo point 4 iBgv4i 0 for simple 0 for FrancisPelton. Typical value for Kaplan 09.

bgv5
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Kaplan blade servo point 5 iBgv5i 0 for simple 0 for FrancisPelton. Typical value for Kaplan 1.

db1
type: ObjectProperty
domain: GovHydro4
range: Frequency
comment: Intentional deadband width idb1i. Unit Hz. Typical value 0.

db2
type: ObjectProperty
domain: GovHydro4
range: ActivePower
comment: Unintentional deadband idb2i. Unit MW. Typical value 0.

dturb
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Turbine damping factor iDturbi. Unit delta P PU of iMWbasei delta speed PU. Typical value for simple 05 FrancisPelton 11 Kaplan 11.

eps
type: ObjectProperty
domain: GovHydro4
range: Frequency
comment: Intentional db hysteresis iepsi. Unit Hz. Typical value 0.

gmax
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Maximum gate opening PU of iMWbasei iGmaxi gt GovHydro4.gmin. Typical value 1.

gmin
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Minimum gate opening PU of iMWbasei iGmini lt GovHydro4.gmax. Typical value 0.

gv0
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Nonlinear gain point 0 PU gv iGv0i 0 for simple. Typical for FrancisPelton 01 Kaplan 01.

gv1
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Nonlinear gain point 1 PU gv iGv1i 0 for simple gt GovHydro4.gv0 for FrancisPelton and Kaplan. Typical value for FrancisPelton 04 Kaplan 04.

gv2
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Nonlinear gain point 2 PU gv iGv2i 0 for simple gt GovHydro4.gv1 for FrancisPelton and Kaplan. Typical value for FrancisPelton 05 Kaplan 05.

gv3
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Nonlinear gain point 3 PU gv iGv3i 0 for simple gt GovHydro4.gv2 for FrancisPelton and Kaplan. Typical value for FrancisPelton 07 Kaplan 07.

gv4
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Nonlinear gain point 4 PU gv iGv4i 0 for simple gt GovHydro4.gv3 for FrancisPelton and Kaplan. Typical value for FrancisPelton 08 Kaplan 08.

gv5
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Nonlinear gain point 5 PU gv iGv5i 0 for simple lt 1 and gt GovHydro4.gv4 for FrancisPelton and Kaplan. Typical value for FrancisPelton 09 Kaplan 09.

hdam
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Head available at dam ihdami. Typical value 1.

model
type: ObjectProperty
domain: GovHydro4
range: GovHydro4ModelKind
comment: The kind of model being represented simple FrancisPelton or Kaplan.

mwbase
type: ObjectProperty
domain: GovHydro4
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

pgv0
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Nonlinear gain point 0 PU power iPgv0i 0 for simple. Typical value 0.

pgv1
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Nonlinear gain point 1 PU power iPgv1i 0 for simple.Typical value for FrancisPelton 042 Kaplan 035.

pgv2
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Nonlinear gain point 2 PU power iPgv2i 0 for simple.Typical value for FrancisPelton 056 Kaplan 0468.

pgv3
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Nonlinear gain point 3 PU power iPgv3i 0 for simple.Typical value for FrancisPelton 08 Kaplan 0796.

pgv4
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Nonlinear gain point 4 PU power iPgv4i 0 for simple.Typical value for FrancisPelton 09 Kaplan 0917.

pgv5
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Nonlinear gain point 5 PU power iPgv5i 0 for simple. Typical value for FrancisPelton 097 Kaplan 099.

qnl
type: ObjectProperty
domain: GovHydro4
range: PU
comment: Noload flow at nominal head iQnli.Typical value for simple 008 FrancisPelton 0 Kaplan 0.

rperm
type: ObjectProperty
domain: GovHydro4
range: Seconds
comment: Permanent droop iRpermi gt 0. Typical value 005.

rtemp
type: ObjectProperty
domain: GovHydro4
range: Seconds
comment: Temporary droop iRtempi gt 0. Typical value 03.

tblade
type: ObjectProperty
domain: GovHydro4
range: Seconds
comment: Blade servo time constant iTbladei gt 0. Typical value 100.

tg
type: ObjectProperty
domain: GovHydro4
range: Seconds
comment: Gate servo time constant iTgi gt 0. Typical value 05.

tp
type: ObjectProperty
domain: GovHydro4
range: Seconds
comment: Pilot servo time constant iTpi gt 0. Typical value 01.

tr
type: ObjectProperty
domain: GovHydro4
range: Seconds
comment: Dashpot time constant iTri gt 0. Typical value 5.

tw
type: ObjectProperty
domain: GovHydro4
range: Seconds
comment: Water inertia time constant iTwi gt 0. Typical value 1.

aturb
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Turbine numerator multiplier iAturbi see parameter detail 3. Typical value 1.

bturb
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Turbine denominator multiplier iBturbi see parameter detail 3. Typical value 05.

db1
type: ObjectProperty
domain: GovHydroDD
range: Frequency
comment: Intentional deadband width idb1i. Unit Hz. Typical value 0.

db2
type: ObjectProperty
domain: GovHydroDD
range: ActivePower
comment: Unintentional deadband idb2i. Unit MW. Typical value 0.

eps
type: ObjectProperty
domain: GovHydroDD
range: Frequency
comment: Intentional db hysteresis iepsi. Unit Hz. Typical value 0.

gmax
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Maximum gate opening iGmaxi gt GovHydroDD.gmin. Typical value 0.

gmin
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Minimum gate opening iGmini lt GovHydroDD.gmax. Typical value 0.

gv1
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Nonlinear gain point 1 PU gv iGv1i. Typical value 0.

gv2
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Nonlinear gain point 2 PU gv iGv2i. Typical value 0.

gv3
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Nonlinear gain point 3 PU gv iGv3i. Typical value 0.

gv4
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Nonlinear gain point 4 PU gv iGv4i. Typical value 0.

gv5
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Nonlinear gain point 5 PU gv iGv5i. Typical value 0.

gv6
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Nonlinear gain point 6 PU gv iGv6i. Typical value 0.

k1
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Single derivative gain iK1i. Typical value 36.

k2
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Double derivative gain iK2i. Typical value 02.

kg
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Gate servo gain iKgi. Typical value 3.

ki
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Integral gain iKii. Typical value 1.

mwbase
type: ObjectProperty
domain: GovHydroDD
range: ActivePower
comment: Base for power values iMWbasei gt0. Unit MW.

pgv1
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Nonlinear gain point 1 PU power iPgv1i. Typical value 0.

pgv2
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Nonlinear gain point 2 PU power iPgv2i. Typical value 0.

pgv3
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Nonlinear gain point 3 PU power iPgv3i. Typical value 0.

pgv4
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Nonlinear gain point 4 PU power iPgv4i. Typical value 0.

pgv5
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Nonlinear gain point 5 PU power iPgv5i. Typical value 0.

pgv6
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Nonlinear gain point 6 PU power iPgv6i. Typical value 0.

pmax
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Maximum gate opening PU of iMWbasei iPmaxi gt GovHydroDD.pmin. Typical value 1.

pmin
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Minimum gate opening PU of iMWbasei iPmini gt GovHydroDD.pmax. Typical value 0.

r
type: ObjectProperty
domain: GovHydroDD
range: PU
comment: Steady state droop iRi. Typical value 005.

td
type: ObjectProperty
domain: GovHydroDD
range: Seconds
comment: Input filter time constant iTdi gt 0. If 0 block is bypassed. Typical value 0.

tf
type: ObjectProperty
domain: GovHydroDD
range: Seconds
comment: Washout time constant iTfi gt 0. Typical value 01.

tp
type: ObjectProperty
domain: GovHydroDD
range: Seconds
comment: Gate servo time constant iTpi gt 0. If 0 block is bypassed. Typical value 035.

tt
type: ObjectProperty
domain: GovHydroDD
range: Seconds
comment: Power feedback time constant iTti gt 0. If 0 block is bypassed. Typical value 002.

tturb
type: ObjectProperty
domain: GovHydroDD
range: Seconds
comment: Turbine time constant iTturbi gt 0. See parameter detail 3. Typical value 08.

am
type: ObjectProperty
domain: GovHydroFrancis
range: PU
comment: Opening section iSiisubEFFsubi at the maximum efficiency iAmi. Typical value 07.

av0
type: ObjectProperty
domain: GovHydroFrancis
range: Area
comment: Area of the surge tank iAiisubV0subi. Unit msup2sup. Typical value 30.

av1
type: ObjectProperty
domain: GovHydroFrancis
range: Area
comment: Area of the compensation tank iAiisubV1subi. Unit msup2sup. Typical value 700.

bp
type: ObjectProperty
domain: GovHydroFrancis
range: PU
comment: Droop iBpi. Typical value 005.

db1
type: ObjectProperty
domain: GovHydroFrancis
range: Frequency
comment: Intentional deadband width iDB1i. Unit Hz. Typical value 0.

etamax
type: ObjectProperty
domain: GovHydroFrancis
range: PU
comment: Maximum efficiency iEtaMaxi. Typical value 105.

governorControl
type: ObjectProperty
domain: GovHydroFrancis
range: FrancisGovernorControlKind
comment: Governor control flag iCflagi. Typical value mechanicHydrolicTachoAccelerator.

h1
type: ObjectProperty
domain: GovHydroFrancis
range: Length
comment: Head of compensation chamber water level with respect to the level of penstock iHiisub1subi. Unit km. Typical value 0004.

h2
type: ObjectProperty
domain: GovHydroFrancis
range: Length
comment: Head of surge tank water level with respect to the level of penstock iHiisub2subi. Unit km. Typical value 0040.

hn
type: ObjectProperty
domain: GovHydroFrancis
range: Length
comment: Rated hydraulic head iHiisubnsubi. Unit km. Typical value 0250.

kc
type: ObjectProperty
domain: GovHydroFrancis
range: PU
comment: Penstock loss coefficient due to friction iKci. Typical value 0025.

kg
type: ObjectProperty
domain: GovHydroFrancis
range: PU
comment: Water tunnel and surge chamber loss coefficient due to friction iKgi. Typical value 0025.

kt
type: ObjectProperty
domain: GovHydroFrancis
range: PU
comment: Washout gain iKti. Typical value 025.

qc0
type: ObjectProperty
domain: GovHydroFrancis
range: PU
comment: Noload turbine flow at nominal head iQc0i. Typical value 01.

qn
type: ObjectProperty
domain: GovHydroFrancis
range: VolumeFlowRate
comment: Rated flow iQiisubnsubi. Unit msup3sups. Typical value 250.

ta
type: ObjectProperty
domain: GovHydroFrancis
range: Seconds
comment: Derivative gain iTai gt 0. Typical value 3.

td
type: ObjectProperty
domain: GovHydroFrancis
range: Seconds
comment: Washout time constant iTdi gt 0. Typical value 6.

ts
type: ObjectProperty
domain: GovHydroFrancis
range: Seconds
comment: Gate servo time constant iTsi gt 0. Typical value 05.

twnc
type: ObjectProperty
domain: GovHydroFrancis
range: Seconds
comment: Water inertia time constant iTwnci gt 0. Typical value 1.

twng
type: ObjectProperty
domain: GovHydroFrancis
range: Seconds
comment: Water tunnel and surge chamber inertia time constant iTwngi gt 0. Typical value 3.

tx
type: ObjectProperty
domain: GovHydroFrancis
range: Seconds
comment: Derivative feedback gain iTxi gt 0. Typical value 1.

valvmax
type: ObjectProperty
domain: GovHydroFrancis
range: PU
comment: Maximum gate opening iValvMaxi gt GovHydroFrancis.valvmin. Typical value 11.

valvmin
type: ObjectProperty
domain: GovHydroFrancis
range: PU
comment: Minimum gate opening iValvMini lt GovHydroFrancis.valvmax. Typical value 0.

zsfc
type: ObjectProperty
domain: GovHydroFrancis
range: Length
comment: Head of upper water level with respect to the level of penstock iZsfci. Unit km. Typical value 0025.

k
type: ObjectProperty
domain: GovHydroIEEE0
range: PU
comment: Governor gain iKi.

mwbase
type: ObjectProperty
domain: GovHydroIEEE0
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

pmax
type: ObjectProperty
domain: GovHydroIEEE0
range: PU
comment: Gate maximum iPmaxi gt GovHydroIEEE0.pmin.

pmin
type: ObjectProperty
domain: GovHydroIEEE0
range: PU
comment: Gate minimum iPmini lt GovHydroIEEE.pmax.

t1
type: ObjectProperty
domain: GovHydroIEEE0
range: Seconds
comment: Governor lag time constant iT1i gt 0. Typical value 025.

t2
type: ObjectProperty
domain: GovHydroIEEE0
range: Seconds
comment: Governor lead time constant iT2i gt 0. Typical value 0.

t3
type: ObjectProperty
domain: GovHydroIEEE0
range: Seconds
comment: Gate actuator time constant iT3i gt 0. Typical value 01.

t4
type: ObjectProperty
domain: GovHydroIEEE0
range: Seconds
comment: Water starting time iT4i gt 0.

aturb
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Turbine numerator multiplier iAturbi. Typical value 1.

bturb
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Turbine denominator multiplier iBturbi gt 0. Typical value 05.

gv1
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Nonlinear gain point 1 PU gv iGv1i. Typical value 0.

gv2
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Nonlinear gain point 2 PU gv iGv2i. Typical value 0.

gv3
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Nonlinear gain point 3 PU gv iGv3i. Typical value 0.

gv4
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Nonlinear gain point 4 PU gv iGv4i. Typical value 0.

gv5
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Nonlinear gain point 5 PU gv iGv5i. Typical value 0.

gv6
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Nonlinear gain point 6 PU gv iGv6i. Typical value 0.

kturb
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Turbine gain iKturbi. Typical value 1.

mwbase
type: ObjectProperty
domain: GovHydroIEEE2
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

pgv1
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Nonlinear gain point 1 PU power iPgv1i. Typical value 0.

pgv2
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Nonlinear gain point 2 PU power iPgv2i. Typical value 0.

pgv3
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Nonlinear gain point 3 PU power iPgv3i. Typical value 0.

pgv4
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Nonlinear gain point 4 PU power iPgv4i. Typical value 0.

pgv5
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Nonlinear gain point 5 PU power iPgv5i. Typical value 0.

pgv6
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Nonlinear gain point 6 PU power iPgv6i. Typical value 0.

pmax
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Maximum gate opening iPmaxi gt GovHydroIEEE2.pmin. Typical value 1.

pmin
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Minimum gate opening iPmini ltGovHydroIEEE2.pmax. Typical value 0.

rperm
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Permanent droop iRpermi. Typical value 005.

rtemp
type: ObjectProperty
domain: GovHydroIEEE2
range: PU
comment: Temporary droop iRtempi. Typical value 05.

tg
type: ObjectProperty
domain: GovHydroIEEE2
range: Seconds
comment: Gate servo time constant iTgi gt 0. Typical value 05.

tp
type: ObjectProperty
domain: GovHydroIEEE2
range: Seconds
comment: Pilot servo valve time constant iTpi gt 0. Typical value 003.

tr
type: ObjectProperty
domain: GovHydroIEEE2
range: Seconds
comment: Dashpot time constant iTri gt 0. Typical value 12.

tw
type: ObjectProperty
domain: GovHydroIEEE2
range: Seconds
comment: Water inertia time constant iTwi gt 0. Typical value 2.

aturb
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Turbine numerator multiplier iAturbi see parameter detail 3. Typical value 1.

bturb
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Turbine denominator multiplier iBturbi see parameter detail 3. Typical value 05.

db1
type: ObjectProperty
domain: GovHydroPID
range: Frequency
comment: Intentional deadband width idb1i. Unit Hz. Typical value 0.

db2
type: ObjectProperty
domain: GovHydroPID
range: ActivePower
comment: Unintentional deadband idb2i. Unit MW. Typical value 0.

eps
type: ObjectProperty
domain: GovHydroPID
range: Frequency
comment: Intentional db hysteresis iepsi. Unit Hz. Typical value 0.

gv1
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Nonlinear gain point 1 PU gv iGv1i. Typical value 0.

gv2
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Nonlinear gain point 2 PU gv iGv2i. Typical value 0.

gv3
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Nonlinear gain point 3 PU gv iGv3i. Typical value 0.

gv4
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Nonlinear gain point 4 PU gv iGv4i. Typical value 0.

gv5
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Nonlinear gain point 5 PU gv iGv5i. Typical value 0.

gv6
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Nonlinear gain point 6 PU gv iGv6i. Typical value 0.

kd
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Derivative gain iKdi. Typical value 111.

kg
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Gate servo gain iKgi. Typical value 25.

ki
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Integral gain iKii. Typical value 036.

kp
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Proportional gain iKpi. Typical value 01.

mwbase
type: ObjectProperty
domain: GovHydroPID
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

pgv1
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Nonlinear gain point 1 PU power iPgv1i. Typical value 0.

pgv2
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Nonlinear gain point 2 PU power iPgv2i. Typical value 0.

pgv3
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Nonlinear gain point 3 PU power iPgv3i. Typical value 0.

pgv4
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Nonlinear gain point 4 PU power iPgv4i. Typical value 0.

pgv5
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Nonlinear gain point 5 PU power iPgv5i. Typical value 0.

pgv6
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Nonlinear gain point 6 PU power iPgv6i. Typical value 0.

pmax
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Maximum gate opening PU of MWbase iPmaxi gt GovHydroPID.pmin. Typical value 1.

pmin
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Minimum gate opening PU of MWbase iPmini lt GovHydroPID.pmax. Typical value 0.

r
type: ObjectProperty
domain: GovHydroPID
range: PU
comment: Steady state droop iRi. Typical value 005.

td
type: ObjectProperty
domain: GovHydroPID
range: Seconds
comment: Input filter time constant iTdi gt 0. If 0 block is bypassed. Typical value 0.

tf
type: ObjectProperty
domain: GovHydroPID
range: Seconds
comment: Washout time constant iTfi gt 0. Typical value 01.

tp
type: ObjectProperty
domain: GovHydroPID
range: Seconds
comment: Gate servo time constant iTpi gt 0. If 0 block is bypassed. Typical value 035.

tt
type: ObjectProperty
domain: GovHydroPID
range: Seconds
comment: Power feedback time constant iTti gt 0. If 0 block is bypassed. Typical value 002.

tturb
type: ObjectProperty
domain: GovHydroPID
range: Seconds
comment: Turbine time constant iTturbi gt 0. See Parameter detail 3. Typical value 08.

atw
type: ObjectProperty
domain: GovHydroPID2
range: PU
comment: Factor multiplying iTwi iAtwi. Typical value 0.

d
type: ObjectProperty
domain: GovHydroPID2
range: PU
comment: Turbine damping factor iDi. Unit delta P delta speed. Typical value 0.

g0
type: ObjectProperty
domain: GovHydroPID2
range: PU
comment: Gate opening at speed no load iG0i. Typical value 0.

g1
type: ObjectProperty
domain: GovHydroPID2
range: PU
comment: Intermediate gate opening iG1i. Typical value 0.

g2
type: ObjectProperty
domain: GovHydroPID2
range: PU
comment: Intermediate gate opening iG2i. Typical value 0.

gmax
type: ObjectProperty
domain: GovHydroPID2
range: PU
comment: Maximum gate opening iGmaxi gt GovHydroPID2.gmin. Typical value 0.

gmin
type: ObjectProperty
domain: GovHydroPID2
range: PU
comment: Minimum gate opening iGmini gt GovHydroPID2.gmax. Typical value 0.

kd
type: ObjectProperty
domain: GovHydroPID2
range: PU
comment: Derivative gain iKdi. Typical value 0.

kp
type: ObjectProperty
domain: GovHydroPID2
range: PU
comment: Proportional gain iKpi. Typical value 0.

mwbase
type: ObjectProperty
domain: GovHydroPID2
range: ActivePower
comment: Base for power values iMWbasei gt0. Unit MW.

p1
type: ObjectProperty
domain: GovHydroPID2
range: PU
comment: Power at gate opening iG1i iP1i. Typical value 0.

p2
type: ObjectProperty
domain: GovHydroPID2
range: PU
comment: Power at gate opening G2 iP2i. Typical value 0.

p3
type: ObjectProperty
domain: GovHydroPID2
range: PU
comment: Power at full opened gate iP3i. Typical value 0.

rperm
type: ObjectProperty
domain: GovHydroPID2
range: PU
comment: Permanent drop iRpermi. Typical value 0.

ta
type: ObjectProperty
domain: GovHydroPID2
range: Seconds
comment: Controller time constant iTai gt 0. Typical value 0.

tb
type: ObjectProperty
domain: GovHydroPID2
range: Seconds
comment: Gate servo time constant iTbi gt 0.

treg
type: ObjectProperty
domain: GovHydroPID2
range: Seconds
comment: Speed detector time constant iTregi gt 0. Typical value 0.

tw
type: ObjectProperty
domain: GovHydroPID2
range: Seconds
comment: Water inertia time constant iTwi gt 0. Typical value 0.

av0
type: ObjectProperty
domain: GovHydroPelton
range: Area
comment: Area of the surge tank iAiisubV0subi. Unit msup2sup. Typical value 30.

av1
type: ObjectProperty
domain: GovHydroPelton
range: Area
comment: Area of the compensation tank iAiisubV1subi. Unit msup2sup. Typical value 700.

bp
type: ObjectProperty
domain: GovHydroPelton
range: PU
comment: Droop ibpi. Typical value 005.

db1
type: ObjectProperty
domain: GovHydroPelton
range: Frequency
comment: Intentional deadband width iDB1i. Unit Hz. Typical value 0.

db2
type: ObjectProperty
domain: GovHydroPelton
range: Frequency
comment: Intentional deadband width of valve opening error iDB2i. Unit Hz. Typical value 001.

h1
type: ObjectProperty
domain: GovHydroPelton
range: Length
comment: Head of compensation chamber water level with respect to the level of penstock iHiisub1subi. Unit km. Typical value 0004.

h2
type: ObjectProperty
domain: GovHydroPelton
range: Length
comment: Head of surge tank water level with respect to the level of penstock iHiisub2subi. Unit km. Typical value 0040.

hn
type: ObjectProperty
domain: GovHydroPelton
range: Length
comment: Rated hydraulic head iHiisubnsubi. Unit km. Typical value 0250.

kc
type: ObjectProperty
domain: GovHydroPelton
range: PU
comment: Penstock loss coefficient due to friction iKci. Typical value 0025.

kg
type: ObjectProperty
domain: GovHydroPelton
range: PU
comment: Water tunnel and surge chamber loss coefficient due to friction iKgi. Typical value 0025.

qc0
type: ObjectProperty
domain: GovHydroPelton
range: PU
comment: Noload turbine flow at nominal head iQc0i. Typical value 005.

qn
type: ObjectProperty
domain: GovHydroPelton
range: VolumeFlowRate
comment: Rated flow iQiisubnsubi. Unit msup3sups. Typical value 250.

ta
type: ObjectProperty
domain: GovHydroPelton
range: Seconds
comment: Derivative gain accelerometer time constant iTai gt 0. Typical value 3.

ts
type: ObjectProperty
domain: GovHydroPelton
range: Seconds
comment: Gate servo time constant iTsi gt 0. Typical value 015.

tv
type: ObjectProperty
domain: GovHydroPelton
range: Seconds
comment: Servomotor integrator time constant iTvi gt 0. Typical value 03.

twnc
type: ObjectProperty
domain: GovHydroPelton
range: Seconds
comment: Water inertia time constant iTwnci gt 0. Typical value 1.

twng
type: ObjectProperty
domain: GovHydroPelton
range: Seconds
comment: Water tunnel and surge chamber inertia time constant iTwngi gt 0. Typical value 3.

tx
type: ObjectProperty
domain: GovHydroPelton
range: Seconds
comment: Electronic integrator time constant iTxi gt 0. Typical value 05.

valvmax
type: ObjectProperty
domain: GovHydroPelton
range: PU
comment: Maximum gate opening iValvMaxi gt GovHydroPelton.valvmin. Typical value 11.

valvmin
type: ObjectProperty
domain: GovHydroPelton
range: PU
comment: Minimum gate opening iValvMini lt GovHydroPelton.valvmax. Typical value 0.

vav
type: ObjectProperty
domain: GovHydroPelton
range: PU
comment: Maximum servomotor valve opening velocity iVavi. Typical value 01.

vcv
type: ObjectProperty
domain: GovHydroPelton
range: PU
comment: Maximum servomotor valve closing velocity iVcvi. Typical value 01.

zsfc
type: ObjectProperty
domain: GovHydroPelton
range: Length
comment: Head of upper water level with respect to the level of penstock iZsfci. Unit km. Typical value 0025.

at
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Turbine gain iAti. Typical value 12.

db1
type: ObjectProperty
domain: GovHydroR
range: Frequency
comment: Intentional deadband width idb1i. Unit Hz. Typical value 0.

db2
type: ObjectProperty
domain: GovHydroR
range: ActivePower
comment: Unintentional deadband idb2i. Unit MW. Typical value 0.

dturb
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Turbine damping factor iDturbi. Typical value 02.

eps
type: ObjectProperty
domain: GovHydroR
range: Frequency
comment: Intentional db hysteresis iepsi. Unit Hz. Typical value 0.

gmax
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Maximum governor output iGmaxi gt GovHydroR.gmin. Typical value 105.

gmin
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Minimum governor output iGmini lt GovHydroR.gmax. Typical value 005.

gv1
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Nonlinear gain point 1 PU gv iGv1i. Typical value 0.

gv2
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Nonlinear gain point 2 PU gv iGv2i. Typical value 0.

gv3
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Nonlinear gain point 3 PU gv iGv3i. Typical value 0.

gv4
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Nonlinear gain point 4 PU gv iGv4i. Typical value 0.

gv5
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Nonlinear gain point 5 PU gv iGv5i. Typical value 0.

gv6
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Nonlinear gain point 6 PU gv iGv6i. Typical value 0.

h0
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Turbine nominal head iH0i. Typical value 1.

kg
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Gate servo gain iKgi. Typical value 2.

ki
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Integral gain iKii. Typical value 05.

mwbase
type: ObjectProperty
domain: GovHydroR
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

pgv1
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Nonlinear gain point 1 PU power iPgv1i. Typical value 0.

pgv2
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Nonlinear gain point 2 PU power iPgv2i. Typical value 0.

pgv3
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Nonlinear gain point 3 PU power iPgv3i. Typical value 0.

pgv4
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Nonlinear gain point 4 PU power iPgv4i. Typical value 0.

pgv5
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Nonlinear gain point 5 PU power iPgv5i. Typical value 0.

pgv6
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Nonlinear gain point 6 PU power iPgv6i. Typical value 0.

pmax
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Maximum gate opening PU of iMWbasei iPmaxi gt GovHydroR.pmin. Typical value 1.

pmin
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Minimum gate opening PU of iMWbasei iPmini lt GovHydroR.pmax. Typical value 0.

qnl
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Noload turbine flow at nominal head iQnli. Typical value 008.

r
type: ObjectProperty
domain: GovHydroR
range: PU
comment: Steadystate droop iRi. Typical value 005.

t1
type: ObjectProperty
domain: GovHydroR
range: Seconds
comment: Lead time constant 1 iT1i gt 0. Typical value 15.

t2
type: ObjectProperty
domain: GovHydroR
range: Seconds
comment: Lag time constant 1 iT2i gt 0. Typical value 01.

t3
type: ObjectProperty
domain: GovHydroR
range: Seconds
comment: Lead time constant 2 iT3i gt 0. Typical value 15.

t4
type: ObjectProperty
domain: GovHydroR
range: Seconds
comment: Lag time constant 2 iT4i gt 0. Typical value 01.

t5
type: ObjectProperty
domain: GovHydroR
range: Seconds
comment: Lead time constant 3 iT5i gt 0. Typical value 0.

t6
type: ObjectProperty
domain: GovHydroR
range: Seconds
comment: Lag time constant 3 iT6i gt 0. Typical value 005.

t7
type: ObjectProperty
domain: GovHydroR
range: Seconds
comment: Lead time constant 4 iT7i gt 0. Typical value 0.

t8
type: ObjectProperty
domain: GovHydroR
range: Seconds
comment: Lag time constant 4 iT8i gt 0. Typical value 005.

td
type: ObjectProperty
domain: GovHydroR
range: Seconds
comment: Input filter time constant iTdi gt 0. Typical value 005.

tp
type: ObjectProperty
domain: GovHydroR
range: Seconds
comment: Gate servo time constant iTpi gt 0. Typical value 005.

tt
type: ObjectProperty
domain: GovHydroR
range: Seconds
comment: Power feedback time constant iTti gt 0. Typical value 0.

tw
type: ObjectProperty
domain: GovHydroR
range: Seconds
comment: Water inertia time constant iTwi gt 0. Typical value 1.

db
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Speed deadband idbi.

dicn
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Value to allow the integral controller to advance beyond the gate limits iDicni.

dpv
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Value to allow the pilot valve controller to advance beyond the gate limits iDpvi.

dturb
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Turbine damping factor iDturbi. Unit delta P PU of iMWbasei delta speed PU.

fl1
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Flowgate 1 iFl1i. Flow value for gate position point 1 for lookup table representing water flow through the turbine as a function of gate position to produce steady state flow.

fl2
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Flowgate 2 iFl2i. Flow value for gate position point 2 for lookup table representing water flow through the turbine as a function of gate position to produce steady state flow.

fl3
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Flowgate 3 iFl3i. Flow value for gate position point 3 for lookup table representing water flow through the turbine as a function of gate position to produce steady state flow.

fl4
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Flowgate 4 iFl4i. Flow value for gate position point 4 for lookup table representing water flow through the turbine as a function of gate position to produce steady state flow.

fl5
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Flowgate 5 iFl5i. Flow value for gate position point 5 for lookup table representing water flow through the turbine as a function of gate position to produce steady state flow.

fp1
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Flow P1 iFp1i. Turbine flow value for point 1 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

fp10
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Flow P10 iFp10i. Turbine flow value for point 10 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

fp2
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Flow P2 iFp2i. Turbine flow value for point 2 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

fp3
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Flow P3 iFp3i. Turbine flow value for point 3 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

fp4
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Flow P4 iFp4i. Turbine flow value for point 4 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

fp5
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Flow P5 iFp5i. Turbine flow value for point 5 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

fp6
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Flow P6 iFp6i. Turbine flow value for point 6 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

fp7
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Flow P7 iFp7i. Turbine flow value for point 7 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

fp8
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Flow P8 iFp8i. Turbine flow value for point 8 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

fp9
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Flow P9 iFp9i. Turbine flow value for point 9 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

gmax
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Maximum gate position iGmaxi gt GovHydroWEH.gmin.

gmin
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Minimum gate position iGmini lt GovHydroWEH.gmax.

gtmxcl
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Maximum gate closing rate iGtmxcli.

gtmxop
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Maximum gate opening rate iGtmxopi.

gv1
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Gate 1 iGv1i. Gate Position value for point 1 for lookup table representing water flow through the turbine as a function of gate position to produce steady state flow.

gv2
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Gate 2 iGv2i. Gate Position value for point 2 for lookup table representing water flow through the turbine as a function of gate position to produce steady state flow.

gv3
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Gate 3 iGv3i. Gate Position value for point 3 for lookup table representing water flow through the turbine as a function of gate position to produce steady state flow.

gv4
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Gate 4 iGv4i. Gate Position value for point 4 for lookup table representing water flow through the turbine as a function of gate position to produce steady state flow.

gv5
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Gate 5 iGv5i. Gate Position value for point 5 for lookup table representing water flow through the turbine as a function of gate position to produce steady state flow.

kd
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Derivative controller derivative gain iKdi.

ki
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Derivative controller Integral gain iKii.

kp
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Derivative control gain iKpi.

mwbase
type: ObjectProperty
domain: GovHydroWEH
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

pmss1
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Pmss flow P1 iPmss1i. Mechanical power output for turbine flow point 1 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

pmss10
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Pmss flow P10 iPmss10i. Mechanical power output for turbine flow point 10 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

pmss2
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Pmss flow P2 iPmss2i. Mechanical power output for turbine flow point 2 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

pmss3
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Pmss flow P3 iPmss3i. Mechanical power output for turbine flow point 3 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

pmss4
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Pmss flow P4 iPmss4i. Mechanical power output for turbine flow point 4 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

pmss5
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Pmss flow P5 iPmss5i. Mechanical power output for turbine flow point 5 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

pmss6
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Pmss flow P6 iPmss6i. Mechanical power output for turbine flow point 6 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

pmss7
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Pmss flow P7 iPmss7i. Mechanical power output for turbine flow point 7 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

pmss8
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Pmss flow P8 iPmss8i. Mechanical power output for turbine flow point 8 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

pmss9
type: ObjectProperty
domain: GovHydroWEH
range: PU
comment: Pmss flow P9 iPmss9i. Mechanical power output for turbine flow point 9 for lookup table representing PU mechanical power on machine MVA rating as a function of turbine flow.

td
type: ObjectProperty
domain: GovHydroWEH
range: Seconds
comment: Derivative controller time constant iTdi gt 0. Limits the derivative characteristic beyond a breakdown frequency to avoid amplification of highfrequency noise.

tdv
type: ObjectProperty
domain: GovHydroWEH
range: Seconds
comment: Distributive valve time lag time constant iTdvi gt 0.

tg
type: ObjectProperty
domain: GovHydroWEH
range: Seconds
comment: Value to allow the distribution valve controller to advance beyond the gate movement rate limit iTgi gt 0.

tp
type: ObjectProperty
domain: GovHydroWEH
range: Seconds
comment: Pilot valve time lag time constant iTpi gt 0.

tpe
type: ObjectProperty
domain: GovHydroWEH
range: Seconds
comment: Electrical power droop time constant iTpei gt 0.

tw
type: ObjectProperty
domain: GovHydroWEH
range: Seconds
comment: Water inertia time constant iTwi gt 0.

d
type: ObjectProperty
domain: GovHydroWPID
range: PU
comment: Turbine damping factor iDi. Unit delta P delta speed.

gatmax
type: ObjectProperty
domain: GovHydroWPID
range: PU
comment: Gate opening limit maximum iGatmaxi gt GovHydroWPID.gatmin.

gatmin
type: ObjectProperty
domain: GovHydroWPID
range: PU
comment: Gate opening limit minimum iGatmini lt GovHydroWPID.gatmax.

gv1
type: ObjectProperty
domain: GovHydroWPID
range: PU
comment: Gate position 1 iGv1i.

gv2
type: ObjectProperty
domain: GovHydroWPID
range: PU
comment: Gate position 2 iGv2i.

gv3
type: ObjectProperty
domain: GovHydroWPID
range: PU
comment: Gate position 3 iGv3i 10.

kd
type: ObjectProperty
domain: GovHydroWPID
range: PU
comment: Derivative gain iKdi. Typical value 111.

ki
type: ObjectProperty
domain: GovHydroWPID
range: PU
comment: Reset gain iKii. Typical value 036.

kp
type: ObjectProperty
domain: GovHydroWPID
range: PU
comment: Proportional gain iKpi. Typical value 01.

mwbase
type: ObjectProperty
domain: GovHydroWPID
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

pgv1
type: ObjectProperty
domain: GovHydroWPID
range: PU
comment: Output at iGv1i PU of iMWbasei iPgv1i.

pgv2
type: ObjectProperty
domain: GovHydroWPID
range: PU
comment: Output at iGv2i PU of iMWbasei iPgv2i.

pgv3
type: ObjectProperty
domain: GovHydroWPID
range: PU
comment: Output at iGv3i PU of iMWbasei iPgv3i.

pmax
type: ObjectProperty
domain: GovHydroWPID
range: PU
comment: Maximum power output iPmaxi gt GovHydroWPID.pmin.

pmin
type: ObjectProperty
domain: GovHydroWPID
range: PU
comment: Minimum power output iPmini lt GovHydroWPID.pmax.

reg
type: ObjectProperty
domain: GovHydroWPID
range: PU
comment: Permanent drop iRegi.

ta
type: ObjectProperty
domain: GovHydroWPID
range: Seconds
comment: Controller time constant iTai gt 0. Typical value 0.

tb
type: ObjectProperty
domain: GovHydroWPID
range: Seconds
comment: Gate servo time constant iTbi gt 0. Typical value 0.

treg
type: ObjectProperty
domain: GovHydroWPID
range: Seconds
comment: Speed detector time constant iTregi gt 0.

tw
type: ObjectProperty
domain: GovHydroWPID
range: Seconds
comment: Water inertia time constant iTwi gt 0. Typical value 0.

velmax
type: ObjectProperty
domain: GovHydroWPID
range: PU
comment: Maximum gate opening velocity iVelmaxi gt GovHydroWPID.velmin. Unit PU s. Typical value 0.

velmin
type: ObjectProperty
domain: GovHydroWPID
range: PU
comment: Maximum gate closing velocity iVelmini lt GovHydroWPID.velmax. Unit PU s. Typical value 0.

dt
type: ObjectProperty
domain: GovSteam0
range: PU
comment: Turbine damping coefficient iDti. Unit delta P delta speed. Typical value 0.

mwbase
type: ObjectProperty
domain: GovSteam0
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

r
type: ObjectProperty
domain: GovSteam0
range: PU
comment: Permanent droop iRi. Typical value 005.

t1
type: ObjectProperty
domain: GovSteam0
range: Seconds
comment: Steam bowl time constant iT1i gt 0. Typical value 05.

t2
type: ObjectProperty
domain: GovSteam0
range: Seconds
comment: Numerator time constant of iT2iiT3i block iT2i gt 0. Typical value 3.

t3
type: ObjectProperty
domain: GovSteam0
range: Seconds
comment: Reheater time constant iT3i gt 0. Typical value 10.

vmax
type: ObjectProperty
domain: GovSteam0
range: PU
comment: Maximum valve position PU of imwcapi iVmaxi gt GovSteam0.vmin. Typical value 1.

vmin
type: ObjectProperty
domain: GovSteam0
range: PU
comment: Minimum valve position PU of imwcapi iVmini lt GovSteam0.vmax. Typical value 0.

db1
type: ObjectProperty
domain: GovSteam1
range: Frequency
comment: Intentional deadband width idb1i. Unit Hz. Typical value 0.

db2
type: ObjectProperty
domain: GovSteam1
range: ActivePower
comment: Unintentional deadband idb2i. Unit MW. Typical value 0.

eps
type: ObjectProperty
domain: GovSteam1
range: Frequency
comment: Intentional db hysteresis iepsi. Unit Hz. Typical value 0.

gv1
type: ObjectProperty
domain: GovSteam1
range: PU
comment: Nonlinear gain valve position point 1 iGV1i. Typical value 0.

gv2
type: ObjectProperty
domain: GovSteam1
range: PU
comment: Nonlinear gain valve position point 2 iGV2i. Typical value 04.

gv3
type: ObjectProperty
domain: GovSteam1
range: PU
comment: Nonlinear gain valve position point 3 iGV3i. Typical value 05.

gv4
type: ObjectProperty
domain: GovSteam1
range: PU
comment: Nonlinear gain valve position point 4 iGV4i. Typical value 06.

gv5
type: ObjectProperty
domain: GovSteam1
range: PU
comment: Nonlinear gain valve position point 5 iGV5i. Typical value 1.

gv6
type: ObjectProperty
domain: GovSteam1
range: PU
comment: Nonlinear gain valve position point 6 iGV6i. Typical value 0.

k
type: ObjectProperty
domain: GovSteam1
range: PU
comment: Governor gain reciprocal of droop iKi gt 0. Typical value 25.

mwbase
type: ObjectProperty
domain: GovSteam1
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

pgv1
type: ObjectProperty
domain: GovSteam1
range: PU
comment: Nonlinear gain power value point 1 iPgv1i. Typical value 0.

pgv2
type: ObjectProperty
domain: GovSteam1
range: PU
comment: Nonlinear gain power value point 2 iPgv2i. Typical value 075.

pgv3
type: ObjectProperty
domain: GovSteam1
range: PU
comment: Nonlinear gain power value point 3 iPgv3i. Typical value 091.

pgv4
type: ObjectProperty
domain: GovSteam1
range: PU
comment: Nonlinear gain power value point 4 iPgv4i. Typical value 098.

pgv5
type: ObjectProperty
domain: GovSteam1
range: PU
comment: Nonlinear gain power value point 5 iPgv5i. Typical value 1.

pgv6
type: ObjectProperty
domain: GovSteam1
range: PU
comment: Nonlinear gain power value point 6 iPgv6i. Typical value 0.

pmax
type: ObjectProperty
domain: GovSteam1
range: PU
comment: Maximum valve opening iPmaxi gt GovSteam1.pmin. Typical value 1.

pmin
type: ObjectProperty
domain: GovSteam1
range: PU
comment: Minimum valve opening iPmini gt 0 and lt GovSteam1.pmax. Typical value 0.

t1
type: ObjectProperty
domain: GovSteam1
range: Seconds
comment: Governor lag time constant iT1i gt 0. Typical value 0.

t2
type: ObjectProperty
domain: GovSteam1
range: Seconds
comment: Governor lead time constant iT2i gt 0. Typical value 0.

t3
type: ObjectProperty
domain: GovSteam1
range: Seconds
comment: Valve positioner time constant iT3 igt 0. Typical value 01.

t4
type: ObjectProperty
domain: GovSteam1
range: Seconds
comment: Inlet pipingsteam bowl time constant iT4i gt 0. Typical value 03.

t5
type: ObjectProperty
domain: GovSteam1
range: Seconds
comment: Time constant of second boiler pass iT5i gt 0. Typical value 5.

t6
type: ObjectProperty
domain: GovSteam1
range: Seconds
comment: Time constant of third boiler pass iT6i gt 0. Typical value 05.

t7
type: ObjectProperty
domain: GovSteam1
range: Seconds
comment: Time constant of fourth boiler pass iT7i gt 0. Typical value 0.

dbf
type: ObjectProperty
domain: GovSteam2
range: PU
comment: Frequency deadband iDBFi. Typical value 0.

mnef
type: ObjectProperty
domain: GovSteam2
range: PU
comment: Fuel flow maximum negative error value iMNiisubEFsubi. Typical value 1.

mxef
type: ObjectProperty
domain: GovSteam2
range: PU
comment: Fuel flow maximum positive error value iMXiisubEFsubi. Typical value 1.

pmax
type: ObjectProperty
domain: GovSteam2
range: PU
comment: Maximum fuel flow iPiisubMAXsubi gt GovSteam2.pmin. Typical value 1.

pmin
type: ObjectProperty
domain: GovSteam2
range: PU
comment: Minimum fuel flow iPiisubMINsubi lt GovSteam2.pmax. Typical value 0.

t1
type: ObjectProperty
domain: GovSteam2
range: Seconds
comment: Governor lag time constant iTiisub1subi gt 0. Typical value 045.

t2
type: ObjectProperty
domain: GovSteam2
range: Seconds
comment: Governor lead time constant iTiisub2subi gt 0. Typical value 0.

fcut
type: ObjectProperty
domain: GovSteamBB
range: PU
comment: Frequency deadband ifiisubcutsubi gt 0. Typical value 0002.

k2
type: ObjectProperty
domain: GovSteamBB
range: PU
comment: Gain iK2i. Typical value 075.

k3
type: ObjectProperty
domain: GovSteamBB
range: PU
comment: Gain iK3i. Typical value 05.

kd
type: ObjectProperty
domain: GovSteamBB
range: PU
comment: Gain iKdi. Typical value 10.

kg
type: ObjectProperty
domain: GovSteamBB
range: PU
comment: Gain iKgi. Typical value 10.

kls
type: ObjectProperty
domain: GovSteamBB
range: PU
comment: Gain iKlsi gt 0. Typical value 01.

kp
type: ObjectProperty
domain: GovSteamBB
range: PU
comment: Gain iKpi. Typical value 10.

ks
type: ObjectProperty
domain: GovSteamBB
range: PU
comment: Gain iKsi. Typical value 210.

pmax
type: ObjectProperty
domain: GovSteamBB
range: PU
comment: High power limit iPmaxi gt GovSteamBB.pmin. Typical value 10.

pmin
type: ObjectProperty
domain: GovSteamBB
range: PU
comment: Low power limit iPmini lt GovSteamBB.pmax. Typical value 0.

t1
type: ObjectProperty
domain: GovSteamBB
range: Seconds
comment: Time constant iT1i. Typical value 005.

t4
type: ObjectProperty
domain: GovSteamBB
range: Seconds
comment: Time constant iT4i. Typical value 015.

t5
type: ObjectProperty
domain: GovSteamBB
range: Seconds
comment: Time constant iT5i. Typical value 120.

t6
type: ObjectProperty
domain: GovSteamBB
range: Seconds
comment: Time constant iT6i. Typical value 075.

td
type: ObjectProperty
domain: GovSteamBB
range: Seconds
comment: Time constant iTdi gt 0. Typical value 10.

tn
type: ObjectProperty
domain: GovSteamBB
range: Seconds
comment: Time constant iTni gt 0. Typical value 10.

dhp
type: ObjectProperty
domain: GovSteamCC
range: PU
comment: HP damping factor iDhpi. Typical value 0.

dlp
type: ObjectProperty
domain: GovSteamCC
range: PU
comment: LP damping factor iDlpi. Typical value 0.

fhp
type: ObjectProperty
domain: GovSteamCC
range: PU
comment: Fraction of HP power ahead of reheater iFhpi. Typical value 03.

flp
type: ObjectProperty
domain: GovSteamCC
range: PU
comment: Fraction of LP power ahead of reheater iFlpi. Typical value 07.

mwbase
type: ObjectProperty
domain: GovSteamCC
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

pmaxhp
type: ObjectProperty
domain: GovSteamCC
range: PU
comment: Maximum HP value position iPmaxhpi. Typical value 1.

pmaxlp
type: ObjectProperty
domain: GovSteamCC
range: PU
comment: Maximum LP value position iPmaxlpi. Typical value 1.

rhp
type: ObjectProperty
domain: GovSteamCC
range: PU
comment: HP governor droop iRhpi gt 0. Typical value 005.

rlp
type: ObjectProperty
domain: GovSteamCC
range: PU
comment: LP governor droop iRlpi gt 0. Typical value 005.

t1hp
type: ObjectProperty
domain: GovSteamCC
range: Seconds
comment: HP governor time constant iT1hpi gt 0. Typical value 01.

t1lp
type: ObjectProperty
domain: GovSteamCC
range: Seconds
comment: LP governor time constant iT1lpi gt 0. Typical value 01.

t3hp
type: ObjectProperty
domain: GovSteamCC
range: Seconds
comment: HP turbine time constant iT3hpi gt 0. Typical value 01.

t3lp
type: ObjectProperty
domain: GovSteamCC
range: Seconds
comment: LP turbine time constant iT3lpi gt 0. Typical value 01.

t4hp
type: ObjectProperty
domain: GovSteamCC
range: Seconds
comment: HP turbine time constant iT4hpi gt 0. Typical value 01.

t4lp
type: ObjectProperty
domain: GovSteamCC
range: Seconds
comment: LP turbine time constant iT4lpi gt 0. Typical value 01.

t5hp
type: ObjectProperty
domain: GovSteamCC
range: Seconds
comment: HP reheater time constant iT5hpi gt 0. Typical value 10.

t5lp
type: ObjectProperty
domain: GovSteamCC
range: Seconds
comment: LP reheater time constant iT5lpi gt 0. Typical value 10.

cic
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Intercept valves rate closing limit iCici. Typical value 22.

cio
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Intercept valves rate opening limit iCioi. Typical value 0123.

db1
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Deadband of the frequency corrector idb1i. Typical value 0.

db2
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Deadband of the speed governor idb2i. Typical value 00004.

hhpmax
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Maximum control valve position iHhpmaxi. Typical value 1.

ke
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Gain of the power controller iKei. Typical value 065.

kfcor
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Gain of the frequency corrector iKfcori. Typical value 20.

khp
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Fraction of total turbine output generated by HP part iKhpi. Typical value 0277.

klp
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Fraction of total turbine output generated by HP part iKlpi. Typical value 0723.

komegacor
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Gain of the speed governor iKwcori. Typical value 20.

mwbase
type: ObjectProperty
domain: GovSteamEU
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

pmax
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Maximal active power of the turbine iPmaxi. Typical value 1.

prhmax
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Maximum low pressure limit iPrhmaxi. Typical value 14.

simx
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Intercept valves transfer limit iSimxi. Typical value 0425.

tb
type: ObjectProperty
domain: GovSteamEU
range: Seconds
comment: Boiler time constant iTbi gt 0. Typical value 100.

tdp
type: ObjectProperty
domain: GovSteamEU
range: Seconds
comment: Derivative time constant of the power controller iTdpi gt 0. Typical value 0.

ten
type: ObjectProperty
domain: GovSteamEU
range: Seconds
comment: Electro hydraulic transducer iTeni gt 0. Typical value 01.

tf
type: ObjectProperty
domain: GovSteamEU
range: Seconds
comment: Frequency transducer time constant iTfi gt 0. Typical value 0.

tfp
type: ObjectProperty
domain: GovSteamEU
range: Seconds
comment: Time constant of the power controller iTfpi gt 0. Typical value 0.

thp
type: ObjectProperty
domain: GovSteamEU
range: Seconds
comment: High pressure HP time constant of the turbine iThpi gt 0. Typical value 031.

tip
type: ObjectProperty
domain: GovSteamEU
range: Seconds
comment: Integral time constant of the power controller iTipi gt 0. Typical value 2.

tlp
type: ObjectProperty
domain: GovSteamEU
range: Seconds
comment: Low pressure LP time constant of the turbine iTlpi gt 0. Typical value 045.

tp
type: ObjectProperty
domain: GovSteamEU
range: Seconds
comment: Power transducer time constant iTpi gt 0. Typical value 007.

trh
type: ObjectProperty
domain: GovSteamEU
range: Seconds
comment: Reheater time constant of the turbine iTrhi gt 0. Typical value 8.

tvhp
type: ObjectProperty
domain: GovSteamEU
range: Seconds
comment: Control valves servo time constant iTvhpi gt 0. Typical value 01.

tvip
type: ObjectProperty
domain: GovSteamEU
range: Seconds
comment: Intercept valves servo time constant iTvipi gt 0. Typical value 015.

tw
type: ObjectProperty
domain: GovSteamEU
range: Seconds
comment: Speed transducer time constant iTwi gt 0. Typical value 002.

wfmax
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Upper limit for frequency correction iWfmaxi gt GovSteamEU.wfmin. Typical value 005.

wfmin
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Lower limit for frequency correction iWfmini lt GovSteamEU.wfmax. Typical value 005.

wmax1
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Emergency speed control lower limit iwmax1i. Typical value 1025.

wmax2
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Emergency speed control upper limit iwmax2i. Typical value 105.

wwmax
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Upper limit for the speed governor iWwmaxi gt GovSteamEU.wwmin. Typical value 01.

wwmin
type: ObjectProperty
domain: GovSteamEU
range: PU
comment: Lower limit for the speed governor frequency correction iWwmini lt GovSteamEU.wwmax. Typical value 1.

dt
type: ObjectProperty
domain: GovSteamFV2
range: PU
comment: iDti.

k
type: ObjectProperty
domain: GovSteamFV2
range: PU
comment: Fraction of the turbine power developed by turbine sections not involved in fast valving iKi.

mwbase
type: ObjectProperty
domain: GovSteamFV2
range: ActivePower
comment: Alternate base used instead of machine base in equipment model if necessary iMWbasei gt 0. Unit MW.

r
type: ObjectProperty
domain: GovSteamFV2
range: PU
comment: iRi.

t1
type: ObjectProperty
domain: GovSteamFV2
range: Seconds
comment: Governor time constant iT1i gt 0.

t3
type: ObjectProperty
domain: GovSteamFV2
range: Seconds
comment: Reheater time constant iT3i gt 0.

ta
type: ObjectProperty
domain: GovSteamFV2
range: Seconds
comment: Time after initial time for valve to close iTai gt 0.

tb
type: ObjectProperty
domain: GovSteamFV2
range: Seconds
comment: Time after initial time for valve to begin opening iTbi gt 0.

tc
type: ObjectProperty
domain: GovSteamFV2
range: Seconds
comment: Time after initial time for valve to become fully open iTci gt 0.

tt
type: ObjectProperty
domain: GovSteamFV2
range: Seconds
comment: Time constant with which power falls off after intercept valve closure iTti gt 0.

vmax
type: ObjectProperty
domain: GovSteamFV2
range: PU
comment: iVmaxi gt GovSteamFV2.vmin.

vmin
type: ObjectProperty
domain: GovSteamFV2
range: PU
comment: iVmini lt GovSteamFV2.vmax.

gv1
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Nonlinear gain valve position point 1 iGV1i. Typical value 0.

gv2
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Nonlinear gain valve position point 2 iGV2i. Typical value 04.

gv3
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Nonlinear gain valve position point 3 iGV3i. Typical value 05.

gv4
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Nonlinear gain valve position point 4 iGV4i. Typical value 06.

gv5
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Nonlinear gain valve position point 5 iGV5i. Typical value 1.

gv6
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Nonlinear gain valve position point 6 iGV6i. Typical value 0.

k
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Governor gain reciprocal of droop iKi. Typical value 20.

k1
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Fraction of turbine power developed after first boiler pass iK1i. Typical value 02.

k2
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Fraction of turbine power developed after second boiler pass iK2i. Typical value 02.

k3
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Fraction of hp turbine power developed after crossover or third boiler pass iK3i. Typical value 06.

mwbase
type: ObjectProperty
domain: GovSteamFV3
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

pgv1
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Nonlinear gain power value point 1 iPgv1i. Typical value 0.

pgv2
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Nonlinear gain power value point 2 iPgv2i. Typical value 075.

pgv3
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Nonlinear gain power value point 3 iPgv3i. Typical value 091.

pgv4
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Nonlinear gain power value point 4 iPgv4i. Typical value 098.

pgv5
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Nonlinear gain power value point 5 iPgv5i. Typical value 1.

pgv6
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Nonlinear gain power value point 6 iPgv6i. Typical value 0.

pmax
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Maximum valve opening PU of iMWbasei iPmaxi gt GovSteamFV3.pmin. Typical value 1.

pmin
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Minimum valve opening PU of iMWbasei iPmini lt GovSteamFV3.pmax. Typical value 0.

prmax
type: ObjectProperty
domain: GovSteamFV3
range: PU
comment: Max. pressure in reheater iPrmaxi. Typical value 1.

t1
type: ObjectProperty
domain: GovSteamFV3
range: Seconds
comment: Governor lead time constant iT1i gt 0. Typical value 0.

t2
type: ObjectProperty
domain: GovSteamFV3
range: Seconds
comment: Governor lag time constant iT2i gt 0. Typical value 0.

t3
type: ObjectProperty
domain: GovSteamFV3
range: Seconds
comment: Valve positioner time constant iT3i gt 0. Typical value 0.

t4
type: ObjectProperty
domain: GovSteamFV3
range: Seconds
comment: Inlet pipingsteam bowl time constant iT4i gt 0. Typical value 02.

t5
type: ObjectProperty
domain: GovSteamFV3
range: Seconds
comment: Time constant of second boiler pass i.e. reheater iT5i gt 0 if fast valving is used otherwise gt 0. Typical value 05.

t6
type: ObjectProperty
domain: GovSteamFV3
range: Seconds
comment: Time constant of crossover or third boiler pass iT6i gt 0. Typical value 10.

ta
type: ObjectProperty
domain: GovSteamFV3
range: Seconds
comment: Time to close intercept valve IV iTai gt 0. Typical value 097.

tb
type: ObjectProperty
domain: GovSteamFV3
range: Seconds
comment: Time until IV starts to reopen iTbi gt 0. Typical value 098.

tc
type: ObjectProperty
domain: GovSteamFV3
range: Seconds
comment: Time until IV is fully open iTci gt 0. Typical value 099.

cpsmn
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Minimum value of pressure regulator output iCpsmni. Typical value 1.

cpsmx
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Maximum value of pressure regulator output iCpsmxi. Typical value 1.

crmn
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Minimum value of regulator setpoint iCrmni. Typical value 0.

crmx
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Maximum value of regulator setpoint iCrmxi. Typical value 12.

kdc
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Derivative gain of pressure regulator iKdci. Typical value 1.

kf1
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Frequency bias reciprocal of droop iKf1i. Typical value 20.

kf3
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Frequency control reciprocal of droop iKf3i. Typical value 20.

khp
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Fraction of total turbine output generated by HP part iKhpi. Typical value 035.

kic
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Integral gain of pressure regulator iKici. Typical value 00033.

kip
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Integral gain of pressure feedback regulator iKipi. Typical value 05.

kit
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Integral gain of electrohydraulic regulator iKiti. Typical value 004.

kmp1
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: First gain coefficient of intercept valves characteristic iKmp1i. Typical value 05.

kmp2
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Second gain coefficient of intercept valves characteristic iKmp2i. Typical value 35.

kpc
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Proportional gain of pressure regulator iKpci. Typical value 05.

kpp
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Proportional gain of pressure feedback regulator iKppi. Typical value 1.

kpt
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Proportional gain of electrohydraulic regulator iKpti. Typical value 03.

krc
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Maximum variation of fuel flow iKrci. Typical value 005.

ksh
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Pressure loss due to flow friction in the boiler tubes iKshi. Typical value 008.

lpi
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Maximum negative power error iLpii. Typical value 015.

lps
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Maximum positive power error iLpsi. Typical value 003.

mnef
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Lower limit for frequency correction iMNiisubEFsubi. Typical value 005.

mxef
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Upper limit for frequency correction iMXiisubEFsubi. Typical value 005.

pr1
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: First value of pressure set point static characteristic iPr1i. Typical value 02.

pr2
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Second value of pressure set point static characteristic corresponding to iPs0i 10 PU iPr2i. Typical value 075.

psmn
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Minimum value of pressure set point static characteristic iPsmni. Typical value 1.

rsmimn
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Minimum value of integral regulator iRsmimni. Typical value 0.

rsmimx
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Maximum value of integral regulator iRsmimxi. Typical value 11.

rvgmn
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Minimum value of integral regulator iRvgmni. Typical value 0.

rvgmx
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Maximum value of integral regulator iRvgmxi. Typical value 12.

srmn
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Minimum valve opening iSrmni. Typical value 0.

srmx
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Maximum valve opening iSrmxi. Typical value 11.

srsmp
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Intercept valves characteristic discontinuity point iSrsmpi. Typical value 043.

ta
type: ObjectProperty
domain: GovSteamFV4
range: Seconds
comment: Control valves rate opening time iTai gt 0. Typical value 08.

tam
type: ObjectProperty
domain: GovSteamFV4
range: Seconds
comment: Intercept valves rate opening time iTami gt 0. Typical value 08.

tc
type: ObjectProperty
domain: GovSteamFV4
range: Seconds
comment: Control valves rate closing time iTci gt 0. Typical value 05.

tcm
type: ObjectProperty
domain: GovSteamFV4
range: Seconds
comment: Intercept valves rate closing time iTcmi gt 0. Typical value 05.

tdc
type: ObjectProperty
domain: GovSteamFV4
range: Seconds
comment: Derivative time constant of pressure regulator iTdci gt 0. Typical value 90.

tf1
type: ObjectProperty
domain: GovSteamFV4
range: Seconds
comment: Time constant of fuel regulation iTf1i gt 0. Typical value 10.

tf2
type: ObjectProperty
domain: GovSteamFV4
range: Seconds
comment: Time constant of steam chest iTf2i gt 0. Typical value 10.

thp
type: ObjectProperty
domain: GovSteamFV4
range: Seconds
comment: High pressure HP time constant of the turbine iThpi gt 0. Typical value 015.

tmp
type: ObjectProperty
domain: GovSteamFV4
range: Seconds
comment: Low pressure LP time constant of the turbine iTmpi gt 0. Typical value 04.

trh
type: ObjectProperty
domain: GovSteamFV4
range: Seconds
comment: Reheater time constant of the turbine iTrhi gt 0. Typical value 10.

tv
type: ObjectProperty
domain: GovSteamFV4
range: Seconds
comment: Boiler time constant iTvi gt 0. Typical value 60.

ty
type: ObjectProperty
domain: GovSteamFV4
range: Seconds
comment: Control valves servo time constant iTyi gt 0. Typical value 01.

y
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Coefficient of linearized equations of turbine Stodola formulation iYi. Typical value 013.

yhpmn
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Minimum control valve position iYhpmni. Typical value 0.

yhpmx
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Maximum control valve position iYhpmxi. Typical value 11.

ympmn
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Minimum intercept valve position iYmpmni. Typical value 0.

ympmx
type: ObjectProperty
domain: GovSteamFV4
range: PU
comment: Maximum intercept valve position iYmpmxi. Typical value 11.

k
type: ObjectProperty
domain: GovSteamIEEE1
range: PU
comment: Governor gain reciprocal of droop iKi gt 0. Typical value 25.

mwbase
type: ObjectProperty
domain: GovSteamIEEE1
range: ActivePower
comment: Base for power values iMWbasei gt 0i. iUnit MW.

pmax
type: ObjectProperty
domain: GovSteamIEEE1
range: PU
comment: Maximum valve opening iPmaxi gt GovSteamIEEE1.pmin. Typical value 1.

pmin
type: ObjectProperty
domain: GovSteamIEEE1
range: PU
comment: Minimum valve opening iPmini gt 0 and lt GovSteamIEEE1.pmax. Typical value 0.

t1
type: ObjectProperty
domain: GovSteamIEEE1
range: Seconds
comment: Governor lag time constant iT1i gt 0. Typical value 0.

t2
type: ObjectProperty
domain: GovSteamIEEE1
range: Seconds
comment: Governor lead time constant iT2i gt 0. Typical value 0.

t3
type: ObjectProperty
domain: GovSteamIEEE1
range: Seconds
comment: Valve positioner time constant iT3i gt 0. Typical value 01.

t4
type: ObjectProperty
domain: GovSteamIEEE1
range: Seconds
comment: Inlet pipingsteam bowl time constant iT4i gt 0. Typical value 03.

t5
type: ObjectProperty
domain: GovSteamIEEE1
range: Seconds
comment: Time constant of second boiler pass iT5i gt 0. Typical value 5.

t6
type: ObjectProperty
domain: GovSteamIEEE1
range: Seconds
comment: Time constant of third boiler pass iT6i gt 0. Typical value 05.

t7
type: ObjectProperty
domain: GovSteamIEEE1
range: Seconds
comment: Time constant of fourth boiler pass iT7i gt 0. Typical value 0.

k1
type: ObjectProperty
domain: GovSteamSGO
range: PU
comment: One PU regulation iK1i.

k2
type: ObjectProperty
domain: GovSteamSGO
range: PU
comment: Fraction iK2i.

k3
type: ObjectProperty
domain: GovSteamSGO
range: PU
comment: Fraction iK3i.

mwbase
type: ObjectProperty
domain: GovSteamSGO
range: ActivePower
comment: Base for power values iMWbasei gt 0. Unit MW.

pmax
type: ObjectProperty
domain: GovSteamSGO
range: PU
comment: Upper power limit iPmaxi gt GovSteamSGO.pmin.

pmin
type: ObjectProperty
domain: GovSteamSGO
range: Seconds
comment: Lower power limit iPmini gt 0 and lt GovSteamSGO.pmax.

t1
type: ObjectProperty
domain: GovSteamSGO
range: Seconds
comment: Controller lag iT1i gt 0.

t2
type: ObjectProperty
domain: GovSteamSGO
range: Seconds
comment: Controller lead compensation iT2i gt 0.

t3
type: ObjectProperty
domain: GovSteamSGO
range: Seconds
comment: Governor lag iT3i gt 0.

t4
type: ObjectProperty
domain: GovSteamSGO
range: Seconds
comment: Delay due to steam inlet volumes associated with steam chest and inlet piping iT4i gt 0.

t5
type: ObjectProperty
domain: GovSteamSGO
range: Seconds
comment: Reheater delay including hot and cold leads iT5i gt 0.

t6
type: ObjectProperty
domain: GovSteamSGO
range: Seconds
comment: Delay due to IPLP turbine crossover pipes and LP end hoods iT6i gt 0.

GeneratingUnit
type: ObjectProperty
domain: GrossToNetActivePowerCurve
range: GeneratingUnit
comment: A generating unit may have a gross active power to net active power curve describing the losses and auxiliary power requirements of the unit.

GroundAction
type: ObjectProperty
inverse of: Ground
domain: Ground
range: GroundAction
comment: Action taken with this ground.

AlongACLineSegment
type: ObjectProperty
domain: GroundAction
range: ACLineSegment
comment: The line segment that this ground action will affect. This is the only way to access relationship to clamp in case the ground needs to be placed along the line segment.

Ground
type: ObjectProperty
domain: GroundAction
range: Ground
comment: Ground on which this action is taken.

GroundedEquipment
type: ObjectProperty
domain: GroundAction
range: ConductingEquipment
comment: Equipment being grounded with this operation. In case of placing a ground anywhere along a line segment you must use the clamp to get the distance from one terminal so use the explicit relation with line segment. In all other cases including placing the ground at a line segment terminal reference to one or more conducting equipment is sufficient.

kind
type: ObjectProperty
domain: GroundAction
range: TempEquipActionKind
comment: Switching action to perform.

x
type: ObjectProperty
domain: GroundingImpedance
range: Reactance
comment: Reactance of device.

Qregulator
type: ObjectProperty
domain: HVDCLookUpTable
range: Qregulator

VDCOL
type: ObjectProperty
domain: HVDCLookUpTable
range: VDCOL

functionKind
type: ObjectProperty
domain: HVDCLookUpTable
range: LookUpTableFunctionKind

status
type: ObjectProperty
domain: Hazard
range: Status
comment: Status of this hazard.

AssetRiskScore
type: ObjectProperty
domain: HealthScore
range: RiskScore
comment: Risk score with which this health score is associated.

ThermalGeneratingUnit
type: ObjectProperty
domain: HeatInputCurve
range: ThermalGeneratingUnit
comment: A thermal generating unit may have a heat input curve.

auxPowerMult
type: ObjectProperty
domain: HeatInputCurve
range: PU
comment: Power output auxiliary power multiplier adjustment factor.

auxPowerOffset
type: ObjectProperty
domain: HeatInputCurve
range: ActivePower
comment: Power output auxiliary power offset adjustment factor.

heatInputEff
type: ObjectProperty
domain: HeatInputCurve
range: PU
comment: Heat input efficiency multiplier adjustment factor.

heatInputOffset
type: ObjectProperty
domain: HeatInputCurve
range: HeatRate
comment: Heat input offset adjustment factor.

multiplier
type: ObjectProperty
domain: HeatRate
range: UnitMultiplier

unit
type: ObjectProperty
domain: HeatRate
range: UnitSymbol

ThermalGeneratingUnit
type: ObjectProperty
domain: HeatRateCurve
range: ThermalGeneratingUnit
comment: A thermal generating unit may have a heat rate curve.

CombustionTurbines
type: ObjectProperty
domain: HeatRecoveryBoiler
range: CombustionTurbine
comment: A combustion turbine may have a heat recovery boiler for making steam.

AdjacentCASet
type: ObjectProperty
domain: HostControlArea
range: AdjacentCASet

BidSelfSched
type: ObjectProperty
domain: HostControlArea
range: BidSelfSched

CnodeDistributionFactor
type: ObjectProperty
domain: HostControlArea
range: CnodeDistributionFactor

Controls
type: ObjectProperty
domain: HostControlArea
range: ControlAreaOperator
comment: A ControlAreaCompany controls a ControlArea.

Flowgate
type: ObjectProperty
domain: HostControlArea
range: Flowgate

LossClearingResults
type: ObjectProperty
domain: HostControlArea
range: LossClearingResults

RTO
type: ObjectProperty
inverse of: RTO.HostControlArea
domain: HostControlArea
range: RTO

RegisteredResource
type: ObjectProperty
domain: HostControlArea
range: RegisteredResource

SubControlAreas
type: ObjectProperty
domain: HostControlArea
range: SubControlArea
comment: The interchange area may operate as a control area

SysLoadDistribuFactor
type: ObjectProperty
domain: HostControlArea
range: SysLoadDistributionFactor

TransferInterface
type: ObjectProperty
domain: HostControlArea
range: TransferInterface

areaControlMode
type: ObjectProperty
domain: HostControlArea
range: AreaControlMode
comment: The areas present control mode CF constant frequency or CTL constant tieline or TLB tieline bias or OFF off control

freqSetPoint
type: ObjectProperty
domain: HostControlArea
range: Frequency
comment: The present power system frequency set point for automatic generation control

multiplier
type: ObjectProperty
domain: Hours
range: UnitMultiplier

unit
type: ObjectProperty
domain: Hours
range: UnitSymbol

HydroGeneratingUnit
type: ObjectProperty
domain: HydroGeneratingEfficiencyCurve
range: HydroGeneratingUnit
comment: A hydro generating unit has an efficiency curve.

HydroGeneratingEfficiencyCurves
type: ObjectProperty
inverse of: HydroGeneratingUnit
domain: HydroGeneratingUnit
range: HydroGeneratingEfficiencyCurve
comment: A hydro generating unit has an efficiency curve.

HydroPowerPlant
type: ObjectProperty
inverse of: HydroGeneratingUnits
domain: HydroGeneratingUnit
range: HydroPowerPlant
comment: The hydro generating unit belongs to a hydro power plant.

PenstockLossCurve
type: ObjectProperty
inverse of: HydroGeneratingUnit
domain: HydroGeneratingUnit
range: PenstockLossCurve
comment: A hydro generating unit has a penstock loss curve.

TailbayLossCurve
type: ObjectProperty
inverse of: TailbayLossCurve.HydroGeneratingUnit
domain: HydroGeneratingUnit
range: TailbayLossCurve
comment: A hydro generating unit has a tailbay loss curve.

dropHeight
type: ObjectProperty
domain: HydroGeneratingUnit
range: Length
comment: The height water drops from the reservoir midpoint to the turbine.

energyConversionCapability
type: ObjectProperty
domain: HydroGeneratingUnit
range: HydroEnergyConversionKind
comment: Energy conversion capability for generating.

hydroUnitWaterCost
type: ObjectProperty
domain: HydroGeneratingUnit
range: CostPerVolume
comment: The equivalent cost of water that drives the hydro turbine.

turbineType
type: ObjectProperty
domain: HydroGeneratingUnit
range: HydroTurbineKind
comment: Type of turbine.

GenSourcePumpDischargeReservoir
type: ObjectProperty
domain: HydroPowerPlant
range: Reservoir
comment: Generators are supplied water from or pumps discharge water to an upstream reservoir.

HydroGeneratingUnits
type: ObjectProperty
domain: HydroPowerPlant
range: HydroGeneratingUnit
comment: The hydro generating unit belongs to a hydro power plant.

HydroPumps
type: ObjectProperty
domain: HydroPowerPlant
range: HydroPump
comment: The hydro pump may be a member of a pumped storage plant or a pump for distributing water.

Reservoir
type: ObjectProperty
domain: HydroPowerPlant
range: Reservoir
comment: Generators discharge water to or pumps are supplied water from a downstream reservoir.

dischargeTravelDelay
type: ObjectProperty
domain: HydroPowerPlant
range: Seconds
comment: Water travel delay from tailbay to next downstream hydro power station.

genRatedP
type: ObjectProperty
domain: HydroPowerPlant
range: ActivePower
comment: The hydro plants generating rating active power for rated head conditions.The attribute shall be a positive value.

hydroPlantStorageType
type: ObjectProperty
domain: HydroPowerPlant
range: HydroPlantStorageKind
comment: The type of hydro power plant water storage.

plantDischargeCapacity
type: ObjectProperty
domain: HydroPowerPlant
range: VolumeFlowRate
comment: Total plant discharge capacity.

plantRatedHead
type: ObjectProperty
domain: HydroPowerPlant
range: Length
comment: The plants rated gross head.The attribute shall be a positive value.

pumpRatedP
type: ObjectProperty
domain: HydroPowerPlant
range: ActivePower
comment: The hydro plants pumping rating active power for rated head conditions.The attribute shall be a positive value.

surgeTankCrestLevel
type: ObjectProperty
domain: HydroPowerPlant
range: WaterLevel
comment: The level at which the surge tank spills.

HydroPowerPlant
type: ObjectProperty
inverse of: HydroPumps
domain: HydroPump
range: HydroPowerPlant
comment: The hydro pump may be a member of a pumped storage plant or a pump for distributing water.

HydroPumpOpSchedule
type: ObjectProperty
inverse of: HydroPump
domain: HydroPump
range: HydroPumpOpSchedule
comment: The hydro pump has a pumping schedule over time indicating when pumping is to occur.

RotatingMachine
type: ObjectProperty
inverse of: RotatingMachine.HydroPump
domain: HydroPump
range: RotatingMachine
comment: The synchronous machine drives the turbine which moves the water from a low elevation to a higher elevation. The direction of machine rotation for pumping may or may not be the same as for generating.

pumpDischAtMaxHead
type: ObjectProperty
domain: HydroPump
range: VolumeFlowRate
comment: The pumping discharge under maximum head conditions usually at full gate.

pumpDischAtMinHead
type: ObjectProperty
domain: HydroPump
range: VolumeFlowRate
comment: The pumping discharge under minimum head conditions usually at full gate.

pumpPowerAtMaxHead
type: ObjectProperty
domain: HydroPump
range: ActivePower
comment: The pumping power under maximum head conditions usually at full gate.

pumpPowerAtMinHead
type: ObjectProperty
domain: HydroPump
range: ActivePower
comment: The pumping power under minimum head conditions usually at full gate.

HydroPump
type: ObjectProperty
domain: HydroPumpOpSchedule
range: HydroPump
comment: The hydro pump has a pumping schedule over time indicating when pumping is to occur.

gateUpperLimit
type: ObjectProperty
domain: HydroTurbine
range: PU
comment: Gate upper limit.

maxHeadMaxP
type: ObjectProperty
domain: HydroTurbine
range: ActivePower
comment: Maximum efficiency active power at maximum head conditions.

minHeadMaxP
type: ObjectProperty
domain: HydroTurbine
range: ActivePower
comment: Maximum efficiency active power at minimum head conditions.

speedRating
type: ObjectProperty
domain: HydroTurbine
range: RotationSpeed
comment: Rated speed in number of revolutions. The attribute shall be a positive value.

speedRegulation
type: ObjectProperty
domain: HydroTurbine
range: PU
comment: Speed regulation.

transientDroopTime
type: ObjectProperty
domain: HydroTurbine
range: Seconds
comment: Transient droop time constant.

transientRegulation
type: ObjectProperty
domain: HydroTurbine
range: PU
comment: Transient regulation.

turbineRating
type: ObjectProperty
domain: HydroTurbine
range: ActivePower
comment: Rated turbine active power. The attribute shall be a positive value.

turbineType
type: ObjectProperty
domain: HydroTurbine
range: HydroTurbineKind
comment: Type of turbine.

waterStartingTime
type: ObjectProperty
domain: HydroTurbine
range: Seconds
comment: Water starting time.

kind
type: ObjectProperty
domain: HydrosphericAnalog
range: HydrosphericAnalogKind
comment: Kind of hydrospheric analog.

TASE2BilateralTable
type: ObjectProperty
domain: ICCPInformationMessage
range: TASE2BilateralTable
comment: Bilateral table agreement that includes the informational message.

scope
type: ObjectProperty
domain: ICCPInformationMessage
range: ICCPScopeKind
comment: Indicates if the Point is global scoped e.g. VCC or accessible only to the Bilateral table peer e.g. ICC.

accessPriviledge
type: ObjectProperty
domain: ICCPProvidedPoint
range: ICCPAccessPrivilegeKind
comment: Provides information regarding the access privileges allowed to the ICCP Point.

pointQuality
type: ObjectProperty
domain: ICCPProvidedPoint
range: ICCPQualityKind
comment: Specifies the type of ICCP quality that will be conveyed as part of the ICCP Point.

pointType
type: ObjectProperty
domain: ICCPProvidedPoint
range: ICCPPointKind
comment: Indicates the ICCP Point type that is to be conveyed.A CIM AccumlatorValue shall be mapped to an ICCP real.A CIM AnalogValue shall be mapped to an ICCP real.A CIM DiscreteValue shall be mapped to either an ICCP real state stateSupplemental or either protection event type.A CIM StringMeasurementValue does not have a standardized mapping.

scope
type: ObjectProperty
domain: ICCPProvidedPoint
range: ICCPScopeKind
comment: Indicates if the Point is global scoped e.g. VCC or accessible only to the Bilateral table peer e.g. ICC.

applicationSecurityRequirement
type: ObjectProperty
domain: ICCPVirtualControlCentre
range: ApplicationSecurityKind
comment: Specifies the expected security mechanism per IEC 623514 to be utilized.

standardEdition
type: ObjectProperty
domain: IECStandard
range: IECStandardEditionKind
comment: Edition of IEC standard.

standardNumber
type: ObjectProperty
domain: IECStandard
range: IECStandardKind
comment: IEC standard number.

standardEdition
type: ObjectProperty
domain: IEEEStandard
range: IEEEStandardEditionKind
comment: Edition of IEEE standard.

standardNumber
type: ObjectProperty
domain: IEEEStandard
range: IEEEStandardKind
comment: IEEE standard number.

BilateralToIOPoint
type: ObjectProperty
domain: IOPoint
range: ProvidedBilateralPoint
comment: Bilateral ICCP point for the measurement or control.

IOPointSource
type: ObjectProperty
inverse of: IOPoint
domain: IOPoint
range: IOPointSource
comment: Local merasurement value source for an ICCP point.

IOPoint
type: ObjectProperty
domain: IOPointSource
range: IOPoint
comment: ICCP point for a local measurement value source.

addressType
type: ObjectProperty
domain: IPAccessPoint
range: IPAddressKind
comment: IP address type.

standardEdition
type: ObjectProperty
domain: ISOStandard
range: ISOStandardEditionKind
comment: Edition of ISO standard.

standardNumber
type: ObjectProperty
domain: ISOStandard
range: ISOStandardKind
comment: ISO standard number.

UpperLayerPublicX509Certificate
type: ObjectProperty
inverse of: PublicX509Certificate.ISOUpperLayer
domain: ISOUpperLayer
range: PublicX509Certificate
comment: Certificate to be bound for use for Application layer mutual authentication.

CSCtype1
type: ObjectProperty
domain: IdcInverterControl
range: CSCtype1

Delay
type: ObjectProperty
inverse of: IdcInverterControl
domain: IdcInverterControl
range: Delay

VDCOL
type: ObjectProperty
inverse of: VDCOL.IdcInverterControl
domain: IdcInverterControl
range: VDCOL

DiagramObjects
type: ObjectProperty
domain: IdentifiedObject
range: DiagramObject
comment: The diagram objects that are associated with the domain object.

InstanceSet
type: ObjectProperty
domain: IdentifiedObject
range: InstanceSet
comment: Dataset containing the data objects.

Names
type: ObjectProperty
inverse of: IdentifiedObject
domain: IdentifiedObject
range: Name
comment: All names of this identified object.

PropertiesCIMDataObject
type: ObjectProperty
inverse of: PropertiesObject
domain: IdentifiedObject
range: ChangeSetMember
comment: The single CIM data object in the appropriate dataset context.

TargetingCIMDataObject
type: ObjectProperty
inverse of: TargetObject
domain: IdentifiedObject
range: ChangeSetMember
comment: Data objects registered.

CSCtype1
type: ObjectProperty
domain: IgnAngleContInverter
range: CSCtype1

multiplier
type: ObjectProperty
domain: Impedance
range: UnitMultiplier

unit
type: ObjectProperty
domain: Impedance
range: UnitSymbol

SubControlArea
type: ObjectProperty
domain: InadvertentAccount
range: SubControlArea
comment: A control area can have one or more net inadvertent interchange accounts

CustomerNotifications
type: ObjectProperty
domain: Incident
range: CustomerNotification
comment: All notifications for a customer related to the status change of this incident.

IncidentHazard
type: ObjectProperty
domain: Incident
range: IncidentHazard
comment: All hazards associated with this incident.

Location
type: ObjectProperty
domain: Incident
range: Location
comment: Location of this incident.

Outage
type: ObjectProperty
domain: Incident
range: Outage
comment: Outage for this incident.

Owner
type: ObjectProperty
domain: Incident
range: Operator
comment: Operator who owns this incident.

TroubleOrder
type: ObjectProperty
inverse of: TroubleOrder.Incident
domain: Incident
range: TroubleOrder

TroubleTickets
type: ObjectProperty
inverse of: TroubleTicket.Incident
domain: Incident
range: TroubleTicket
comment: All trouble tickets reporting this incident.

UnplannedOutage
type: ObjectProperty
domain: Incident
range: UnplannedOutage

Works
type: ObjectProperty
domain: Incident
range: Work
comment: All works addressing this incident.

Incident
type: ObjectProperty
inverse of: IncidentHazard
domain: IncidentHazard
range: Incident
comment: Incident associated with this hazard.

TroubleTicket
type: ObjectProperty
inverse of: TroubleTicket.IncidentHazard
domain: IncidentHazard
range: TroubleTicket
comment: Trouble ticket associated with this hazard.

IncrementalDataset
type: ObjectProperty
domain: IncrementalDatasetArg
range: ChangeSet

IncrementalDatasetArgDescription
type: ObjectProperty
domain: IncrementalDatasetArg
range: IncrementalDatasetArgDescription

IncrementalDatasetArg
type: ObjectProperty
inverse of: IncrementalDatasetArgDescription
domain: IncrementalDatasetArgDescription
range: IncrementalDatasetArg
comment: The incremental dataset used for this argument instance.

ThermalGeneratingUnit
type: ObjectProperty
domain: IncrementalHeatRateCurve
range: ThermalGeneratingUnit
comment: A thermal generating unit may have an incremental heat rate curve.

CongestionArea
type: ObjectProperty
inverse of: IndividualPnode
domain: IndividualPnode
range: CongestionArea

GenDistributionFactor
type: ObjectProperty
domain: IndividualPnode
range: GenDistributionFactor

LoadDistributionFactor
type: ObjectProperty
domain: IndividualPnode
range: LoadDistributionFactor

MktConnectivityNode
type: ObjectProperty
domain: IndividualPnode
range: MktConnectivityNode

PnodeDistributionFactor
type: ObjectProperty
domain: IndividualPnode
range: PnodeDistributionFactor

multiplier
type: ObjectProperty
domain: Inductance
range: UnitMultiplier

unit
type: ObjectProperty
domain: Inductance
range: UnitSymbol

multiplier
type: ObjectProperty
domain: InductancePerLength
range: UnitMultiplier

unit
type: ObjectProperty
domain: InductancePerLength
range: UnitSymbol

Reservoir
type: ObjectProperty
domain: InflowForecast
range: Reservoir
comment: A reservoir may have a natural inflow forecast.

kind
type: ObjectProperty
domain: InspectionAnalog
range: InspectionAnalogKind
comment: Kind of analog representing inspection result.

AccordingToSchedules
type: ObjectProperty
inverse of: ScheduledEventData.InspectionDataSet
domain: InspectionDataSet
range: ScheduledEventData

kind
type: ObjectProperty
domain: InspectionDiscrete
range: InspectionDiscreteKind
comment: Kind of discrete representing inspection result.

DatasetArg
type: ObjectProperty
inverse of: Dataset
domain: InstanceSet
range: DatasetArg
comment: The role of a dataset in the context of an operation.

InstanceSetMember
type: ObjectProperty
inverse of: InstanceSet
domain: InstanceSet
range: IdentifiedObject
comment: Data objects contained in the dataset.

ActualDemandResponseEvent
type: ObjectProperty
inverse of: InstructionClearing
domain: InstructionClearing
range: DistributedResourceActualEvent
comment: ActualDemandResponseEvents may exist that are not part of a cordinated MarketActualEvent associated to a Market. These ActualDemandResponseEvents can have many InstructionClearing Instructions for specified RegisteredResources or Distributed Energy Resource type of AggregateNodes.

Instructions
type: ObjectProperty
inverse of: InstructionClearing
domain: InstructionClearing
range: Instructions

ResourceDeploymentStatus
type: ObjectProperty
domain: InstructionClearing
range: ResourceDeploymentStatus

DopInstruction
type: ObjectProperty
domain: InstructionClearingDOP
range: DopInstruction

DemandResponseActualEvent
type: ObjectProperty
inverse of: InstructionClearingDOT
domain: InstructionClearingDOT
range: DistributedResourceActualEvent

DotInstruction
type: ObjectProperty
domain: InstructionClearingDOT
range: DotInstruction

contingencyActive
type: ObjectProperty
domain: InstructionClearingDOT
range: YesNo
comment: Indication that the system is currently operating in a contingency mode.

dispatchMode
type: ObjectProperty
domain: InstructionClearingDOT
range: AutomaticDispatchMode

AggregateNode
type: ObjectProperty
domain: Instructions
range: AggregateNode

InstructionClearing
type: ObjectProperty
domain: Instructions
range: InstructionClearing

RegisteredResource
type: ObjectProperty
domain: Instructions
range: RegisteredResource

bindingInstruction
type: ObjectProperty
domain: Instructions
range: YesNo

instructionSource
type: ObjectProperty
domain: Instructions
range: MQSInstructionSource
comment: instruction source for market quality results INS ACT

instructionType
type: ObjectProperty
domain: Instructions
range: AutomaticDispInstTypeCommitment
comment: Indicator of either a StartUp or a ShutDown.

manuallyBlocked
type: ObjectProperty
domain: Instructions
range: YesNo
comment: Manually Blocked Indicator YesNo. The instruction has been blocked by an Operator.

updateType
type: ObjectProperty
domain: Instructions
range: MQSCHGType

multiplier
type: ObjectProperty
domain: IntegerQuantity
range: UnitMultiplier
comment: Unit multiplier of this quantity.

unit
type: ObjectProperty
domain: IntegerQuantity
range: UnitSymbol
comment: Unit of this quantity.

RampRateCurve
type: ObjectProperty
domain: InterTieBid
range: RampRateCurve

RegisteredInterTie
type: ObjectProperty
domain: InterTieBid
range: RegisteredInterTie

InterTieResults
type: ObjectProperty
domain: InterTieClearing
range: InterTieResults

RegisteredInterTie
type: ObjectProperty
inverse of: RegisteredInterTie.InterTieDispatchResponse
domain: InterTieDispatchResponse
range: RegisteredInterTie

acceptStatus
type: ObjectProperty
domain: InterTieDispatchResponse
range: DispatchResponseType
comment: The accept status submitted by the responder. Valid values are NONRESPONSE ACCEPT DECLINE PARTIAL.

passIndicator
type: ObjectProperty
domain: InterTieDispatchResponse
range: PassIndicatorType
comment: Part of the Composite key that downstream app uses to match the instruction

Flowgate
type: ObjectProperty
inverse of: InterTieResults
domain: InterTieResults
range: Flowgate

InterTieClearing
type: ObjectProperty
inverse of: InterTieResults
domain: InterTieResults
range: InterTieClearing

InterchangeSchedule
type: ObjectProperty
inverse of: InterchangeETCData
domain: InterchangeETCData
range: InterchangeSchedule

InterTie
type: ObjectProperty
domain: InterchangeSchedule
range: SchedulingPoint

InterchangeETCData
type: ObjectProperty
domain: InterchangeSchedule
range: InterchangeETCData

RegisteredInterTie
type: ObjectProperty
domain: InterchangeSchedule
range: RegisteredInterTie

checkOutType
type: ObjectProperty
domain: InterchangeSchedule
range: CheckOutType
comment: To indicate a check out type such as adjusted capacity or dispatch capacity.

directionType
type: ObjectProperty
domain: InterchangeSchedule
range: InterTieDirection
comment: Import or export.

energyType
type: ObjectProperty
domain: InterchangeSchedule
range: MarketProductType
comment: Energy product type.

marketType
type: ObjectProperty
domain: InterchangeSchedule
range: MarketType
comment: Market type.

scheduleType
type: ObjectProperty
domain: InterchangeSchedule
range: EnergyProductType
comment: Schedule type.

RegisteredResource
type: ObjectProperty
inverse of: RegisteredResource.IntermittentResourceEligibility
domain: IntermittentResourceEligibility
range: RegisteredResource

CurrentEmergencySI
type: ObjectProperty
inverse of: InternalControlArea
domain: InternalControlArea
range: CurrentEmergencyScheduledInterchange

CurrentScheduledInterchange
type: ObjectProperty
inverse of: InternalControlArea
domain: InternalControlArea
range: CurrentScheduledInterchange

Bushing
type: ObjectProperty
domain: InterrupterUnit
range: Bushing
comment: Bushings to which the fixed contacts of this interrupter isare attached. Some interrupters have one fixed and one moving contact some have 2 fixed contacts some 2 moving contacts. An interrupter will have relationships with 2 bushings and those relationships may be any combination of the FixedContact and MovingContact associations.
comment: Bushings to which the moving contacts of this interrupter isare attached. Some interrupters have one fixed and one moving contact some have 2 fixed contacts some 2 moving contacts. An interrupter will have relationships with 2 bushings and those relationships may be any combination of the FixedContact and MovingContact associations.

OperatingMechanism
type: ObjectProperty
inverse of: InterrupterUnit
domain: InterrupterUnit
range: OperatingMechanism
comment: Breaker mechanism controlling this interrupter.

interruptingMedium
type: ObjectProperty
domain: InterrupterUnitInfo
range: InterruptingMediumKind
comment: Interrupting medium.

IntervalReadings
type: ObjectProperty
domain: IntervalBlock
range: IntervalReading
comment: Interval reading contained in this block.

MeterReading
type: ObjectProperty
domain: IntervalBlock
range: MeterReading
comment: Meter reading containing this interval block.

PendingCalculation
type: ObjectProperty
domain: IntervalBlock
range: PendingCalculation
comment: Pending calculation to apply to interval reading values contained by this block after which the resulting reading type is different than the original because it reflects the conversion result.

ReadingType
type: ObjectProperty
domain: IntervalBlock
range: ReadingType
comment: Type information for interval reading values contained in this block.

IntervalBlocks
type: ObjectProperty
inverse of: IntervalReadings
domain: IntervalReading
range: IntervalBlock
comment: All blocks containing this interval reading.

TimePoints
type: ObjectProperty
domain: IrregularIntervalSchedule
range: IrregularTimePoint
comment: The point data values that define a curve.

IntervalSchedule
type: ObjectProperty
inverse of: TimePoints
domain: IrregularTimePoint
range: IrregularIntervalSchedule
comment: An IrregularTimePoint belongs to an IrregularIntervalSchedule.

time
type: ObjectProperty
domain: IrregularTimePoint
range: Seconds
comment: The time is relative to the schedule starting time.

Documents
type: ObjectProperty
domain: Issuer
range: Document
comment: All documents for this issuer.

configurationKind
type: ObjectProperty
domain: Joint
range: JointConfigurationKind
comment: Configuration of joint.

fillKind
type: ObjectProperty
domain: Joint
range: JointFillKind
comment: Material used to fill the joint.

JumperAction
type: ObjectProperty
inverse of: Jumper
domain: Jumper
range: JumperAction
comment: Action taken with this jumper.

ACLineSegments
type: ObjectProperty
domain: JumperAction
range: ACLineSegment
comment: The line segment that this jumper action will affect. This is the only way to access relationship to clamp in case the jumper needs to connect along the line segment.

Clamp
type: ObjectProperty
inverse of: JumperAction
domain: JumperAction
range: Clamp

JumpedEquipments
type: ObjectProperty
domain: JumperAction
range: ConductingEquipment
comment: Conducting equipment is affected when the jumper action connects one or both ends of a jumper to the conducting equipment. If the jumper action involves placing one or both ends of a jumper anywhere along a line segment you must use the clamp to get the distance from one terminal using the explicit relation with clamp. In the case of placing one or both ends of the jumper at a line segment terminal reference to one or more line segments is sufficient.

Jumper
type: ObjectProperty
domain: JumperAction
range: Jumper
comment: Jumper on which this action is taken.

kind
type: ObjectProperty
domain: JumperAction
range: TempEquipActionKind
comment: Switching action to perform.

multiplier
type: ObjectProperty
domain: KiloActivePower
range: UnitMultiplier

unit
type: ObjectProperty
domain: KiloActivePower
range: UnitSymbol

AssetTestLab
type: ObjectProperty
domain: LabTestDataSet
range: AssetTestLab
comment: Test lab which produced this set of lab test results.

Specimen
type: ObjectProperty
domain: LabTestDataSet
range: Specimen
comment: Specimen on which lab testing done in determining results.

reasonForTest
type: ObjectProperty
domain: LabTestDataSet
range: TestReason
comment: Reason for performing test.

ErpPersons
type: ObjectProperty
inverse of: LaborItems
domain: LaborItem
range: OldPerson

WorkCostDetail
type: ObjectProperty
domain: LaborItem
range: WorkCostDetail

WorkTask
type: ObjectProperty
inverse of: LaborItems
domain: LaborItem
range: OldWorkTask

cost
type: ObjectProperty
domain: LaborItem
range: Money
comment: Total cost for labor. Note that this may not be able to be derived from labor rate and time charged.

laborDuration
type: ObjectProperty
domain: LaborItem
range: Hours
comment: Time required to perform work.

laborRate
type: ObjectProperty
domain: LaborItem
range: CostRate
comment: The labor rate applied for work.

status
type: ObjectProperty
domain: LaborItem
range: Status

standardEdition
type: ObjectProperty
domain: LaborelecStandard
range: LaborelecStandardEditionKind
comment: Edition of Laborelec standard.

standardNumber
type: ObjectProperty
domain: LaborelecStandard
range: LaborelecStandardKind
comment: Laborelec standard number.

AssetContainers
type: ObjectProperty
domain: LandProperty
range: AssetContainer

ErpOrganisationRoles
type: ObjectProperty
domain: LandProperty
range: PropertyOrganisationRole

ErpPersonRoles
type: ObjectProperty
domain: LandProperty
range: PersonPropertyRole

ErpSiteLevelDatas
type: ObjectProperty
domain: LandProperty
range: ErpSiteLevelData

LocationGrants
type: ObjectProperty
domain: LandProperty
range: LocationGrant
comment: All location grants this land property has.

Locations
type: ObjectProperty
domain: LandProperty
range: Location
comment: The spatail description of a piece of property.

RightOfWays
type: ObjectProperty
inverse of: RightOfWay.LandProperties
domain: LandProperty
range: RightOfWay
comment: All rights of way this land property has.

demographicKind
type: ObjectProperty
domain: LandProperty
range: DemographicKind
comment: Demographics around the site.

kind
type: ObjectProperty
domain: LandProperty
range: LandPropertyKind
comment: Kind of land property categorised according to its main functional use from the utilitys perspective.

status
type: ObjectProperty
domain: LandProperty
range: Status

multiplier
type: ObjectProperty
domain: Length
range: UnitMultiplier

unit
type: ObjectProperty
domain: Length
range: UnitSymbol

Reservoir
type: ObjectProperty
domain: LevelVsVolumeCurve
range: Reservoir
comment: A reservoir may have a level versus volume relationship.

errorEllipseConfidence
type: ObjectProperty
domain: LightningStrike
range: PerCent
comment: Likelihood that strike fell within errorEllipse.

errorEllipseMajorSemiAxis
type: ObjectProperty
domain: LightningStrike
range: Length
comment: Length of major semiaxis longest radius of the error ellipse.

errorEllipseMinorSemiAxis
type: ObjectProperty
domain: LightningStrike
range: Length
comment: Length of minor semiaxis shortest radius of the error ellipse.

errorEllipseOrientation
type: ObjectProperty
domain: LightningStrike
range: Bearing
comment: The orientation of the major semi axis in degrees from True North.

peakAmplitude
type: ObjectProperty
domain: LightningStrike
range: CurrentFlow
comment: Peak current of strike.

Procedures
type: ObjectProperty
inverse of: Limits
domain: Limit
range: Procedure

Equipment
type: ObjectProperty
domain: LimitDependency
range: Equipment
comment: The equipment for which this limit dependency model is organized under.

OperationalLimit
type: ObjectProperty
inverse of: LimitDependencyModel
domain: LimitDependency
range: OperationalLimit
comment: The operational limits to which this limit dependency model applies.

SourceOperationalLimit
type: ObjectProperty
domain: LimitScalingLimit
range: OperationalLimit

limitScalingPercent
type: ObjectProperty
domain: LimitScalingLimit
range: PerCent
comment: The associated source limit is scaled by this value to compute the limit of the dependency model.

Region
type: ObjectProperty
inverse of: SubGeographicalRegion.Lines
domain: Line
range: SubGeographicalRegion
comment: The subgeographical region of the line.

amount
type: ObjectProperty
domain: LineDetail
range: Money
comment: Amount for this line item.

rounding
type: ObjectProperty
domain: LineDetail
range: Money
comment: Totalised monetary value of all errors due to process rounding or truncating that is not reflected in amount.

ACLineSegment
type: ObjectProperty
domain: LineFault
range: ACLineSegment
comment: The line segment of this line fault.

lengthFromTerminal1
type: ObjectProperty
domain: LineFault
range: Length
comment: The length to the place where the fault is located starting from terminal with sequence number 1 of the faulted line segment.

b0PerSection
type: ObjectProperty
domain: LinearShuntCompensator
range: Susceptance
comment: Zero sequence shunt charging susceptance per section.

bPerSection
type: ObjectProperty
domain: LinearShuntCompensator
range: Susceptance
comment: Positive sequence shunt charging susceptance per section.

g0PerSection
type: ObjectProperty
domain: LinearShuntCompensator
range: Conductance
comment: Zero sequence shunt charging conductance per section.

gPerSection
type: ObjectProperty
domain: LinearShuntCompensator
range: Conductance
comment: Positive sequence shunt charging conductance per section.

bPerSection
type: ObjectProperty
domain: LinearShuntCompensatorPhase
range: Susceptance
comment: Susceptance per section of the phase if shunt compensator is wye connected. Susceptance per section phase to phase if shunt compensator is delta connected.

gPerSection
type: ObjectProperty
domain: LinearShuntCompensatorPhase
range: Conductance
comment: Conductance per section for this phase if shunt compensator is wye connected. Conductance per section phase to phase if shunt compensator is delta connected.

LoadMotor
type: ObjectProperty
inverse of: LoadAggregate
domain: LoadAggregate
range: LoadMotor
comment: Aggregate motor dynamic load associated with this aggregate load.

LoadStatic
type: ObjectProperty
inverse of: LoadAggregate
domain: LoadAggregate
range: LoadStatic
comment: Aggregate static load associated with this aggregate load.

SubLoadAreas
type: ObjectProperty
domain: LoadArea
range: SubLoadArea
comment: The SubLoadAreas in the LoadArea.

AreaLoadBid
type: ObjectProperty
inverse of: LoadBid
domain: LoadBid
range: AreaLoadBid

LoadReductionPriceCurve
type: ObjectProperty
domain: LoadBid
range: LoadReductionPriceCurve

RampRateCurve
type: ObjectProperty
domain: LoadBid
range: RampRateCurve

RegisteredLoad
type: ObjectProperty
inverse of: RegisteredLoad.LoadBids
domain: LoadBid
range: RegisteredLoad

dropRampRate
type: ObjectProperty
domain: LoadBid
range: ActivePowerChangeRate
comment: Maximum rate that load can be reduced MWminute

loadRedInitiationCost
type: ObjectProperty
domain: LoadBid
range: Money
comment: load reduction initiation cost

minLoad
type: ObjectProperty
domain: LoadBid
range: ActivePower
comment: Minimum MW load below which it may not be reduced.

minLoadReduction
type: ObjectProperty
domain: LoadBid
range: ActivePower
comment: Minimum MW for a load reduction e.g. MW rating of a discrete pump.

minLoadReductionCost
type: ObjectProperty
domain: LoadBid
range: Money
comment: Cost in at the minimum reduced load

pickUpRampRate
type: ObjectProperty
domain: LoadBid
range: ActivePowerChangeRate
comment: Maximum rate load may be restored MWminute

shutdownCost
type: ObjectProperty
domain: LoadBid
range: Money
comment: The fixed cost associated with committing a load reduction.

h
type: ObjectProperty
domain: LoadComposite
range: Seconds
comment: Inertia constant iHi gt 0. Typical value 25.

AggregatedPnode
type: ObjectProperty
inverse of: LoadDistributionFactor
domain: LoadDistributionFactor
range: AggregatedPnode

DistributionFactorSet
type: ObjectProperty
inverse of: LoadDistributionFactor
domain: LoadDistributionFactor
range: DistributionFactorSet

IndividualPnode
type: ObjectProperty
inverse of: LoadDistributionFactor
domain: LoadDistributionFactor
range: IndividualPnode

EnergyConsumer
type: ObjectProperty
domain: LoadDynamics
range: EnergyConsumer
comment: Energy consumer to which this dynamics load model applies.

RegisteredResource
type: ObjectProperty
inverse of: RegisteredResource.LoadFollowingInst
domain: LoadFollowingInst
range: RegisteredResource

RegisteredResource
type: ObjectProperty
domain: LoadFollowingOperatorInput
range: RegisteredResource

updateType
type: ObjectProperty
domain: LoadFollowingOperatorInput
range: MQSCHGType

genericNonLinearLoadModelType
type: ObjectProperty
domain: LoadGenericNonLinear
range: GenericNonLinearLoadModelKind
comment: Type of generic nonlinear load model.

tp
type: ObjectProperty
domain: LoadGenericNonLinear
range: Seconds
comment: Time constant of lag function of active power iTiisubPsubi gt 0.

tq
type: ObjectProperty
domain: LoadGenericNonLinear
range: Seconds
comment: Time constant of lag function of reactive power iTiisubQsubi gt 0.

SubLoadArea
type: ObjectProperty
inverse of: SubLoadArea.LoadGroups
domain: LoadGroup
range: SubLoadArea
comment: The SubLoadArea where the Loadgroup belongs.

LoadAggregate
type: ObjectProperty
domain: LoadMotor
range: LoadAggregate
comment: Aggregate load to which this aggregate motor dynamic load belongs.

h
type: ObjectProperty
domain: LoadMotor
range: Seconds
comment: Inertia constant iHi gt 0. Typical value 04.

lp
type: ObjectProperty
domain: LoadMotor
range: PU
comment: Transient reactance iLpi. Typical value 015.

lpp
type: ObjectProperty
domain: LoadMotor
range: PU
comment: Subtransient reactance iLppi. Typical value 015.

ls
type: ObjectProperty
domain: LoadMotor
range: PU
comment: Synchronous reactance iLsi. Typical value 32.

ra
type: ObjectProperty
domain: LoadMotor
range: PU
comment: Stator resistance iRai. Typical value 0.

tbkr
type: ObjectProperty
domain: LoadMotor
range: Seconds
comment: Circuit breaker operating time iTbkri gt 0. Typical value 008.

tpo
type: ObjectProperty
domain: LoadMotor
range: Seconds
comment: Transient rotor time constant iTpoi gt 0. Typical value 1.

tppo
type: ObjectProperty
domain: LoadMotor
range: Seconds
comment: Subtransient rotor time constant iTppoi gt 0. Typical value 002.

tv
type: ObjectProperty
domain: LoadMotor
range: Seconds
comment: Voltage trip pickup time iTvi gt 0. Typical value 01.

vt
type: ObjectProperty
domain: LoadMotor
range: PU
comment: Voltage threshold for tripping iVti. Typical value 07.

SchedulingCoordinator
type: ObjectProperty
domain: LoadRatio
range: SchedulingCoordinator

share
type: ObjectProperty
domain: LoadRatio
range: PerCent
comment: Share in percentage of total Market load for the selected time interval.

LoadBid
type: ObjectProperty
inverse of: LoadReductionPriceCurve
domain: LoadReductionPriceCurve
range: LoadBid

EnergyConsumer
type: ObjectProperty
inverse of: LoadResponse
domain: LoadResponseCharacteristic
range: EnergyConsumer
comment: The set of loads that have the response characteristics.

LoadAggregate
type: ObjectProperty
domain: LoadStatic
range: LoadAggregate
comment: Aggregate load to which this aggregate static load belongs.

staticLoadModelType
type: ObjectProperty
domain: LoadStatic
range: StaticLoadModelKind
comment: Type of static load model. Typical value constantZ.

ProprietaryParameterDynamics
type: ObjectProperty
inverse of: LoadUserDefined
domain: LoadUserDefined
range: ProprietaryParameterDynamics
comment: Parameter of this proprietary userdefined model.

RTO
type: ObjectProperty
inverse of: RTO.LocalReliabilityArea
domain: LocalReliabilityArea
range: RTO

RegisteredGenerator
type: ObjectProperty
domain: LocalReliabilityArea
range: RegisteredGenerator

Assets
type: ObjectProperty
inverse of: Location
domain: Location
range: Asset
comment: All assets at this location.

ConfigurationEvents
type: ObjectProperty
domain: Location
range: ConfigurationEvent
comment: All configuration events created for this location.

CoordinateSystem
type: ObjectProperty
domain: Location
range: CoordinateSystem
comment: Coordinate system used to describe position points of this location.

Crew
type: ObjectProperty
domain: Location
range: Crew

Crews
type: ObjectProperty
inverse of: Locations
domain: Location
range: OldCrew

EnvironmentalLocationKind
type: ObjectProperty
inverse of: Location
domain: Location
range: EnvironmentalLocationType
comment: Kind of environmental location which this location is.

EnvironmentalMonitoringStation
type: ObjectProperty
inverse of: Location
domain: Location
range: EnvironmentalMonitoringStation
comment: Monitoring station located at this location.

Fault
type: ObjectProperty
inverse of: Location
domain: Location
range: Fault

Hazards
type: ObjectProperty
inverse of: Locations
domain: Location
range: AssetLocationHazard
comment: All asset hazards at this location.

Incident
type: ObjectProperty
inverse of: Location
domain: Location
range: Incident
comment: Incident at this location.

LandProperties
type: ObjectProperty
inverse of: Locations
domain: Location
range: LandProperty

Measurements
type: ObjectProperty
domain: Location
range: Measurement

OutageOrder
type: ObjectProperty
inverse of: Location
domain: Location
range: OutageOrder

PositionPoints
type: ObjectProperty
domain: Location
range: PositionPoint
comment: Sequence of position points describing this location expressed in coordinate system Location.CoordinateSystem.

PowerSystemResources
type: ObjectProperty
domain: Location
range: PowerSystemResource
comment: All power system resources at this location.

Routes
type: ObjectProperty
inverse of: Route.Locations
domain: Location
range: Route

SwitchingOrder
type: ObjectProperty
domain: Location
range: SwitchingOrder

TroubleOrder
type: ObjectProperty
inverse of: TroubleOrder.Location
domain: Location
range: TroubleOrder

electronicAddress
type: ObjectProperty
domain: Location
range: ElectronicAddress
comment: Electronic address.

mainAddress
type: ObjectProperty
domain: Location
range: StreetAddress
comment: Main address of the location.

phone1
type: ObjectProperty
domain: Location
range: TelephoneNumber
comment: Phone number.

phone2
type: ObjectProperty
domain: Location
range: TelephoneNumber
comment: Additional phone number.

secondaryAddress
type: ObjectProperty
domain: Location
range: StreetAddress
comment: Secondary address of the location. For example PO Box address may have different ZIP code than that in the mainAddress.

status
type: ObjectProperty
domain: Location
range: Status
comment: Status of this location.

LandProperty
type: ObjectProperty
inverse of: LocationGrants
domain: LocationGrant
range: LandProperty
comment: Land property this location grant applies to.

LossClearingResults
type: ObjectProperty
domain: LossClearing
range: LossClearingResults

HostControlArea
type: ObjectProperty
inverse of: LossClearingResults
domain: LossClearingResults
range: HostControlArea

LossClearing
type: ObjectProperty
inverse of: LossClearingResults
domain: LossClearingResults
range: LossClearing

RUCZone
type: ObjectProperty
inverse of: RUCZone.LossClearingResults
domain: LossClearingResults
range: RUCZone

SubControlArea
type: ObjectProperty
domain: LossClearingResults
range: SubControlArea

EnergyTransaction
type: ObjectProperty
domain: LossProfile
range: EnergyTransaction
comment: An EnergyTransaction may have a LossProfile.

HasLoss_
type: ObjectProperty
domain: LossProfile
range: TransmissionProvider
comment: Part of the LossProfile for an EnergyTransaction may be a loss for a TransmissionProvider. If so the TransmissionProvider must be one of the participating entities in the EnergyTransaction.

MktConnectivityNode
type: ObjectProperty
domain: LossSensitivity
range: MktConnectivityNode

LMPMFinalFlag
type: ObjectProperty
domain: MPMClearing
range: YesNo

MPMTestResults
type: ObjectProperty
domain: MPMClearing
range: MPMTestResults

SMPMFinalFlag
type: ObjectProperty
domain: MPMClearing
range: YesNo

mitigationOccuredFlag
type: ObjectProperty
domain: MPMClearing
range: YesNo

MPMTestCategory
type: ObjectProperty
inverse of: MPMResourceStatus
domain: MPMResourceStatus
range: MPMTestCategory

MitigatedBidClearing
type: ObjectProperty
inverse of: MPMResourceStatus
domain: MPMResourceStatus
range: MitigatedBidClearing

RegisteredResource
type: ObjectProperty
inverse of: RegisteredResource.MPMResourceStatus
domain: MPMResourceStatus
range: RegisteredResource

MPMResourceStatus
type: ObjectProperty
domain: MPMTestCategory
range: MPMResourceStatus

MPMTestResults
type: ObjectProperty
domain: MPMTestCategory
range: MPMTestResults

MPMTestThreshold
type: ObjectProperty
domain: MPMTestCategory
range: MPMTestThreshold

purposeFlag
type: ObjectProperty
domain: MPMTestCategory
range: PurposeFlagType
comment: Nature of threshold dataM Mitigation thresholdR Reporting threshold

testIdentifier
type: ObjectProperty
domain: MPMTestCategory
range: MPMTestIdentifierType
comment: 1 Global Price Test2 Global Conduct Test3 Global Impact Test4 Local Price Test5 Local Conduct Test6 Local Impact Test

testMethod
type: ObjectProperty
domain: MPMTestCategory
range: MPMTestMethodType
comment: The method of performing the market power monitoring. Examples are Normal default thresholds or Alternate thresholds.

AggregatedPnode
type: ObjectProperty
inverse of: MPMTestResults
domain: MPMTestResults
range: AggregatedPnode

MPMClearing
type: ObjectProperty
inverse of: MPMTestResults
domain: MPMTestResults
range: MPMClearing

MPMTestCategory
type: ObjectProperty
inverse of: MPMTestResults
domain: MPMTestResults
range: MPMTestCategory

marginPercent
type: ObjectProperty
domain: MPMTestResults
range: PerCent
comment: Used to show the Margin result of the Impact test

outcome
type: ObjectProperty
domain: MPMTestResults
range: MPMTestOutcome
comment: The results of the test. For the Price Impact and Conduct tests typical values are NA Pass Fail Disable or Skip.

AggregatedPnode
type: ObjectProperty
domain: MPMTestThreshold
range: AggregatedPnode

MPMTestCategory
type: ObjectProperty
inverse of: MPMTestThreshold
domain: MPMTestThreshold
range: MPMTestCategory

RegisteredResource
type: ObjectProperty
domain: MPMTestThreshold
range: RegisteredResource

marketType
type: ObjectProperty
domain: MPMTestThreshold
range: MarketType
comment: Market Type DAM RTM

percent
type: ObjectProperty
domain: MPMTestThreshold
range: PerCent
comment: Price Threshold in

price
type: ObjectProperty
domain: MPMTestThreshold
range: CostPerEnergyUnit
comment: Price Threshold in MW

MeteredSubSystem
type: ObjectProperty
domain: MSSAggregation
range: MeteredSubSystem

RTO
type: ObjectProperty
domain: MSSAggregation
range: RTO

costRecovery
type: ObjectProperty
domain: MSSAggregation
range: YesNo
comment: Charge for Emission Costs Start Up Costs or Minimum Load Costs.

grossSettlement
type: ObjectProperty
domain: MSSAggregation
range: YesNo
comment: MSS Load Following may select Net vs. Gross settlement. Net Settlement requires the net Demand settled at the MSS LAP and Net Supply needs to settle at the equivalent to the weighted average price of the MSS generation. Gross load will be settled at the System LAP and the Gross supply will be settled at the LMP. MSS Aggregation that elects gross settlement shall have to identify if its resources are Load Following or not.

ignoreLosses
type: ObjectProperty
domain: MSSAggregation
range: YesNo
comment: Provides an indication if losses are to be ignored for this zone. Also refered to as Exclude Marginal Losses.

ignoreMarginalLosses
type: ObjectProperty
domain: MSSAggregation
range: YesNo
comment: Provides an indication if marginal losses are to be ignored for this zone.

loadFollowing
type: ObjectProperty
domain: MSSAggregation
range: YesNo
comment: Indication that this particular MSSA participates in the Load Following function.

rucProcurement
type: ObjectProperty
domain: MSSAggregation
range: YesNo
comment: Indicates that RUC will be procured by the ISO or self provided.

MeteredSubSystem
type: ObjectProperty
inverse of: MSSZone
domain: MSSZone
range: MeteredSubSystem

ignoreLosses
type: ObjectProperty
domain: MSSZone
range: YesNo
comment: Provides an indication if losses are to be ignored for this metered subsystem zone.

rucGrossSettlement
type: ObjectProperty
domain: MSSZone
range: YesNo
comment: Metered SubSystem MSS Load Following may select Net vs. Gross settlement. Net Settlement requires the net Demand settled at the Metered SubSustem MSS Load Aggregation Point LAP and Net Supply needs to settle at the equivalent to the weighted average price of the MSS generation. Gross load will be settled at the System LAP and the Gross supply will be settled at the LMP. MSS Aggregation that elects gross settlement shall have to identify if its resources are Load Following or not.

SecurityConstraintLimit
type: ObjectProperty
inverse of: MWLimitSchedules
domain: MWLimitSchedule
range: ContingencyConstraintLimit

multiplier
type: ObjectProperty
domain: MagneticField
range: UnitMultiplier

unit
type: ObjectProperty
domain: MagneticField
range: UnitSymbol

changeDst
type: ObjectProperty
domain: MagneticStorm
range: MagneticField
comment: Change in the disturbance storm time Dst index. The size of a geomagnetic storm is classified as moderate 50 nT gtminimum of Dst gt 100 nT intense 100 nT gt minimum Dst gt 250 nT or superstorm minimum of Dst lt 250 nT.

breakerMaintenanceKind
type: ObjectProperty
domain: MaintenanceWorkTask
range: BreakerMaintenanceKind
comment: Kind of breaker maintenance performed by this maintenance work task.

transformerMaintenanceKind
type: ObjectProperty
domain: MaintenanceWorkTask
range: TransformerMaintenanceKind
comment: Kind of transformer maintenance performed by this maintenance work task.

ChargeType
type: ObjectProperty
domain: MajorChargeGroup
range: ChargeType
comment: A MajorChargeGroup can have 0n ChargeType. A ChargeType can associate to 0n MajorChargeGroup.

MarketInvoice
type: ObjectProperty
inverse of: MajorChargeGroup
domain: MajorChargeGroup
range: MarketInvoice

MktScheduledEvent
type: ObjectProperty
domain: MajorChargeGroup
range: MarketScheduledEvent

Settlement
type: ObjectProperty
domain: MajorChargeGroup
range: Settlement

ProductAssetModels
type: ObjectProperty
inverse of: Manufacturer
domain: Manufacturer
range: ProductAssetModel
comment: All asset models by this manufacturer.

MarketFactors
type: ObjectProperty
inverse of: Market
domain: Market
range: MarketFactors

MarketProducts
type: ObjectProperty
inverse of: Market
domain: Market
range: MarketProduct

MarketRun
type: ObjectProperty
inverse of: Market
domain: Market
range: MarketRun

MarketRun
type: ObjectProperty
domain: MarketActualEvent
range: MarketRun
comment: Market run triggered by this actual event. For example the DA market run is triggered by the actual open bid submission event and terminated by the actual execution and completion of the DA market run captured by the runState of the MarketRun.

PlannedMarketEvent
type: ObjectProperty
domain: MarketActualEvent
range: PlannedMarketEvent
comment: Planned event executed by this actual event.

eventStatus
type: ObjectProperty
domain: MarketActualEvent
range: MarketEventStatusKind
comment: Event status e.g. active canceled expired etc.

MarketProductClearing
type: ObjectProperty
inverse of: MarketCaseClearing
domain: MarketCaseClearing
range: AncillaryServiceClearing

AceTariffType
type: ObjectProperty
inverse of: MarketDocument
domain: MarketDocument
range: AceTariffType

AttributeInstanceComponent
type: ObjectProperty
domain: MarketDocument
range: AttributeInstanceComponent

DateAndOrTime
type: ObjectProperty
inverse of: MarketDocument
domain: MarketDocument
range: DateAndOrTime

Domain
type: ObjectProperty
domain: MarketDocument
range: Domain

MarketDocument
type: ObjectProperty
inverse of: SelfMarketDocument
domain: MarketDocument
range: MarketDocument

MarketParticipant
type: ObjectProperty
inverse of: MarketDocument
domain: MarketDocument
range: MarketParticipant

Period
type: ObjectProperty
domain: MarketDocument
range: Period

Process
type: ObjectProperty
inverse of: MarketDocument
domain: MarketDocument
range: Process

Reason
type: ObjectProperty
inverse of: Reason.MarketDocument
domain: MarketDocument
range: Reason

SelfMarketDocument
type: ObjectProperty
domain: MarketDocument
range: MarketDocument

TimeSeries
type: ObjectProperty
inverse of: TimeSeries.MarketDocument
domain: MarketDocument
range: TimeSeries

TimeSeries
type: ObjectProperty
inverse of: TimeSeries.MarketEvaluationPoint
domain: MarketEvaluationPoint
range: TimeSeries

Market
type: ObjectProperty
domain: MarketFactors
range: Market

MktActivityRecord
type: ObjectProperty
domain: MarketFactors
range: MktActivityRecord

MajorChargeGroup
type: ObjectProperty
domain: MarketInvoice
range: MajorChargeGroup

MarketInvoiceLineItems
type: ObjectProperty
inverse of: MarketInvoice
domain: MarketInvoice
range: MarketInvoiceLineItem

amount
type: ObjectProperty
domain: MarketInvoice
range: Money
comment: Total amount due on this invoice based on line items and applicable adjustments.

billMediaKind
type: ObjectProperty
domain: MarketInvoice
range: MktBillMediaKind
comment: Kind of media by which the CustomerBillingInfo was delivered.

kind
type: ObjectProperty
domain: MarketInvoice
range: MktAccountKind
comment: Kind of invoice default is sales.

ComponentMarketInvoiceLineItems
type: ObjectProperty
inverse of: ContainerMarketInvoiceLineItem
domain: MarketInvoiceLineItem
range: MarketInvoiceLineItem

ContainerMarketInvoiceLineItem
type: ObjectProperty
domain: MarketInvoiceLineItem
range: MarketInvoiceLineItem

MarketInvoice
type: ObjectProperty
domain: MarketInvoiceLineItem
range: MarketInvoice

Settlement
type: ObjectProperty
domain: MarketInvoiceLineItem
range: Settlement

billPeriod
type: ObjectProperty
domain: MarketInvoiceLineItem
range: DateTimeInterval
comment: Bill period for the line item.

kind
type: ObjectProperty
domain: MarketInvoiceLineItem
range: MktInvoiceLineItemKind
comment: Kind of line item.

MarketLedgerEntries
type: ObjectProperty
domain: MarketLedger
range: MarketLedgerEntry

MarketLedger
type: ObjectProperty
inverse of: MarketLedgerEntries
domain: MarketLedgerEntry
range: MarketLedger

Settlement
type: ObjectProperty
domain: MarketLedgerEntry
range: Settlement

accountKind
type: ObjectProperty
domain: MarketLedgerEntry
range: MktAccountKind
comment: Kind of account for this entry.

amount
type: ObjectProperty
domain: MarketLedgerEntry
range: Money
comment: The amount of the debit or credit for this account.

status
type: ObjectProperty
domain: MarketLedgerEntry
range: Status
comment: Status of ledger entry.

RegisteredResource
type: ObjectProperty
domain: MarketObjectStatus
range: RegisteredResource

TimeSeries
type: ObjectProperty
domain: MarketObjectStatus
range: TimeSeries

Bid
type: ObjectProperty
inverse of: MarketParticipant
domain: MarketParticipant
range: Bid

MarketDocument
type: ObjectProperty
domain: MarketParticipant
range: MarketDocument

MarketPerson
type: ObjectProperty
domain: MarketParticipant
range: MarketPerson

MarketRole
type: ObjectProperty
inverse of: MarketParticipant
domain: MarketParticipant
range: MarketRole

RegisteredResource
type: ObjectProperty
inverse of: RegisteredResource.MarketParticipant
domain: MarketParticipant
range: RegisteredResource

SchedulingCoordinator
type: ObjectProperty
inverse of: SchedulingCoordinator.MarketParticipant
domain: MarketParticipant
range: SchedulingCoordinator

TimeSeries
type: ObjectProperty
inverse of: TimeSeries.MarketParticipant
domain: MarketParticipant
range: TimeSeries

MarketParticipant
type: ObjectProperty
inverse of: MarketPerson
domain: MarketPerson
range: MarketParticipant

MarketSkills
type: ObjectProperty
domain: MarketPerson
range: MarketSkill

electronicAddressAlternate
type: ObjectProperty
domain: MarketPerson
range: ElectronicAddress
comment: Alternate Electronic address.

electronicAddressPrimary
type: ObjectProperty
domain: MarketPerson
range: ElectronicAddress
comment: Primary Electronic address.

landlinePhone
type: ObjectProperty
domain: MarketPerson
range: TelephoneNumber
comment: Landline phone number.

mobilePhone
type: ObjectProperty
domain: MarketPerson
range: TelephoneNumber
comment: Mobile phone number.

status
type: ObjectProperty
domain: MarketPerson
range: Status

PlannedMarket
type: ObjectProperty
domain: MarketPlan
range: PlannedMarket
comment: A market plan has a number of markets DA HA RT.

BidError
type: ObjectProperty
domain: MarketProduct
range: BidError

BidPriceCap
type: ObjectProperty
domain: MarketProduct
range: BidPriceCap

CommodityDefinition
type: ObjectProperty
inverse of: MarketProduct
domain: MarketProduct
range: CommodityDefinition

Market
type: ObjectProperty
domain: MarketProduct
range: Market

MarketRegionResults
type: ObjectProperty
domain: MarketProduct
range: MarketRegionResults

ProductBids
type: ObjectProperty
domain: MarketProduct
range: ProductBid

ReserveReqs
type: ObjectProperty
inverse of: ReserveReq.MarketProduct
domain: MarketProduct
range: ReserveReq
comment: Market product associated with reserve requirement must be a reserve or regulation product.

ResourceAwardInstruction
type: ObjectProperty
domain: MarketProduct
range: ResourceAwardInstruction

marketProductType
type: ObjectProperty
domain: MarketProduct
range: MarketProductType
comment: Market product type examplesEN EnergyRU Regulation UpRD Regulation DnSR Spinning ReserveNR NonSpinning ReserveRC RUC

MarketSkills
type: ObjectProperty
inverse of: MarketQualificationRequirements
domain: MarketQualificationRequirement
range: MarketSkill

ExPostMarketRegionResults
type: ObjectProperty
inverse of: MarketRegion
domain: MarketRegion
range: ExPostMarketRegionResults

MarketRegionResults
type: ObjectProperty
domain: MarketRegion
range: MarketRegionResults

ReserveDemandCurve
type: ObjectProperty
domain: MarketRegion
range: ReserveDemandCurve

AncillaryServiceClearing
type: ObjectProperty
inverse of: MarketRegionResults
domain: MarketRegionResults
range: AncillaryServiceClearing

MarketProduct
type: ObjectProperty
inverse of: MarketRegionResults
domain: MarketRegionResults
range: MarketProduct

MarketRegion
type: ObjectProperty
inverse of: MarketRegionResults
domain: MarketRegionResults
range: MarketRegion

limitFlag
type: ObjectProperty
domain: MarketRegionResults
range: ResourceLimitIndicator
comment: Locational AS Flags indicating whether the Upper or Lower Bound limit of the AS regional procurment is binding

lumpyIndicator
type: ObjectProperty
domain: MarketRegionResults
range: YesNo
comment: The Lumpy FlagYN indicates whether the resource that sets the price is a lumpy generator by hour over the time horizon.Only applicable for the Day Ahead Market

EnergyMarket
type: ObjectProperty
inverse of: MarketResults
domain: MarketResults
range: EnergyMarket

contingentOperatingResAvail
type: ObjectProperty
domain: MarketResults
range: YesNo
comment: Global Contingent Operating Reserve Availability Indicator YesNo

MarketParticipant
type: ObjectProperty
domain: MarketRole
range: MarketParticipant

Market
type: ObjectProperty
domain: MarketRun
range: Market

MarketActualEvent
type: ObjectProperty
inverse of: MarketRun
domain: MarketRun
range: MarketActualEvent
comment: All actual events that trigger this market run.

PlannedMarket
type: ObjectProperty
inverse of: MarketRun
domain: MarketRun
range: PlannedMarket
comment: A planned market could have multiple market runs for the reason that a planned market could have a rerun.

executionType
type: ObjectProperty
domain: MarketRun
range: ExecutionType
comment: The execution type Day Ahead Intra Day Real Time PreDispatch Real Time Dispatch

marketType
type: ObjectProperty
domain: MarketRun
range: MarketType
comment: The market type Day Ahead Market or Real Time Market.

MajorChargeGroup
type: ObjectProperty
inverse of: MktScheduledEvent
domain: MarketScheduledEvent
range: MajorChargeGroup

duration
type: ObjectProperty
domain: MarketScheduledEvent
range: Seconds
comment: Duration of the scheduled event for example the time to ramp between values.

status
type: ObjectProperty
domain: MarketScheduledEvent
range: Status

MarketPerson
type: ObjectProperty
inverse of: MarketSkills
domain: MarketSkill
range: MarketPerson

MarketQualificationRequirements
type: ObjectProperty
domain: MarketSkill
range: MarketQualificationRequirement

certificationPeriod
type: ObjectProperty
domain: MarketSkill
range: DateTimeInterval
comment: Interval between the certification and its expiry.

MarketStatementLineItem
type: ObjectProperty
inverse of: MarketStatement
domain: MarketStatement
range: MarketStatementLineItem

ComponentMarketStatementLineItem
type: ObjectProperty
inverse of: ContainerMarketStatementLineItem
domain: MarketStatementLineItem
range: MarketStatementLineItem

ContainerMarketStatementLineItem
type: ObjectProperty
domain: MarketStatementLineItem
range: MarketStatementLineItem

MarketStatement
type: ObjectProperty
domain: MarketStatementLineItem
range: MarketStatement

MktUserAttribute
type: ObjectProperty
domain: MarketStatementLineItem
range: MktUserAttribute

PassThroughBill
type: ObjectProperty
inverse of: MarketStatementLineItem
domain: MarketStatementLineItem
range: PassThroughBill

HoldsTitleTo_EnergyProducts
type: ObjectProperty
inverse of: TitleHeldBy_Marketer
domain: Marketer
range: EnergyProduct
comment: A Marketer holds title to an EnergyProduct.

Resells_EnergyProduct
type: ObjectProperty
inverse of: ResoldBy_Marketer
domain: Marketer
range: EnergyProduct
comment: A Marketer may resell an EnergyProduct.

multiplier
type: ObjectProperty
domain: Mass
range: UnitMultiplier

unit
type: ObjectProperty
domain: Mass
range: UnitSymbol

TypeMaterial
type: ObjectProperty
inverse of: TypeMaterial.MaterialItems
domain: MaterialItem
range: TypeMaterial

WorkTask
type: ObjectProperty
inverse of: WorkTask.MaterialItems
domain: MaterialItem
range: WorkTask

quantity
type: ObjectProperty
domain: MaterialItem
range: IntegerQuantity
comment: Quantity of material used.

Asset
type: ObjectProperty
inverse of: Measurements
domain: Measurement
range: Asset

CalculationMethodHierarchy
type: ObjectProperty
domain: Measurement
range: CalculationMethodHierarchy
comment: Calculation method hierarchy which applies to this analog.

Locations
type: ObjectProperty
inverse of: Measurements
domain: Measurement
range: Location

MeasurementAction
type: ObjectProperty
inverse of: Measurement
domain: Measurement
range: MeasurementAction

MeasurementCalculatorInput
type: ObjectProperty
inverse of: Measurement
domain: Measurement
range: MeasurementCalculatorInput

PinMeasurement
type: ObjectProperty
inverse of: Measurement
domain: Measurement
range: PinMeasurement

PowerSystemResource
type: ObjectProperty
inverse of: Measurements
domain: Measurement
range: PowerSystemResource
comment: The power system resource that contains the measurement.

Procedures
type: ObjectProperty
inverse of: Measurements
domain: Measurement
range: Procedure
comment: Measurements are specified in types of documents such as procedures.

ProtectiveActionAdjustment
type: ObjectProperty
domain: Measurement
range: ProtectiveActionAdjustment

Terminal
type: ObjectProperty
domain: Measurement
range: ACDCTerminal
comment: One or more measurements may be associated with a terminal in the network.

phases
type: ObjectProperty
domain: Measurement
range: PhaseCode
comment: Indicates to which phases the measurement applies and avoids the need to use measurementType to also encode phase information which would explode the types. The phase information in Measurement along with measurementType and phases uniquely defines a Measurement for a device based on normal network phase. Their meaning will not change when the computed energizing phasing is changed due to jumpers or other reasons.If the attribute is missing three phases ABC shall be assumed.

unitMultiplier
type: ObjectProperty
domain: Measurement
range: UnitMultiplier
comment: The unit multiplier of the measured quantity.

unitSymbol
type: ObjectProperty
domain: Measurement
range: UnitSymbol
comment: The unit of measure of the measured quantity.

Measurement
type: ObjectProperty
domain: MeasurementAction
range: Measurement

MeasurementCalculatorInput
type: ObjectProperty
inverse of: MeasurementCalculator
domain: MeasurementCalculator
range: MeasurementCalculatorInput
comment: Used in the calculation.

PinMeasurement
type: ObjectProperty
domain: MeasurementCalculator
range: PinMeasurement

kind
type: ObjectProperty
domain: MeasurementCalculator
range: CalculationKind
comment: Calculation operation executed on the operants.

Measurement
type: ObjectProperty
domain: MeasurementCalculatorInput
range: Measurement
comment: Measurement used as input to a calculation.

MeasurementCalculator
type: ObjectProperty
domain: MeasurementCalculatorInput
range: MeasurementCalculator

CalculationMethodHierarchy
type: ObjectProperty
inverse of: MeasurementValue
domain: MeasurementValue
range: CalculationMethodHierarchy

ErpPerson
type: ObjectProperty
inverse of: MeasurementValues
domain: MeasurementValue
range: OldPerson

MeasurementValueQuality
type: ObjectProperty
inverse of: MeasurementValue
domain: MeasurementValue
range: MeasurementValueQuality
comment: A MeasurementValue has a MeasurementValueQuality associated with it.

MeasurementValueSource
type: ObjectProperty
inverse of: MeasurementValues
domain: MeasurementValue
range: MeasurementValueSource
comment: A reference to the type of source that updates the MeasurementValue e.g. SCADA CCLink manual etc. User conventions for the names of sources are contained in the introduction to IEC 61970301.

ProcedureDataSet
type: ObjectProperty
inverse of: MeasurementValue
domain: MeasurementValue
range: ProcedureDataSet

RemoteSource
type: ObjectProperty
domain: MeasurementValue
range: RemoteSource
comment: Link to the physical telemetered point associated with this measurement.

sensorAccuracy
type: ObjectProperty
domain: MeasurementValue
range: PerCent
comment: The limit expressed as a percentage of the sensor maximum that errors will not exceed when the sensor is used under reference conditions.

MeasurementValue
type: ObjectProperty
domain: MeasurementValueQuality
range: MeasurementValue
comment: A MeasurementValue has a MeasurementValueQuality associated with it.

MeasurementValues
type: ObjectProperty
domain: MeasurementValueSource
range: MeasurementValue
comment: The MeasurementValues updated by the source.

AsynchronousMachineDynamics
type: ObjectProperty
domain: MechanicalLoadDynamics
range: AsynchronousMachineDynamics
comment: Asynchronous machine model with which this mechanical load model is associated. MechanicalLoadDynamics shall have either an association to SynchronousMachineDynamics or to AsynchronousMachineDynamics.

SynchronousMachineDynamics
type: ObjectProperty
domain: MechanicalLoadDynamics
range: SynchronousMachineDynamics
comment: Synchronous machine model with which this mechanical load model is associated. MechanicalLoadDynamics shall have either an association to SynchronousMachineDynamics or AsynchronousMachineDyanmics.

ProprietaryParameterDynamics
type: ObjectProperty
inverse of: MechanicalLoadUserDefined
domain: MechanicalLoadUserDefined
range: ProprietaryParameterDynamics
comment: Parameter of this proprietary userdefined model.

Asset
type: ObjectProperty
domain: Medium
range: Asset
comment: Medium with which this asset is filled.

Specification
type: ObjectProperty
inverse of: Specification.Mediums
domain: Medium
range: Specification

kind
type: ObjectProperty
domain: Medium
range: MediumKind
comment: Kind of this medium.

volumeSpec
type: ObjectProperty
domain: Medium
range: Volume
comment: The volume of the medium specified for this application. Note that the actual volume is a type of measurement associated witht the asset.

MerchantAgreement
type: ObjectProperty
inverse of: MerchantAccounts
domain: MerchantAccount
range: MerchantAgreement
comment: Merchant agreement that instantiated this merchant account.

Transactors
type: ObjectProperty
domain: MerchantAccount
range: Transactor
comment: All transactors this merchant account is registered with.

VendorShifts
type: ObjectProperty
domain: MerchantAccount
range: VendorShift
comment: All vendor shifts that operate on this merchant account.

currentBalance
type: ObjectProperty
domain: MerchantAccount
range: Money
comment: The current operating balance of this account.

provisionalBalance
type: ObjectProperty
domain: MerchantAccount
range: Money
comment: The balance of this account after taking into account any pending debits from VendorShift.merchantDebitAmount and pending credits from BankStatement.merchantCreditAmount or credits see also BankStatement attributes and VendorShift attributes.

MerchantAccounts
type: ObjectProperty
domain: MerchantAgreement
range: MerchantAccount
comment: All merchant accounts instantiated as a result of this merchant agreement.

MeterMultipliers
type: ObjectProperty
domain: Meter
range: MeterMultiplier
comment: All multipliers applied at this meter.

MeterReadings
type: ObjectProperty
domain: Meter
range: MeterReading
comment: All meter readings provided by this meter.

MeterReplacementWorkTasks
type: ObjectProperty
inverse of: OldMeter
domain: Meter
range: MeterWorkTask
comment: All work tasks on replacement of this old meter.

MeterServiceWorkTask
type: ObjectProperty
inverse of: Meter
domain: Meter
range: MeterWorkTask
comment: All nonreplacement work tasks on this meter.

VendingTransactions
type: ObjectProperty
inverse of: Transaction.Meter
domain: Meter
range: Transaction
comment: All vending transactions on this meter.

Meter
type: ObjectProperty
inverse of: MeterMultipliers
domain: MeterMultiplier
range: Meter
comment: Meter applying this multiplier.

kind
type: ObjectProperty
domain: MeterMultiplier
range: MeterMultiplierKind
comment: Kind of multiplier.

CustomerAgreement
type: ObjectProperty
domain: MeterReading
range: CustomerAgreement
comment: could be deprecated in the future Customer agreement for this meter reading.

EndDeviceEvents
type: ObjectProperty
domain: MeterReading
range: EndDeviceEvent
comment: All end device events associated with this set of measured values.

IntervalBlocks
type: ObjectProperty
inverse of: MeterReading
domain: MeterReading
range: IntervalBlock
comment: All interval blocks contained in this meter reading.

Meter
type: ObjectProperty
inverse of: MeterReadings
domain: MeterReading
range: Meter
comment: Meter providing this reading.

Readings
type: ObjectProperty
inverse of: Reading.MeterReadings
domain: MeterReading
range: Reading
comment: All reading values contained within this meter reading.

UsagePoint
type: ObjectProperty
domain: MeterReading
range: UsagePoint
comment: Usage point from which this meter reading set of values has been obtained.

valuesInterval
type: ObjectProperty
domain: MeterReading
range: DateTimeInterval
comment: Date and time interval of the data items contained within this meter reading.

Meter
type: ObjectProperty
domain: MeterWorkTask
range: Meter
comment: Meter on which this nonreplacement work task is performed.

OldMeter
type: ObjectProperty
domain: MeterWorkTask
range: Meter
comment: Old meter replaced by this work task.

UsagePoint
type: ObjectProperty
domain: MeterWorkTask
range: UsagePoint
comment: Usage point to which this meter service work task applies.

MSSAggregation
type: ObjectProperty
inverse of: MeteredSubSystem
domain: MeteredSubSystem
range: MSSAggregation

MSSZone
type: ObjectProperty
domain: MeteredSubSystem
range: MSSZone

ReadingTypes
type: ObjectProperty
domain: MetrologyRequirement
range: ReadingType
comment: All reading types required to be collected by this metrology requirement.

UsagePoints
type: ObjectProperty
domain: MetrologyRequirement
range: UsagePoint
comment: All usage points having this metrology requirement.

reason
type: ObjectProperty
domain: MetrologyRequirement
range: ReadingReasonKind
comment: Reason for this metrology requirement being specified.

multiplier
type: ObjectProperty
domain: Minutes
range: UnitMultiplier

unit
type: ObjectProperty
domain: Minutes
range: UnitSymbol

DesignLocation
type: ObjectProperty
inverse of: MiscCostItems
domain: MiscCostItem
range: DesignLocation

WorkCostDetail
type: ObjectProperty
domain: MiscCostItem
range: WorkCostDetail

WorkTask
type: ObjectProperty
inverse of: MiscCostItems
domain: MiscCostItem
range: OldWorkTask

costPerUnit
type: ObjectProperty
domain: MiscCostItem
range: Money
comment: The cost per unit for this misc. item.

quantity
type: ObjectProperty
domain: MiscCostItem
range: IntegerQuantity
comment: The quantity of the misc. item being assigned to this location.

status
type: ObjectProperty
domain: MiscCostItem
range: Status

Bid
type: ObjectProperty
domain: MitigatedBid
range: Bid

MitigatedBidClearing
type: ObjectProperty
domain: MitigatedBid
range: MitigatedBidClearing

MPMResourceStatus
type: ObjectProperty
domain: MitigatedBidClearing
range: MPMResourceStatus

MitigatedBid
type: ObjectProperty
inverse of: MitigatedBidClearing
domain: MitigatedBidClearing
range: MitigatedBid

RMRDetermination
type: ObjectProperty
inverse of: RMRDetermination.MitigatedBidClearing
domain: MitigatedBidClearing
range: RMRDetermination

Bid
type: ObjectProperty
inverse of: MitigatedBidSegment
domain: MitigatedBidSegment
range: Bid

EndAFlow
type: ObjectProperty
inverse of: MktACLineSegmentEndAFlow
domain: MktACLineSegment
range: BranchEndFlow

EndBFlow
type: ObjectProperty
inverse of: MktACLineSegmentEndBFlow
domain: MktACLineSegment
range: BranchEndFlow

MarketFactors
type: ObjectProperty
inverse of: MktActivityRecord
domain: MktActivityRecord
range: MarketFactors

limitType
type: ObjectProperty
domain: MktAnalogLimit
range: AnalogLimitType
comment: The type of limit the value representsBranch Limit TypesShort TermMedium TermLong TermVoltage LimitsHighLow

AggregatedPnode
type: ObjectProperty
domain: MktCombinedCyclePlant
range: AggregatedPnode

CombinedCycleLogicalConfiguration
type: ObjectProperty
inverse of: MktCombinedCyclePlant
domain: MktCombinedCyclePlant
range: CombinedCycleLogicalConfiguration

CnodeDistributionFactor
type: ObjectProperty
inverse of: MktConnectivityNode
domain: MktConnectivityNode
range: CnodeDistributionFactor

IndividualPnode
type: ObjectProperty
inverse of: MktConnectivityNode
domain: MktConnectivityNode
range: IndividualPnode

LossPenaltyFactor
type: ObjectProperty
inverse of: MktConnectivityNode
domain: MktConnectivityNode
range: LossSensitivity

NodeConstraintTerm
type: ObjectProperty
inverse of: MktConnectivityNode
domain: MktConnectivityNode
range: NodeConstraintTerm

RTO
type: ObjectProperty
inverse of: RTO.MktConnectivityNode
domain: MktConnectivityNode
range: RTO

RegisteredResource
type: ObjectProperty
inverse of: RegisteredResource.MktConnectivityNode
domain: MktConnectivityNode
range: RegisteredResource

SysLoadDistribuFactor
type: ObjectProperty
inverse of: SysLoadDistributionFactor.MktConnectivityNode
domain: MktConnectivityNode
range: SysLoadDistributionFactor

ConstraintResults
type: ObjectProperty
inverse of: MktContingency
domain: MktContingency
range: ConstraintResults

ContingencyConstraintLimit
type: ObjectProperty
inverse of: MktContingency
domain: MktContingency
range: ContingencyConstraintLimit

TransferInterfaceSolutionA
type: ObjectProperty
inverse of: TransferInterfaceSolution.MktContingencyA
domain: MktContingency
range: TransferInterfaceSolution

TransferInterfaceSolutionB
type: ObjectProperty
inverse of: TransferInterfaceSolution.MktContingencyB
domain: MktContingency
range: TransferInterfaceSolution

ControlAreaSolutionData
type: ObjectProperty
inverse of: MktControlArea
domain: MktControlArea
range: ControlAreaSolutionData

GeneratingUnitDynamicValues
type: ObjectProperty
inverse of: MktGeneratingUnit
domain: MktGeneratingUnit
range: GeneratingUnitDynamicValues

RegisteredGenerator
type: ObjectProperty
inverse of: RegisteredGenerator.MktHeatRateCurve
domain: MktHeatRateCurve
range: RegisteredGenerator

ResourceVerifiableCosts
type: ObjectProperty
inverse of: ResourceVerifiableCosts.MktHeatRateCurve
domain: MktHeatRateCurve
range: ResourceVerifiableCosts

Flowgate
type: ObjectProperty
inverse of: MktLine
domain: MktLine
range: Flowgate

TransmissionRightOfWay
type: ObjectProperty
domain: MktLine
range: TransmissionRightOfWay

ByTiePoint
type: ObjectProperty
inverse of: TiePoint.ByMktMeasurement
domain: MktMeasurement
range: TiePoint
comment: A measurement is made on the B side of a tie point

DynamicSchedule
type: ObjectProperty
inverse of: MktMeasurement
domain: MktMeasurement
range: DynamicSchedule

ForTiePoint
type: ObjectProperty
inverse of: TiePoint.ForMktMeasurement
domain: MktMeasurement
range: TiePoint
comment: A measurement is made on the A side of a tie point

Pnode
type: ObjectProperty
inverse of: MktMeasurement
domain: MktMeasurement
range: Pnode
comment: Allows Pnode an association to aggregated resources external DC ties or psuedo tie measurements.

ViolationLimit
type: ObjectProperty
inverse of: ViolationLimit.MktMeasurement
domain: MktMeasurement
range: ViolationLimit

TimeSeries
type: ObjectProperty
domain: MktPSRType
range: TimeSeries

EndAFlow
type: ObjectProperty
inverse of: MktPowerTransformerEndAFlow
domain: MktPowerTransformer
range: BranchEndFlow

EndBFlow
type: ObjectProperty
inverse of: MktPowerTransformerEndBFlow
domain: MktPowerTransformer
range: BranchEndFlow

Flowgate
type: ObjectProperty
inverse of: MktPowerTransformer
domain: MktPowerTransformer
range: Flowgate

EndAFlow
type: ObjectProperty
inverse of: MktSeriresCompensatorEndAFlow
domain: MktSeriesCompensator
range: BranchEndFlow

EndBFlow
type: ObjectProperty
inverse of: MktSeriesCompensatorEndBFlow
domain: MktSeriesCompensator
range: BranchEndFlow

ShuntCompensatorDynamicData
type: ObjectProperty
inverse of: ShuntCompensatorDynamicData.MktShuntCompensator
domain: MktShuntCompensator
range: ShuntCompensatorDynamicData

SwitchStatus
type: ObjectProperty
inverse of: SwitchStatus.MktSwitch
domain: MktSwitch
range: SwitchStatus

TapChangerDynamicData
type: ObjectProperty
inverse of: TapChangerDynamicData.MktTapChanger
domain: MktTapChanger
range: TapChangerDynamicData

Flowgate
type: ObjectProperty
domain: MktTerminal
range: Flowgate

TerminalConstraintTerm
type: ObjectProperty
inverse of: TerminalConstraintTerm.MktTerminal
domain: MktTerminal
range: TerminalConstraintTerm

CombinedCycleConfigurationMember
type: ObjectProperty
inverse of: MktThermalGeneratingUnit
domain: MktThermalGeneratingUnit
range: CombinedCycleConfigurationMember

AttributeProperty
type: ObjectProperty
inverse of: MktUserAttribute
domain: MktUserAttribute
range: AttributeProperty

BillDeterminant
type: ObjectProperty
inverse of: MktUserAttribute
domain: MktUserAttribute
range: BillDeterminant

ChargeGroup
type: ObjectProperty
inverse of: MktUserAttribute
domain: MktUserAttribute
range: ChargeGroup

ChargeType
type: ObjectProperty
inverse of: MktUserAttribute
domain: MktUserAttribute
range: ChargeType

MarketStatementLineItem
type: ObjectProperty
inverse of: MktUserAttribute
domain: MktUserAttribute
range: MarketStatementLineItem

PassThroughBill
type: ObjectProperty
inverse of: MktUserAttribute
domain: MktUserAttribute
range: PassThroughBill

ModelingAuthoritySets
type: ObjectProperty
inverse of: ModelingAuthority
domain: ModelAuthority
range: ModelAuthoritySet
comment: Modeling Authority Sets supplied and maintained by this Modeling Authority.

ModelSpecification
type: ObjectProperty
inverse of: FrameworkPart
domain: ModelAuthoritySet
range: ModelPartSpecification
comment: Models of the model frame.

ModelingAuthority
type: ObjectProperty
domain: ModelAuthoritySet
range: ModelAuthority
comment: Modeling Authority suppliying and maintaining the data for the objects in this Modeling Authority Set.

ModelFrame
type: ObjectProperty
inverse of: ModelFrameType
domain: ModelFrameType
range: FrameworkPart
comment: Model frames of the model frame type.

ModelOperationArg
type: ObjectProperty
inverse of: ModelOperation
domain: ModelOperation
range: ModelOperationArg
comment: Arguments of the operation.

ModelOperationDescription
type: ObjectProperty
domain: ModelOperation
range: ModelOperationDescription
comment: The type of the model operation.

OperationSequence
type: ObjectProperty
inverse of: ModelOperation
domain: ModelOperation
range: ModelOperationSequence

ModelOperation
type: ObjectProperty
domain: ModelOperationArg
range: ModelOperation
comment: The opeation for the operation argument.

ModelOperationDefinition
type: ObjectProperty
domain: ModelOperationArgDescription
range: ModelOperationDescription
comment: The type of operation for this type of dataset role. Operations referencing the dataset role type should only belong to operations that reference the operation type.

ModelOperation
type: ObjectProperty
inverse of: ModelOperationDescription
domain: ModelOperationDescription
range: ModelOperation
comment: The instances of operations that conform to this operation type.

OperationDatasetArgDescription
type: ObjectProperty
inverse of: ModelOperationDefinition
domain: ModelOperationDescription
range: ModelOperationArgDescription
comment: The type of dataset roles that can be used for a type of general model operation.

ModelOperation
type: ObjectProperty
domain: ModelOperationSequence
range: ModelOperation

AssemblyDescription
type: ObjectProperty
inverse of: ModelSpecification
domain: ModelPartSpecification
range: AssemblyDescription
comment: The assembly description into which model parts should be included.

FrameworkPart
type: ObjectProperty
domain: ModelPartSpecification
range: ModelAuthoritySet
comment: Model frame of the model part.

Model
type: ObjectProperty
inverse of: ModelSpecification
domain: ModelPartSpecification
range: ModelPartVersion
comment: Modle parts conforming to the model part specification.

AssemblyManifest
type: ObjectProperty
inverse of: ModelPartVersion
domain: ModelPartVersion
range: AssemblyManifest

CompleteModelToBeDeleted
type: ObjectProperty
domain: ModelPartVersion
range: CompleteModelToBeDeleted

DataSet
type: ObjectProperty
domain: ModelPartVersion
range: DataSet

ModelSpecification
type: ObjectProperty
domain: ModelPartVersion
range: ModelPartSpecification
comment: Model specification of the modelt.

multiplier
type: ObjectProperty
domain: Money
range: UnitMultiplier

unit
type: ObjectProperty
domain: Money
range: Currency

First_Terminal
type: ObjectProperty
domain: MutualCoupling
range: Terminal
comment: The starting terminal for the calculation of distances along the first branch of the mutual coupling. Normally MutualCoupling would only be used for terminals of AC line segments. The first and second terminals of a mutual coupling should point to different AC line segments.

Second_Terminal
type: ObjectProperty
domain: MutualCoupling
range: Terminal
comment: The starting terminal for the calculation of distances along the second branch of the mutual coupling.

b0ch
type: ObjectProperty
domain: MutualCoupling
range: Susceptance
comment: Zero sequence mutual coupling shunt charging susceptance uniformly distributed of the entire line section.

distance11
type: ObjectProperty
domain: MutualCoupling
range: Length
comment: Distance to the start of the coupled region from the first lines terminal having sequence number equal to 1.

distance12
type: ObjectProperty
domain: MutualCoupling
range: Length
comment: Distance to the end of the coupled region from the first lines terminal with sequence number equal to 1.

distance21
type: ObjectProperty
domain: MutualCoupling
range: Length
comment: Distance to the start of coupled region from the second lines terminal with sequence number equal to 1.

distance22
type: ObjectProperty
domain: MutualCoupling
range: Length
comment: Distance to the end of coupled region from the second lines terminal with sequence number equal to 1.

g0ch
type: ObjectProperty
domain: MutualCoupling
range: Conductance
comment: Zero sequence mutual coupling shunt charging conductance uniformly distributed of the entire line section.

r0
type: ObjectProperty
domain: MutualCoupling
range: Resistance
comment: Zero sequence branchtobranch mutual impedance coupling resistance.

x0
type: ObjectProperty
domain: MutualCoupling
range: Reactance
comment: Zero sequence branchtobranch mutual impedance coupling reactance.

IdentifiedObject
type: ObjectProperty
domain: Name
range: IdentifiedObject
comment: Identified object that this name designates.

NameType
type: ObjectProperty
domain: Name
range: NameType
comment: Type of this name.

NameTypeAuthority
type: ObjectProperty
domain: NameType
range: NameTypeAuthority
comment: Authority responsible for managing names of this type.

Names
type: ObjectProperty
inverse of: NameType
domain: NameType
range: Name
comment: All names of this type.

NameTypes
type: ObjectProperty
inverse of: NameTypeAuthority
domain: NameTypeAuthority
range: NameType
comment: All name types managed by this authority.

NetworkFrame
type: ObjectProperty
domain: NetworkBoundary
range: NetworkFrame

FrameworkPart
type: ObjectProperty
domain: NetworkFrame
range: FrameworkPart

NetworkBoundary
type: ObjectProperty
inverse of: NetworkFrame
domain: NetworkFrame
range: NetworkBoundary

Operation
type: ObjectProperty
domain: NetworkModelCaseDefinition
range: Operation

ContainedProject
type: ObjectProperty
inverse of: ContainingProject
domain: NetworkModelProject
range: NetworkModelProjectComponent
comment: Projects that are included in this parent project.

Child
type: ObjectProperty
inverse of: Parent
domain: NetworkModelProject2
range: NetworkModelProjectComponent2

NetworkModelProjectChangeVersion
type: ObjectProperty
inverse of: NetworkModelProjectChange
domain: NetworkModelProjectChange
range: NetworkModelProjectChangeVersion
comment: A specific version of the network model project change.

ChangeSet
type: ObjectProperty
domain: NetworkModelProjectChangeVersion
range: ChangeSet
comment: The details of model changes for this project. The change set should have a new identifier if it changes.

NetworkModelProjectChange
type: ObjectProperty
domain: NetworkModelProjectChangeVersion
range: NetworkModelProjectChange
comment: The persistent network model project change to which this version applies.

NetworkModelProjectState
type: ObjectProperty
domain: NetworkModelProjectChangeVersion
range: NetworkModelProjectState
comment: The state of this network model project version.

SupercededBy
type: ObjectProperty
domain: NetworkModelProjectChangeVersion
range: NetworkModelProjectChangeVersion
comment: The project version that will supercede this project version.

Supercedes
type: ObjectProperty
inverse of: SupercededBy
domain: NetworkModelProjectChangeVersion
range: NetworkModelProjectChangeVersion
comment: Project version that is being superceded.

ContainingProject
type: ObjectProperty
domain: NetworkModelProjectComponent
range: NetworkModelProject
comment: The parent project of this project.

NetworkModelProjectDocument
type: ObjectProperty
domain: NetworkModelProjectComponent
range: NetworkModelProjectDocument

ProjectARelationships
type: ObjectProperty
inverse of: ProjectA
domain: NetworkModelProjectComponent
range: NetworkModelProjectRelationship

ProjectBRelationships
type: ObjectProperty
inverse of: ProjectB
domain: NetworkModelProjectComponent
range: NetworkModelProjectRelationship

CurrentState
type: ObjectProperty
domain: NetworkModelProjectComponent2
range: CurrentState

Parent
type: ObjectProperty
domain: NetworkModelProjectComponent2
range: NetworkModelProject2

NetworkModelProjectComponent
type: ObjectProperty
inverse of: NetworkModelProjectDocument
domain: NetworkModelProjectDocument
range: NetworkModelProjectComponent

ProjectA
type: ObjectProperty
domain: NetworkModelProjectRelationship
range: NetworkModelProjectComponent

ProjectB
type: ObjectProperty
domain: NetworkModelProjectRelationship
range: NetworkModelProjectComponent

ChangeSets
type: ObjectProperty
domain: NetworkModelProjectStage
range: ChangeSet

DenpendecyDependingStage
type: ObjectProperty
inverse of: DependingStage
domain: NetworkModelProjectStage
range: AnnotatedProjectDependency

DependencyDependentOnStage
type: ObjectProperty
inverse of: DependentOnStage
domain: NetworkModelProjectStage
range: AnnotatedProjectDependency

NetworkModelProjectChangeVersion
type: ObjectProperty
inverse of: NetworkModelProjectState
domain: NetworkModelProjectState
range: NetworkModelProjectChangeVersion
comment: The change versions that are at this state.

EnergisedEnd
type: ObjectProperty
domain: NoLoadTest
range: TransformerEndInfo
comment: Transformer end that current is applied to in this noload test.

energisedEndVoltage
type: ObjectProperty
domain: NoLoadTest
range: Voltage
comment: Voltage applied to the winding end during test.

excitingCurrent
type: ObjectProperty
domain: NoLoadTest
range: PerCent
comment: Exciting current measured from a positivesequence or singlephase excitation test.

excitingCurrentZero
type: ObjectProperty
domain: NoLoadTest
range: PerCent
comment: Exciting current measured from a zerosequence opencircuit excitation test.

loss
type: ObjectProperty
domain: NoLoadTest
range: KiloActivePower
comment: Losses measured from a positivesequence or singlephase excitation test.

lossZero
type: ObjectProperty
domain: NoLoadTest
range: KiloActivePower
comment: Losses measured from a zerosequence excitation test.

MktConnectivityNode
type: ObjectProperty
domain: NodeConstraintTerm
range: MktConnectivityNode

LoadGroup
type: ObjectProperty
inverse of: EnergyConsumers
domain: NonConformLoad
range: NonConformLoadGroup
comment: Group of this ConformLoad.

EnergyConsumers
type: ObjectProperty
domain: NonConformLoadGroup
range: NonConformLoad
comment: Conform loads assigned to this ConformLoadGroup.

NonConformLoadSchedules
type: ObjectProperty
domain: NonConformLoadGroup
range: NonConformLoadSchedule
comment: The NonConformLoadSchedules in the NonConformLoadGroup.

NonConformLoadGroup
type: ObjectProperty
inverse of: NonConformLoadSchedules
domain: NonConformLoadSchedule
range: NonConformLoadGroup
comment: The NonConformLoadGroup where the NonConformLoadSchedule belongs.

amount
type: ObjectProperty
domain: NonStandardItem
range: Money
comment: The projected cost for this item.

b
type: ObjectProperty
domain: NonlinearShuntCompensatorPhasePoint
range: Susceptance
comment: Positive sequence shunt charging susceptance per section.

g
type: ObjectProperty
domain: NonlinearShuntCompensatorPhasePoint
range: Conductance
comment: Positive sequence shunt charging conductance per section.

b
type: ObjectProperty
domain: NonlinearShuntCompensatorPoint
range: Susceptance
comment: Positive sequence shunt charging susceptance per section.

b0
type: ObjectProperty
domain: NonlinearShuntCompensatorPoint
range: Susceptance
comment: Zero sequence shunt charging susceptance per section.

g
type: ObjectProperty
domain: NonlinearShuntCompensatorPoint
range: Conductance
comment: Positive sequence shunt charging conductance per section.

g0
type: ObjectProperty
domain: NonlinearShuntCompensatorPoint
range: Conductance
comment: Zero sequence shunt charging conductance per section.

GeneratingBids
type: ObjectProperty
inverse of: NotificationTimeCurve
domain: NotificationTimeCurve
range: GeneratingBid

ObjectReverseModification
type: ObjectProperty
inverse of: ObjectModification
domain: ObjectModification
range: ObjectReverseModification
comment: The data object holding preconditions of updates.

ObjectModification
type: ObjectProperty
domain: ObjectReverseModification
range: ObjectModification
comment: The associated data object representing the update. Normally the associaiton is specifed but in the case of a proxy object where the association is removed we might not reference any data object as it would only reference a proxy data object with no associations.

kind
type: ObjectProperty
domain: OilAnalysisFluidAnalog
range: OilAnalysisFluidAnalogKind
comment: Kind of analog representing oil fluid test analysis result.

kind
type: ObjectProperty
domain: OilAnalysisFluidDiscrete
range: OilAnalysisFluidDiscreteKind
comment: Kind of discrete representing oil fluid test analysis result.

kind
type: ObjectProperty
domain: OilAnalysisGasAnalog
range: OilAnalysisGasAnalogKind
comment: Kind of analog representing oil dissolved gases analysis result.

kind
type: ObjectProperty
domain: OilAnalysisMetalsAnalog
range: OilAnalysisMetalsAnalogKind
comment: Kind of analog representing oil metals elements analysis result.

kind
type: ObjectProperty
domain: OilAnalysisMoistureAnalog
range: OilAnalysisMoistureAnalogKind
comment: Kind of analog representing oil moisture analysis result.

kind
type: ObjectProperty
domain: OilAnalysisPCBAnalog
range: OilAnalysisPCBAnalogKind
comment: Kind of analog representing oil PCB analysis result.

kind
type: ObjectProperty
domain: OilAnalysisPCBDiscrete
range: OilAnalysisPCBDiscreteKind
comment: Kind of discrete representing oil PCB test analysis result.

kind
type: ObjectProperty
domain: OilAnalysisPaperAnalog
range: OilAnalysisPaperAnalogKind
comment: Kind of analog representing oil paper degradation analysis result.

kind
type: ObjectProperty
domain: OilAnalysisParticleAnalog
range: OilAnalysisParticleAnalogKind
comment: Kind of analog representing oil particulate analysis result.

kind
type: ObjectProperty
domain: OilAnalysisParticleDiscrete
range: OilAnalysisParticleDiscreteKind
comment: Kind of discrete representing oil particulate analysis result.

FuelRegion
type: ObjectProperty
domain: OilPrice
range: FuelRegion

oilSampleTakenFrom
type: ObjectProperty
domain: OilSpecimen
range: OilSampleLocation
comment: Location from which oil sample taken.

oilSampleTemperature
type: ObjectProperty
domain: OilSpecimen
range: Temperature
comment: Oil sample temperature.

oilTemperatureSource
type: ObjectProperty
domain: OilSpecimen
range: OilTemperatureSource
comment: Source of oil temperature.

sampleContainer
type: ObjectProperty
domain: OilSpecimen
range: SampleContainerType
comment: Type of sample container.

Assignments
type: ObjectProperty
domain: OldCrew
range: Assignment
comment: All Assignments for this Crew.

Capabilities
type: ObjectProperty
inverse of: Crew
domain: OldCrew
range: Capability

Locations
type: ObjectProperty
domain: OldCrew
range: Location

Route
type: ObjectProperty
domain: OldCrew
range: Route

ShiftPatterns
type: ObjectProperty
domain: OldCrew
range: ShiftPattern

Crafts
type: ObjectProperty
inverse of: ErpPersons
domain: OldPerson
range: Craft

CustomerData
type: ObjectProperty
inverse of: ErpPersons
domain: OldPerson
range: Customer

ErpCompetency
type: ObjectProperty
domain: OldPerson
range: ErpCompetency

ErpPersonnel
type: ObjectProperty
domain: OldPerson
range: ErpPersonnel

LaborItems
type: ObjectProperty
domain: OldPerson
range: LaborItem

LandPropertyRoles
type: ObjectProperty
domain: OldPerson
range: PersonPropertyRole

MeasurementValues
type: ObjectProperty
domain: OldPerson
range: MeasurementValue

OrganisationRoles
type: ObjectProperty
domain: OldPerson
range: PersonOrganisationRole

Skills
type: ObjectProperty
domain: OldPerson
range: Skill

status
type: ObjectProperty
domain: OldPerson
range: Status

dielectricStrength
type: ObjectProperty
domain: OldSwitchInfo
range: Voltage
comment: The maximum rms voltage that may be applied across an open contact without breaking down the dielectric properties of the switch in the open position.

makingCapacity
type: ObjectProperty
domain: OldSwitchInfo
range: CurrentFlow
comment: The highest value of current the switch can make at the rated voltage under specified operating conditions without suffering significant deterioration of its performance.

minimumCurrent
type: ObjectProperty
domain: OldSwitchInfo
range: CurrentFlow
comment: The lowest value of current that the switch can make carry and break in uninterrupted duty at the rated voltage under specified operating conditions without suffering significant deterioration of its performance.

withstandCurrent
type: ObjectProperty
domain: OldSwitchInfo
range: CurrentFlow
comment: The highest value of current the switch can carry in the closed position at the rated voltage under specified operating conditions without suffering significant deterioration of its performance.

dayOverLoadRating
type: ObjectProperty
domain: OldTransformerEndInfo
range: ApparentPower
comment: Overload rating for 24 hours.

hourOverLoadRating
type: ObjectProperty
domain: OldTransformerEndInfo
range: ApparentPower
comment: Overload rating for 1 hour.

solidInsulationWeight
type: ObjectProperty
domain: OldTransformerEndInfo
range: Mass
comment: Weight of solid insultation in transformer.

windingInsulationKind
type: ObjectProperty
domain: OldTransformerEndInfo
range: WindingInsulationKind
comment: Type of insultation used for transformer windings.

constructionKind
type: ObjectProperty
domain: OldTransformerTankInfo
range: TransformerConstructionKind
comment: Kind of construction for this transformer.

coreCoilsWeight
type: ObjectProperty
domain: OldTransformerTankInfo
range: Mass
comment: Weight of core and coils in transformer.

coreKind
type: ObjectProperty
domain: OldTransformerTankInfo
range: TransformerCoreKind
comment: Core kind of this transformer product.

function
type: ObjectProperty
domain: OldTransformerTankInfo
range: TransformerFunctionKind
comment: Function of this transformer.

neutralBIL
type: ObjectProperty
domain: OldTransformerTankInfo
range: Voltage
comment: Basic insulation level of neutral.

oilPreservationKind
type: ObjectProperty
domain: OldTransformerTankInfo
range: OilPreservationKind
comment: Kind of oil preservation system.

Capabilities
type: ObjectProperty
inverse of: WorkTasks
domain: OldWorkTask
range: Capability

ContractorItems
type: ObjectProperty
domain: OldWorkTask
range: ContractorItem

Design
type: ObjectProperty
inverse of: WorkTasks
domain: OldWorkTask
range: Design

DesignLocationCUs
type: ObjectProperty
inverse of: WorkTasks
domain: OldWorkTask
range: DesignLocationCU

LaborItems
type: ObjectProperty
domain: OldWorkTask
range: LaborItem

MiscCostItems
type: ObjectProperty
domain: OldWorkTask
range: MiscCostItem

OverheadCost
type: ObjectProperty
domain: OldWorkTask
range: OverheadCost

QualificationRequirements
type: ObjectProperty
domain: OldWorkTask
range: QualificationRequirement

Usages
type: ObjectProperty
domain: OldWorkTask
range: Usage

WorkCostDetails
type: ObjectProperty
inverse of: WorkCostDetail.WorkTask
domain: OldWorkTask
range: WorkCostDetail

WorkFlowStep
type: ObjectProperty
inverse of: WorkFlowStep.WorkTasks
domain: OldWorkTask
range: WorkFlowStep

WorkLocations
type: ObjectProperty
inverse of: WorkLocation.OneCallRequest
domain: OneCallRequest
range: WorkLocation

EnergisedEnd
type: ObjectProperty
domain: OpenCircuitTest
range: TransformerEndInfo
comment: Transformer end that current is applied to in this opencircuit test.

OpenEnd
type: ObjectProperty
domain: OpenCircuitTest
range: TransformerEndInfo
comment: Transformer end measured for induced voltage and angle in this opencircuit test.

energisedEndVoltage
type: ObjectProperty
domain: OpenCircuitTest
range: Voltage
comment: Voltage applied to the winding end during test.

openEndVoltage
type: ObjectProperty
domain: OpenCircuitTest
range: Voltage
comment: Voltage measured at the opencircuited end with the energised end set to rated voltage and all other ends open.

phaseShift
type: ObjectProperty
domain: OpenCircuitTest
range: AngleDegrees
comment: Phase shift measured at the open end with the energised end set to rated voltage and all other ends open.

InterrupterUnit
type: ObjectProperty
domain: OperatingMechanism
range: InterrupterUnit
comment: Interrupter controlled by this mechanism.

closeAmps
type: ObjectProperty
domain: OperatingMechanismInfo
range: CurrentFlow
comment: Close current nominal.

closeVoltage
type: ObjectProperty
domain: OperatingMechanismInfo
range: Voltage
comment: Close voltage in volts DC.

mechanismKind
type: ObjectProperty
domain: OperatingMechanismInfo
range: OperatingMechanismKind
comment: Kind of breaker operating mechanism.

motorRunCurrent
type: ObjectProperty
domain: OperatingMechanismInfo
range: CurrentFlow
comment: Rated motor run current in amps.

motorStartCurrent
type: ObjectProperty
domain: OperatingMechanismInfo
range: CurrentFlow
comment: Rated motor start current in amps.

motorVoltage
type: ObjectProperty
domain: OperatingMechanismInfo
range: Voltage
comment: Nominal motor voltage in volts DC.

tripAmps
type: ObjectProperty
domain: OperatingMechanismInfo
range: CurrentFlow
comment: Trip current nominal.

tripVoltage
type: ObjectProperty
domain: OperatingMechanismInfo
range: Voltage
comment: Trip voltage in volts DC.

OperatingShare
type: ObjectProperty
inverse of: OperatingParticipant
domain: OperatingParticipant
range: OperatingShare
comment: The operating shares of this operating participant. An operating participant can be resused for any number of power system resources.

OperatingParticipant
type: ObjectProperty
domain: OperatingShare
range: OperatingParticipant
comment: The operating participant having this share with the associated power system resource.

PowerSystemResource
type: ObjectProperty
domain: OperatingShare
range: PowerSystemResource
comment: The power system resource to which the share applies.

percentage
type: ObjectProperty
domain: OperatingShare
range: PerCent
comment: Percentage operational ownership between the pair power system resource and operating participant associated with this share. The total percentage ownership for a power system resource should add to 100.

NetworkModelCaseDefinition
type: ObjectProperty
inverse of: Operation
domain: Operation
range: NetworkModelCaseDefinition

LimitDependencyModel
type: ObjectProperty
domain: OperationalLimit
range: LimitDependency
comment: The limit dependency models which are used to calculate this limit. If no limit dependencies are specified then the native limit value is used.

LimitScalingLimit
type: ObjectProperty
inverse of: SourceOperationalLimit
domain: OperationalLimit
range: LimitScalingLimit

OperationalLimitType
type: ObjectProperty
domain: OperationalLimit
range: OperationalLimitType
comment: The limit type associated with this limit.

Equipment
type: ObjectProperty
domain: OperationalLimitSet
range: Equipment
comment: The equipment to which the limit set applies.

Terminal
type: ObjectProperty
domain: OperationalLimitSet
range: ACDCTerminal
comment: The terminal where the operational limit set apply.

OperationalLimit
type: ObjectProperty
inverse of: OperationalLimitType
domain: OperationalLimitType
range: OperationalLimit
comment: The operational limits associated with this type of limit.

SourceOperationalLimitTypeScaling
type: ObjectProperty
inverse of: SourceOperationalLimitType
domain: OperationalLimitType
range: OperatonalLimitTypeScaling

TargetOperationalLimitmTypeScaling
type: ObjectProperty
inverse of: TargetOperationalLimit
domain: OperationalLimitType
range: OperatonalLimitTypeScaling

acceptableDuration
type: ObjectProperty
domain: OperationalLimitType
range: Seconds
comment: The nominal acceptable duration of the limit. Limits are commonly expressed in terms of the time limit for which the limit is normally acceptable. The actual acceptable duration of a specific limit may depend on other local factors such as temperature or wind speed. The attribute has meaning only if the flag isInfiniteDuration is set to false hence it shall not be exchanged when isInfiniteDuration is set to true.

direction
type: ObjectProperty
domain: OperationalLimitType
range: OperationalLimitDirectionKind
comment: The direction of the limit.

Equipments
type: ObjectProperty
domain: OperationalRestriction
range: Equipment
comment: All equipments to which this restriction applies.

ProductAssetModel
type: ObjectProperty
domain: OperationalRestriction
range: ProductAssetModel
comment: Asset model to which this restriction applies.

activePeriod
type: ObjectProperty
domain: OperationalRestriction
range: DateTimeInterval
comment: Interval during which this restriction is applied.

restrictedValue
type: ObjectProperty
domain: OperationalRestriction
range: FloatQuantity
comment: Restricted new value includes unit of measure and potentially multiplier.

Asset
type: ObjectProperty
domain: OperationalTag
range: Asset
comment: Asset on which this tag has been placed.

PowerSystemResource
type: ObjectProperty
domain: OperationalTag
range: PowerSystemResource
comment: Power system resource on which this tag has been placed.

TagAction
type: ObjectProperty
inverse of: TagAction.OperationalTag
domain: OperationalTag
range: TagAction
comment: Tag action associated with this tag.

PlannedOutage
type: ObjectProperty
domain: OperationalUpdatedRating
range: PlannedOutage
comment: Planned equipment outage with this updated rating.

IssuedSafetyDocuments
type: ObjectProperty
domain: OperationsSafetySupervisor
range: SafetyDocument
comment: All safety documents issued by this supervisor.

ReleasedSafetyDocuments
type: ObjectProperty
domain: OperationsSafetySupervisor
range: SafetyDocument
comment: All safety documents released to this supervisor.

SourceOperationalLimitType
type: ObjectProperty
domain: OperatonalLimitTypeScaling
range: OperationalLimitType

TargetOperationalLimit
type: ObjectProperty
domain: OperatonalLimitTypeScaling
range: OperationalLimitType

scalingPercent
type: ObjectProperty
domain: OperatonalLimitTypeScaling
range: PerCent
comment: The percentage scaling of the source limit to compute the target limit. Applys to operational limits within an operaitonal limit set when both source and target operational limit types exist.

Incidents
type: ObjectProperty
inverse of: Owner
domain: Operator
range: Incident
comment: All incidents owned by this operator.

SwitchingSteps
type: ObjectProperty
inverse of: SwitchingAction.Operator
domain: Operator
range: SwitchingAction
comment: All switching steps this operator is responsible for.

Pnode
type: ObjectProperty
domain: OrgPnodeAllocation
range: Pnode

maxMWAllocation
type: ObjectProperty
domain: OrgPnodeAllocation
range: ActivePower
comment: Maximum MW for the SourceSink for the Allocation

RegisteredResource
type: ObjectProperty
inverse of: RegisteredResource.OrgResOwnership
domain: OrgResOwnership
range: RegisteredResource

asscType
type: ObjectProperty
domain: OrgResOwnership
range: ResourceAssnType
comment: association type for the association between Organisation and Resource

masterSchedulingCoordinatorFlag
type: ObjectProperty
domain: OrgResOwnership
range: YesNo
comment: Flag to indicate that the SC representing the Resource is the Master SC.

ownershipPercent
type: ObjectProperty
domain: OrgResOwnership
range: PerCent
comment: ownership percentage for each resource

ParentOrganisation
type: ObjectProperty
domain: Organisation
range: ParentOrganization
comment: Parent organisation of this organisation.

Roles
type: ObjectProperty
inverse of: Organisation
domain: Organisation
range: OrganisationRole
comment: All roles of this organisation.

SwitchingPlanRequest
type: ObjectProperty
inverse of: SwitchingPlanRequest.RequestingOrganization
domain: Organisation
range: SwitchingPlanRequest

electronicAddress
type: ObjectProperty
domain: Organisation
range: ElectronicAddress
comment: Electronic address.

phone1
type: ObjectProperty
domain: Organisation
range: TelephoneNumber
comment: Phone number.

phone2
type: ObjectProperty
domain: Organisation
range: TelephoneNumber
comment: Additional phone number.

postalAddress
type: ObjectProperty
domain: Organisation
range: StreetAddress
comment: Postal address potentially different than streetAddress e.g. another city.

streetAddress
type: ObjectProperty
domain: Organisation
range: StreetAddress
comment: Street address.

ConfigurationEvents
type: ObjectProperty
domain: OrganisationRole
range: ConfigurationEvent
comment: All configuration events created for this organisation role.

Organisation
type: ObjectProperty
domain: OrganisationRole
range: Organisation
comment: Organisation having this role.

Crew
type: ObjectProperty
domain: Outage
range: Crew

DeEnergizedUsagePoint
type: ObjectProperty
domain: Outage
range: UsagePoint
comment: all deenergized useage points associated with the outage.

EnergizedUsagePoint
type: ObjectProperty
domain: Outage
range: UsagePoint
comment: All energized usage points associated with this outage.

Equipments
type: ObjectProperty
domain: Outage
range: Equipment
comment: All equipments associated with this outage.

EstimatedRestorationTime
type: ObjectProperty
inverse of: Outage
domain: Outage
range: EstimatedRestorationTime

Faults
type: ObjectProperty
domain: Outage
range: Fault
comment: All faults involved in this outage.

Incident
type: ObjectProperty
inverse of: Outage
domain: Outage
range: Incident
comment: Incident reported in trouble call that results in this outage.

OutageArea
type: ObjectProperty
inverse of: Outage
domain: Outage
range: OutageArea

OutageIsolationEquipment
type: ObjectProperty
domain: Outage
range: ConductingEquipment

PlannedSwitchActions
type: ObjectProperty
domain: Outage
range: SwitchAction
comment: All switch actions to apply within the scope of this planned outage. Each such action groups switches to which the action is to apply in order to produce the desired network state considered as outage.

SwitchingPlans
type: ObjectProperty
inverse of: SwitchingPlan.Outage
domain: Outage
range: SwitchingPlan
comment: All switching plans that lead to supply restoration due to this outage. Only one will be retained for execution.

actualPeriod
type: ObjectProperty
domain: Outage
range: DateTimeInterval
comment: Actual outage period end of the period corresponds to the actual restoration time.

estimatedPeriod
type: ObjectProperty
domain: Outage
range: DateTimeInterval
comment: Estimated outage period for a planned outage. The start of the period is the start of the planned outage and the end of the period corresponds to the end of the planned outage.

outageKind
type: ObjectProperty
domain: Outage
range: OutageStatusKind
comment: Defines if the outage has been verified or is only estimated

statusKind
type: ObjectProperty
domain: Outage
range: CrewStatusKind
comment: defines the status of the crew as in dispatched or arrived etc.

summary
type: ObjectProperty
domain: Outage
range: ServicePointOutageSummary
comment: Summary counts of service points customers affected by this outage.

Outage
type: ObjectProperty
domain: OutageArea
range: Outage

outageAreaKind
type: ObjectProperty
domain: OutageArea
range: AreaKind
comment: defines the type of area that has the outage county state zipcode etc.

Location
type: ObjectProperty
domain: OutageOrder
range: Location

OutagePlan
type: ObjectProperty
inverse of: OutageOrder
domain: OutageOrder
range: OutagePlan

Customer
type: ObjectProperty
inverse of: OutagePlan
domain: OutagePlan
range: Customer
comment: The customers that are affected by this planned outage.

OutageOrder
type: ObjectProperty
domain: OutagePlan
range: OutageOrder

PlannedOutage
type: ObjectProperty
domain: OutagePlan
range: PlannedOutage
comment: The outage resulting from the execution of the outage plan.

SwitchingPlan
type: ObjectProperty
inverse of: SwitchingPlan.OutagePlan
domain: OutagePlan
range: SwitchingPlan
comment: The swiching plan that is associated with the outage plan.

plannedPeriod
type: ObjectProperty
domain: OutagePlan
range: DateTimeInterval
comment: planned start and end time of the planned outage.

ifdlim
type: ObjectProperty
domain: OverexcLim2
range: PU
comment: Limit value of rated field current iIiisubFDLIMsubi. Typical value 105.

koi
type: ObjectProperty
domain: OverexcLim2
range: PU
comment: Gain Over excitation limiter iKiisubOIsubi. Typical value 01.

voimax
type: ObjectProperty
domain: OverexcLim2
range: PU
comment: Maximum error signal iViisubOIMAXsubi gt OverexcLim2.voimin. Typical value 0.

voimin
type: ObjectProperty
domain: OverexcLim2
range: PU
comment: Minimum error signal iViisubOIMINsubi lt OverexcLim2.voimax. Typical value 9999.

hyst
type: ObjectProperty
domain: OverexcLimIEEE
range: PU
comment: OEL pickupdropout hysteresis iHYSTi. Typical value 003.

ifdlim
type: ObjectProperty
domain: OverexcLimIEEE
range: PU
comment: OEL timed field current limit iIiisubFDLIMsubi. Typical value 105.

ifdmax
type: ObjectProperty
domain: OverexcLimIEEE
range: PU
comment: OEL instantaneous field current limit iIiisubFDMAXsubi. Typical value 15.

itfpu
type: ObjectProperty
domain: OverexcLimIEEE
range: PU
comment: OEL timed field current limiter pickup level iIiisubTFPUsubi. Typical value 105.

kcd
type: ObjectProperty
domain: OverexcLimIEEE
range: PU
comment: OEL cooldown gain iKiisubCDsubi. Typical value 1.

efd1
type: ObjectProperty
domain: OverexcLimX1
range: PU
comment: Low voltage point on the inverse time characteristic iEFDiisub1subi. Typical value 11.

efd2
type: ObjectProperty
domain: OverexcLimX1
range: PU
comment: Mid voltage point on the inverse time characteristic iEFDiisub2subi. Typical value 12.

efd3
type: ObjectProperty
domain: OverexcLimX1
range: PU
comment: High voltage point on the inverse time characteristic iEFDiisub3subi. Typical value 15.

efddes
type: ObjectProperty
domain: OverexcLimX1
range: PU
comment: Desired field voltage iEFDiisubDESsubi. Typical value 09.

efdrated
type: ObjectProperty
domain: OverexcLimX1
range: PU
comment: Rated field voltage iEFDiisubRATEDsubi. Typical value 105.

kmx
type: ObjectProperty
domain: OverexcLimX1
range: PU
comment: Gain iKiisubMXsubi. Typical value 001.

t1
type: ObjectProperty
domain: OverexcLimX1
range: Seconds
comment: Time to trip the exciter at the low voltage point on the inverse time characteristic iTIMEiisub1subi gt 0. Typical value 120.

t2
type: ObjectProperty
domain: OverexcLimX1
range: Seconds
comment: Time to trip the exciter at the mid voltage point on the inverse time characteristic iTIMEiisub2subi gt 0. Typical value 40.

t3
type: ObjectProperty
domain: OverexcLimX1
range: Seconds
comment: Time to trip the exciter at the high voltage point on the inverse time characteristic iTIMEiisub3subi gt 0. Typical value 15.

vlow
type: ObjectProperty
domain: OverexcLimX1
range: PU
comment: Low voltage limit iViisubLOWsubi gt 0.

efd1
type: ObjectProperty
domain: OverexcLimX2
range: PU
comment: Low voltage or current point on the inverse time characteristic iEFDiisub1subi. Typical value 11.

efd2
type: ObjectProperty
domain: OverexcLimX2
range: PU
comment: Mid voltage or current point on the inverse time characteristic iEFDiisub2subi. Typical value 12.

efd3
type: ObjectProperty
domain: OverexcLimX2
range: PU
comment: High voltage or current point on the inverse time characteristic iEFDiisub3subi. Typical value 15.

efddes
type: ObjectProperty
domain: OverexcLimX2
range: PU
comment: Desired field voltage if imi false or desired field current if im i true iEFDiisubDESsubi. Typical value 1.

efdrated
type: ObjectProperty
domain: OverexcLimX2
range: PU
comment: Rated field voltage if m false or rated field current if m true iEFDiisubRATEDsubi. Typical value 105.

kmx
type: ObjectProperty
domain: OverexcLimX2
range: PU
comment: Gain iKiisubMXsubi. Typical value 0002.

t1
type: ObjectProperty
domain: OverexcLimX2
range: Seconds
comment: Time to trip the exciter at the low voltage or current point on the inverse time characteristic iTIMEiisub1subi gt 0. Typical value 120.

t2
type: ObjectProperty
domain: OverexcLimX2
range: Seconds
comment: Time to trip the exciter at the mid voltage or current point on the inverse time characteristic iTIMEiisub2subi gt 0. Typical value 40.

t3
type: ObjectProperty
domain: OverexcLimX2
range: Seconds
comment: Time to trip the exciter at the high voltage or current point on the inverse time characteristic iTIMEiisub3subi gt 0. Typical value 15.

vlow
type: ObjectProperty
domain: OverexcLimX2
range: PU
comment: Low voltage limit iViisubLOWsubi gt 0.

ExcitationSystemDynamics
type: ObjectProperty
domain: OverexcitationLimiterDynamics
range: ExcitationSystemDynamics
comment: Excitation system model with which this overexcitation limiter model is associated.

ProprietaryParameterDynamics
type: ObjectProperty
inverse of: OverexcitationLimiterUserDefined
domain: OverexcitationLimiterUserDefined
range: ProprietaryParameterDynamics
comment: Parameter of this proprietary userdefined model.

WorkCostDetails
type: ObjectProperty
domain: OverheadCost
range: WorkCostDetail

WorkTasks
type: ObjectProperty
inverse of: OverheadCost
domain: OverheadCost
range: OldWorkTask

cost
type: ObjectProperty
domain: OverheadCost
range: Money
comment: The overhead cost to be applied.

status
type: ObjectProperty
domain: OverheadCost
range: Status

Asset
type: ObjectProperty
domain: Ownership
range: Asset
comment: Asset that is object of this ownership.

AssetOwner
type: ObjectProperty
domain: Ownership
range: AssetOwner
comment: Asset owner that is subject in this ownership.

share
type: ObjectProperty
domain: Ownership
range: PerCent
comment: Share of this ownership.

ExcitationSystemDynamics
type: ObjectProperty
domain: PFVArControllerType1Dynamics
range: ExcitationSystemDynamics
comment: Excitation system model with which this power actor or VAr controller type 1 model is associated.

RemoteInputSignal
type: ObjectProperty
domain: PFVArControllerType1Dynamics
range: RemoteInputSignal
comment: Remote input signal used by this power factor or VAr controller type 1 model.

VoltageAdjusterDynamics
type: ObjectProperty
domain: PFVArControllerType1Dynamics
range: VoltageAdjusterDynamics
comment: Voltage adjuster model associated with this power factor or VAr controller type 1 model.

ProprietaryParameterDynamics
type: ObjectProperty
domain: PFVArControllerType1UserDefined
range: ProprietaryParameterDynamics
comment: Parameter of this proprietary userdefined model.

ExcitationSystemDynamics
type: ObjectProperty
domain: PFVArControllerType2Dynamics
range: ExcitationSystemDynamics
comment: Excitation system model with which this power factor or VAr controller type 2 is associated.

ProprietaryParameterDynamics
type: ObjectProperty
domain: PFVArControllerType2UserDefined
range: ProprietaryParameterDynamics
comment: Parameter of this proprietary userdefined model.

tpfc
type: ObjectProperty
domain: PFVArType1IEEEPFController
range: Seconds
comment: PF controller time delay iTiisubPFCsubi gt 0. Typical value 5.

vitmin
type: ObjectProperty
domain: PFVArType1IEEEPFController
range: PU
comment: Minimum machine terminal current needed to enable pfvar controller iViisubITMINsubi.

vpf
type: ObjectProperty
domain: PFVArType1IEEEPFController
range: PU
comment: Synchronous machine power factor iViisubPFsubi.

vpfref
type: ObjectProperty
domain: PFVArType1IEEEPFController
range: PU
comment: PF controller reference iViisubPFREFsubi.

vvtmax
type: ObjectProperty
domain: PFVArType1IEEEPFController
range: PU
comment: Maximum machine terminal voltage needed for pfvar controller to be enabled iViisubVTMAXsubi gt PFVArType1IEEEPFController.vvtmin.

vvtmin
type: ObjectProperty
domain: PFVArType1IEEEPFController
range: PU
comment: Minimum machine terminal voltage needed to enable pfvar controller iViisubVTMINsubi lt PFVArType1IEEEPFController.vvtmax.

tvarc
type: ObjectProperty
domain: PFVArType1IEEEVArController
range: Seconds
comment: Var controller time delay iTiisubVARCsubi gt 0. Typical value 5.

vvar
type: ObjectProperty
domain: PFVArType1IEEEVArController
range: PU
comment: Synchronous machine power factor iViisubVARsubi.

vvarref
type: ObjectProperty
domain: PFVArType1IEEEVArController
range: PU
comment: Var controller reference iViisubVARREFsubi.

vvtmax
type: ObjectProperty
domain: PFVArType1IEEEVArController
range: PU
comment: Maximum machine terminal voltage needed for pfVAr controller to be enabled iViisubVTMAXsubi gt PVFArType1IEEEVArController.vvtmin.

vvtmin
type: ObjectProperty
domain: PFVArType1IEEEVArController
range: PU
comment: Minimum machine terminal voltage needed to enable pfvar controller iViisubVTMINsubi lt PVFArType1IEEEVArController.vvtmax.

ki
type: ObjectProperty
domain: PFVArType2Common1
range: PU
comment: Reset gain iKii.

kp
type: ObjectProperty
domain: PFVArType2Common1
range: PU
comment: Proportional gain iKpi.

max
type: ObjectProperty
domain: PFVArType2Common1
range: PU
comment: Output limit imaxi.

ref
type: ObjectProperty
domain: PFVArType2Common1
range: PU
comment: Reference value of reactive power or power factor iRefi.The reference value is initialised by this model. This initialisation can override the value exchanged by this attribute to represent a plant operators change of the reference setting.

ki
type: ObjectProperty
domain: PFVArType2IEEEPFController
range: PU
comment: Integral gain of the pf controller iKiisubIsubi. Typical value 1.

kp
type: ObjectProperty
domain: PFVArType2IEEEPFController
range: PU
comment: Proportional gain of the pf controller iKiisubPsubi. Typical value 1.

pfref
type: ObjectProperty
domain: PFVArType2IEEEPFController
range: PU
comment: Power factor reference iPiisubFREFsubi.

vclmt
type: ObjectProperty
domain: PFVArType2IEEEPFController
range: PU
comment: Maximum output of the pf controller iViisubCLMTsubi. Typical value 01.

vref
type: ObjectProperty
domain: PFVArType2IEEEPFController
range: PU
comment: Voltage regulator reference iViisubREFsubi.

ki
type: ObjectProperty
domain: PFVArType2IEEEVArController
range: PU
comment: Integral gain of the pf controller iKiisubIsubi.

kp
type: ObjectProperty
domain: PFVArType2IEEEVArController
range: PU
comment: Proportional gain of the pf controller iKiisubPsubi.

qref
type: ObjectProperty
domain: PFVArType2IEEEVArController
range: PU
comment: Reactive power reference iQiisubREFsubi.

vclmt
type: ObjectProperty
domain: PFVArType2IEEEVArController
range: PU
comment: Maximum output of the pf controller iViisubCLMTsubi.

vref
type: ObjectProperty
domain: PFVArType2IEEEVArController
range: PU
comment: Voltage regulator reference iViisubREFsubi.

Delay
type: ObjectProperty
inverse of: PFmode
domain: PFmode
range: Delay

VSCtype1
type: ObjectProperty
domain: PFmode
range: VSCtype1

PowerSystemResource
type: ObjectProperty
domain: PSREvent
range: PowerSystemResource
comment: Power system resource that generated this event.

kind
type: ObjectProperty
domain: PSREvent
range: PSREventKind
comment: Kind of event.

PowerSystemResources
type: ObjectProperty
inverse of: PSRType
domain: PSRType
range: PowerSystemResource
comment: Power system resources classified with this power system resource type.

multiplier
type: ObjectProperty
domain: PU
range: UnitMultiplier

unit
type: ObjectProperty
domain: PU
range: UnitSymbol

coldLegFBLagTC
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Cold leg feedback lag time constant.

coldLegFBLeadTC1
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Cold leg feedback lead time constant.

coldLegFBLeadTC2
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Cold leg feedback lead time constant.

coldLegFG1
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Cold leg feedback gain 1.

coldLegFG2
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Cold leg feedback gain 2.

coldLegLagTC
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Cold leg lag time constant.

coreHTLagTC1
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Core heat transfer lag time constant.

coreHTLagTC2
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Core heat transfer lag time constant.

coreNeutronicsEffTC
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Core neutronics effective time constant.

coreNeutronicsHT
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Core neutronics and heat transfer.

feedbackFactor
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Feedback factor.

hotLegLagTC
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Hot leg lag time constant.

hotLegSteamGain
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Hot leg steam gain.

hotLegToColdLegGain
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Hot leg to cold leg gain.

pressureCG
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Pressure control gain.

steamFlowFG
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Steam flow feedback gain.

steamPressureDropLagTC
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Steam pressure drop lag time constant.

steamPressureFG
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Steam pressure feedback gain.

throttlePressureFactor
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Throttle pressure factor.

throttlePressureSP
type: ObjectProperty
domain: PWRSteamSupply
range: PU
comment: Throttle pressure setpoint.

appliance
type: ObjectProperty
domain: PanDemandResponse
range: ControlledAppliance
comment: Appliance being controlled.

avgLoadAdjustment
type: ObjectProperty
domain: PanDemandResponse
range: PerCent
comment: Used to define a maximum energy usage limit as a percentage of the client implementations specific average energy usage. The load adjustment percentage is added to 100 creating a percentage limit applied to the client implementations specific average energy usage. A 10 load adjustment percentage will establish an energy usage limit equal to 90 of the client implementations specific average energy usage. Each load adjustment percentage is referenced to the client implementations specific average energy usage. There are no cumulative effects.The range of this field is 100 to 100 with a resolution of 1. A 100 value equals a total load shed. A 100 value will limit the energy usage to the client implementations specific average energy usage.

coolingOffset
type: ObjectProperty
domain: PanDemandResponse
range: Temperature
comment: Requested offset to apply to the normal cooling setpoint at the time of the start of the event. It represents a temperature change that will be applied to the associated cooling set point. The temperature offsets will be calculated per the local temperature in the thermostat. The calculated temperature will be interpreted as the number of degrees to be added to the cooling set point. Sequential demand response events are not cumulative. The offset shall be applied to the normal setpoint.

coolingSetpoint
type: ObjectProperty
domain: PanDemandResponse
range: Temperature
comment: Requested cooling set point. Temperature set point is typically defined and calculated based on local temperature.

dutyCycle
type: ObjectProperty
domain: PanDemandResponse
range: PerCent
comment: Maximum on state duty cycle as a percentage of time. For example if the value is 80 the device would be in an on state for 80 of the time for the duration of the action.

heatingOffset
type: ObjectProperty
domain: PanDemandResponse
range: Temperature
comment: Requested offset to apply to the normal heating setpoint at the time of the start of the event. It represents a temperature change that will be applied to the associated heating set point. The temperature offsets will be calculated per the local temperature in the thermostat. The calculated temperature will be interpreted as the number of degrees to be subtracted from the heating set point. Sequential demand response events are not cumulative. The offset shall be applied to the normal setpoint.

heatingSetpoint
type: ObjectProperty
domain: PanDemandResponse
range: Temperature
comment: Requested heating set point. Temperature set point is typically defined and calculated based on local temperature.

transmissionMode
type: ObjectProperty
domain: PanDisplay
range: TransmissionModeKind
comment: Transmission mode to be used for this PAN display control.

PanPricingDetails
type: ObjectProperty
domain: PanPricing
range: PanPricingDetail
comment: All pricing details issued by this PAN pricing commandaction.

PanPricing
type: ObjectProperty
inverse of: PanPricingDetails
domain: PanPricingDetail
range: PanPricing
comment: PAN pricing commandaction issuing this price detail.

generationPrice
type: ObjectProperty
domain: PanPricingDetail
range: Money
comment: Price of the commodity measured in base unit of currency per unitOfMeasure.

price
type: ObjectProperty
domain: PanPricingDetail
range: Money
comment: Price of the commodity measured in base unit of currency per unitOfMeasure.

Organisation
type: ObjectProperty
inverse of: ParentOrganisation
domain: ParentOrganization
range: Organisation
comment: Organisation that is part of this parent organisation.

multiplier
type: ObjectProperty
domain: ParticulateDensity
range: UnitMultiplier

unit
type: ObjectProperty
domain: ParticulateDensity
range: UnitSymbol

ChargeProfiles
type: ObjectProperty
inverse of: PassTroughBill
domain: PassThroughBill
range: ChargeProfile

MarketStatementLineItem
type: ObjectProperty
domain: PassThroughBill
range: MarketStatementLineItem

MktUserAttribute
type: ObjectProperty
domain: PassThroughBill
range: MktUserAttribute

adjustedAmount
type: ObjectProperty
domain: PassThroughBill
range: Money

amount
type: ObjectProperty
domain: PassThroughBill
range: Money
comment: The charge amount of the productservice.

price
type: ObjectProperty
domain: PassThroughBill
range: Money
comment: The price of productservice.

quantity
type: ObjectProperty
domain: PassThroughBill
range: FloatQuantity
comment: The product quantity.

taxAmount
type: ObjectProperty
domain: PassThroughBill
range: Money
comment: The tax on services taken.

Delay
type: ObjectProperty
inverse of: Pcontrol
domain: Pcontrol
range: Delay

VSCtype1
type: ObjectProperty
domain: Pcontrol
range: VSCtype1

IntervalBlocks
type: ObjectProperty
inverse of: PendingCalculation
domain: PendingCalculation
range: IntervalBlock
comment: All blocks of interval reading values to which this pending conversion applies.

ReadingType
type: ObjectProperty
domain: PendingCalculation
range: ReadingType
comment: Reading type resulting from this pending conversion.

HydroGeneratingUnit
type: ObjectProperty
domain: PenstockLossCurve
range: HydroGeneratingUnit
comment: A hydro generating unit has a penstock loss curve.

multiplier
type: ObjectProperty
domain: PerCent
range: UnitMultiplier

unit
type: ObjectProperty
domain: PerCent
range: UnitSymbol

DCLineSegments
type: ObjectProperty
domain: PerLengthDCLineParameter
range: DCLineSegment
comment: All line segments described by this set of perlength parameters.

capacitance
type: ObjectProperty
domain: PerLengthDCLineParameter
range: CapacitancePerLength
comment: Capacitance per unit of length of the DC line segment significant for cables only.

inductance
type: ObjectProperty
domain: PerLengthDCLineParameter
range: InductancePerLength
comment: Inductance per unit of length of the DC line segment.

resistance
type: ObjectProperty
domain: PerLengthDCLineParameter
range: ResistancePerLength
comment: Resistance per length of the DC line segment.

ACLineSegments
type: ObjectProperty
domain: PerLengthImpedance
range: ACLineSegment
comment: All line segments described by this perlength impedance.

WireAssemblyInfo
type: ObjectProperty
inverse of: WireAssemblyInfo.PerLengthLineParameter
domain: PerLengthLineParameter
range: WireAssemblyInfo

PhaseImpedanceData
type: ObjectProperty
domain: PerLengthPhaseImpedance
range: PhaseImpedanceData
comment: All data that belong to this conductor phase impedance.

b0ch
type: ObjectProperty
domain: PerLengthSequenceImpedance
range: SusceptancePerLength
comment: Zero sequence shunt charging susceptance per unit of length.

bch
type: ObjectProperty
domain: PerLengthSequenceImpedance
range: SusceptancePerLength
comment: Positive sequence shunt charging susceptance per unit of length.

g0ch
type: ObjectProperty
domain: PerLengthSequenceImpedance
range: ConductancePerLength
comment: Zero sequence shunt charging conductance per unit of length.

gch
type: ObjectProperty
domain: PerLengthSequenceImpedance
range: ConductancePerLength
comment: Positive sequence shunt charging conductance per unit of length.

r
type: ObjectProperty
domain: PerLengthSequenceImpedance
range: ResistancePerLength
comment: Positive sequence series resistance per unit of length.

r0
type: ObjectProperty
domain: PerLengthSequenceImpedance
range: ResistancePerLength
comment: Zero sequence series resistance per unit of length.

x
type: ObjectProperty
domain: PerLengthSequenceImpedance
range: ReactancePerLength
comment: Positive sequence series reactance per unit of length.

x0
type: ObjectProperty
domain: PerLengthSequenceImpedance
range: ReactancePerLength
comment: Zero sequence series reactance per unit of length.

MarketDocument
type: ObjectProperty
inverse of: Period
domain: Period
range: MarketDocument

Point
type: ObjectProperty
inverse of: Period
domain: Period
range: Point

Reason
type: ObjectProperty
domain: Period
range: Reason

TimeSeries
type: ObjectProperty
inverse of: TimeSeries.Period
domain: Period
range: TimeSeries

timeInterval
type: ObjectProperty
domain: Period
range: DateTimeInterval
comment: The start and end date and time for a given interval.

calculationIntervalUnit
type: ObjectProperty
domain: PeriodicStatisticalCalculation
range: CalculationIntervalUnitKind
comment: Unit in which calculation interval is defined.

Roles
type: ObjectProperty
domain: Person
range: PersonRole
comment: All roles of this person.

electronicAddress
type: ObjectProperty
domain: Person
range: ElectronicAddress
comment: Electronic address.

landlinePhone
type: ObjectProperty
domain: Person
range: TelephoneNumber
comment: Landline phone number.

mobilePhone
type: ObjectProperty
domain: Person
range: TelephoneNumber
comment: Mobile phone number.

ErpPerson
type: ObjectProperty
inverse of: OrganisationRoles
domain: PersonOrganisationRole
range: OldPerson

LandProperty
type: ObjectProperty
inverse of: ErpPersonRoles
domain: PersonPropertyRole
range: LandProperty

Person
type: ObjectProperty
inverse of: LandPropertyRoles
domain: PersonPropertyRole
range: OldPerson

Appointments
type: ObjectProperty
domain: PersonRole
range: Appointment
comment: All appointments for this person.

ConfigurationEvents
type: ObjectProperty
domain: PersonRole
range: ConfigurationEvent
comment: All configuration events created for this person role.

Person
type: ObjectProperty
inverse of: Roles
domain: PersonRole
range: Person
comment: Person having this role.

mode
type: ObjectProperty
domain: PetersenCoil
range: PetersenCoilModeKind
comment: The mode of operation of the Petersen coil.

nominalU
type: ObjectProperty
domain: PetersenCoil
range: Voltage
comment: The nominal voltage for which the coil is designed.

offsetCurrent
type: ObjectProperty
domain: PetersenCoil
range: CurrentFlow
comment: The offset current that the Petersen coil controller is operating from the resonant point. This is normally a fixed amount for which the controller is configured and could be positive or negative. Typically 0 to 60 A depending on voltage and resonance conditions.

positionCurrent
type: ObjectProperty
domain: PetersenCoil
range: CurrentFlow
comment: The control current used to control the Petersen coil also known as the position current. Typically in the range of 20 mA to 200 mA.

xGroundMax
type: ObjectProperty
domain: PetersenCoil
range: Reactance
comment: The maximum reactance.

xGroundMin
type: ObjectProperty
domain: PetersenCoil
range: Reactance
comment: The minimum reactance.

xGroundNominal
type: ObjectProperty
domain: PetersenCoil
range: Reactance
comment: The nominal reactance. This is the operating point normally over compensation that is defined based on the resonance point in the healthy network condition. The impedance is calculated based on nominal voltage divided by position current.

PhaseImpedance
type: ObjectProperty
inverse of: PhaseImpedanceData
domain: PhaseImpedanceData
range: PerLengthPhaseImpedance
comment: Conductor phase impedance to which this data belongs.

b
type: ObjectProperty
domain: PhaseImpedanceData
range: SusceptancePerLength
comment: Susceptance matrix element value per length of unit.

fromPhase
type: ObjectProperty
domain: PhaseImpedanceData
range: SinglePhaseKind
comment: Refer to the class description.

g
type: ObjectProperty
domain: PhaseImpedanceData
range: ConductancePerLength
comment: Conductance matrix element value per length of unit.

r
type: ObjectProperty
domain: PhaseImpedanceData
range: ResistancePerLength
comment: Resistance matrix element value per length of unit.

toPhase
type: ObjectProperty
domain: PhaseImpedanceData
range: SinglePhaseKind
comment: Refer to the class description.

x
type: ObjectProperty
domain: PhaseImpedanceData
range: ReactancePerLength
comment: Reactance matrix element value per length of unit.

TransformerEnd
type: ObjectProperty
inverse of: TransformerEnd.PhaseTapChanger
domain: PhaseTapChanger
range: TransformerEnd
comment: Transformer end to which this phase tap changer belongs.

windingConnectionAngle
type: ObjectProperty
domain: PhaseTapChangerAsymmetrical
range: AngleDegrees
comment: The phase angle between the inphase winding and the outof phase winding used for creating phase shift. The outofphase winding produces what is known as the difference voltage. Setting this angle to 90 degrees is not the same as a symmetrical transformer. The attribute can only be multiples of 30 degrees. The allowed range is 150 degrees to 150 degrees excluding 0.

stepPhaseShiftIncrement
type: ObjectProperty
domain: PhaseTapChangerLinear
range: AngleDegrees
comment: Phase shift per step position. A positive value indicates a positive angle variation from the Terminal at the PowerTransformerEnd where the TapChanger is located into the transformer.The actual phase shift increment might be more accurately computed from the symmetrical or asymmetrical models or a tap step table lookup if those are available.

xMax
type: ObjectProperty
domain: PhaseTapChangerLinear
range: Reactance
comment: The reactance depends on the tap position according to a u shaped curve. The maximum reactance xMax appears at the low and high tap positions. Depending on the u curve the attribute can be either higher or lower than PowerTransformerEnd.x.

xMin
type: ObjectProperty
domain: PhaseTapChangerLinear
range: Reactance
comment: The reactance depends on the tap position according to a u shaped curve. The minimum reactance xMin appears at the mid tap position. PowerTransformerEnd.x shall be consistent with PhaseTapChangerLinear.xMin and PhaseTapChangerNonLinear.xMin. In case of inconsistency PowerTransformerEnd.x shall be used.

voltageStepIncrement
type: ObjectProperty
domain: PhaseTapChangerNonLinear
range: PerCent
comment: The voltage step increment on the out of phase winding the PowerTransformerEnd where the TapChanger is located specified in percent of rated voltage of the PowerTransformerEnd. A positive value means a positive voltage variation from the Terminal at the PowerTransformerEnd where the TapChanger is located into the transformer.When the increment is negative the voltage decreases when the tap step increases.

xMax
type: ObjectProperty
domain: PhaseTapChangerNonLinear
range: Reactance
comment: The reactance depends on the tap position according to a u shaped curve. The maximum reactance xMax appears at the low and high tap positions. Depending on the u curve the attribute can be either higher or lower than PowerTransformerEnd.x.

xMin
type: ObjectProperty
domain: PhaseTapChangerNonLinear
range: Reactance
comment: The reactance depend on the tap position according to a u shaped curve. The minimum reactance xMin appear at the mid tap position. PowerTransformerEnd.x shall be consistent with PhaseTapChangerLinear.xMin and PhaseTapChangerNonLinear.xMin. In case of inconsistency PowerTransformerEnd.x shall be used.

PhaseTapChangerTablePoint
type: ObjectProperty
inverse of: PhaseTapChangerTable
domain: PhaseTapChangerTable
range: PhaseTapChangerTablePoint
comment: The points of this table.

PhaseTapChangerTabular
type: ObjectProperty
domain: PhaseTapChangerTable
range: PhaseTapChangerTabular
comment: The phase tap changers to which this phase tap table applies.

PhaseTapChangerTable
type: ObjectProperty
domain: PhaseTapChangerTablePoint
range: PhaseTapChangerTable
comment: The table of this point.

angle
type: ObjectProperty
domain: PhaseTapChangerTablePoint
range: AngleDegrees
comment: The angle difference in degrees. A positive value indicates a positive angle variation from the Terminal at the PowerTransformerEnd where the TapChanger is located into the transformer.

PhaseTapChangerTable
type: ObjectProperty
inverse of: PhaseTapChangerTabular
domain: PhaseTapChangerTabular
range: PhaseTapChangerTable
comment: The phase tap changer table for this phase tap changer.

ClassificationCondition
type: ObjectProperty
inverse of: PhenomenonClassification
domain: PhenomenonClassification
range: ClassificationCondition
comment: Condition contributing to the classification of this phenomenon.

EnvironmentalDataAuthority
type: ObjectProperty
domain: PhenomenonClassification
range: EnvironmentalDataAuthority
comment: Authority defining this environmental phenomenon.

EnvironmentalPhenomenon
type: ObjectProperty
inverse of: PhenomenonClassification
domain: PhenomenonClassification
range: EnvironmentalPhenomenon

BranchGroup
type: ObjectProperty
domain: PinBranchGroup
range: BranchGroup
comment: The branch group that should be used in compare.

kind
type: ObjectProperty
domain: PinBranchGroup
range: PinBranchGroupKind
comment: The compare operation done on the branch group.

Equipment
type: ObjectProperty
domain: PinEquipment
range: Equipment
comment: The Equipment that should be used in compare.

kind
type: ObjectProperty
domain: PinEquipment
range: PinEquipmentKind
comment: The compare operation done on the equipment.

GateOutput
type: ObjectProperty
inverse of: PinGate
domain: PinGate
range: Gate

Measurement
type: ObjectProperty
domain: PinMeasurement
range: Measurement
comment: The Measurement that should be used in compare.

MeasurementCalculator
type: ObjectProperty
inverse of: PinMeasurement
domain: PinMeasurement
range: MeasurementCalculator
comment: Result of the calculation used as input to a gate.

Terminal
type: ObjectProperty
domain: PinTerminal
range: Terminal
comment: The Terminal that should be used in compare.

kind
type: ObjectProperty
domain: PinTerminal
range: PinTerminalKind
comment: The compare operation done on the terminal.

MarketPlan
type: ObjectProperty
inverse of: PlannedMarket
domain: PlannedMarket
range: MarketPlan
comment: A market plan has a number of markets DA HA RT.

MarketRun
type: ObjectProperty
domain: PlannedMarket
range: MarketRun
comment: A planned market could have multiple market runs for the reason that a planned market could have a rerun.

PlannedMarketEvent
type: ObjectProperty
domain: PlannedMarket
range: PlannedMarketEvent
comment: A planned market shall have a set of planned events

marketType
type: ObjectProperty
domain: PlannedMarket
range: MarketType
comment: Market type.

MarketActualEvent
type: ObjectProperty
inverse of: PlannedMarketEvent
domain: PlannedMarketEvent
range: MarketActualEvent
comment: All actual events that execute this planned event.

PlannedMarket
type: ObjectProperty
inverse of: PlannedMarketEvent
domain: PlannedMarketEvent
range: PlannedMarket
comment: A planned market shall have a set of planned events

FieldDispatchHistory
type: ObjectProperty
inverse of: PlannedOutage
domain: PlannedOutage
range: FieldDispatchHistory

OutagePlan
type: ObjectProperty
inverse of: PlannedOutage
domain: PlannedOutage
range: OutagePlan
comment: Outage plan for executing a planned outage.

UpdatedRatings
type: ObjectProperty
inverse of: PlannedOutage
domain: PlannedOutage
range: OperationalUpdatedRating
comment: All updated ratings for this planned equipment outage.

Customer
type: ObjectProperty
domain: PlannedOutageNotification
range: Customer

SwitchingPlan
type: ObjectProperty
domain: PlannedOutageNotification
range: SwitchingPlan

AggregateNode
type: ObjectProperty
inverse of: Pnode
domain: Pnode
range: AggregateNode

CommodityDefinition
type: ObjectProperty
inverse of: Pnode
domain: Pnode
range: CommodityDefinition

DeliveryTransactionBids
type: ObjectProperty
domain: Pnode
range: TransactionBid

ExPostResults
type: ObjectProperty
domain: Pnode
range: ExPostPricingResults

FTRs
type: ObjectProperty
inverse of: Pnodes
domain: Pnode
range: FTR

MktMeasurement
type: ObjectProperty
domain: Pnode
range: MktMeasurement
comment: Allows Measurements to be associated to Pnodes.

OrgPnodeAllocation
type: ObjectProperty
inverse of: Pnode
domain: Pnode
range: OrgPnodeAllocation

PnodeResults
type: ObjectProperty
domain: Pnode
range: PnodeResults

RTO
type: ObjectProperty
inverse of: RTO.Pnodes
domain: Pnode
range: RTO

ReceiptTransactionBids
type: ObjectProperty
domain: Pnode
range: TransactionBid

RegisteredResources
type: ObjectProperty
domain: Pnode
range: RegisteredResource
comment: A registered resource injects power at one or more connectivity nodes related to a pnode

SinkCRRSegment
type: ObjectProperty
domain: Pnode
range: CRRSegment

SourceCRRSegment
type: ObjectProperty
domain: Pnode
range: CRRSegment

SubControlArea
type: ObjectProperty
domain: Pnode
range: SubControlArea

Trade
type: ObjectProperty
domain: Pnode
range: Trade

CommodityPrice
type: ObjectProperty
domain: PnodeClearing
range: CommodityPrice

PnodeResults
type: ObjectProperty
domain: PnodeClearing
range: PnodeResults

AggregatedPnode
type: ObjectProperty
inverse of: PnodeDistributionFactor
domain: PnodeDistributionFactor
range: AggregatedPnode

BidDistributionFactor
type: ObjectProperty
inverse of: PnodeDistributionFactor
domain: PnodeDistributionFactor
range: BidDistributionFactor

IndividualPnode
type: ObjectProperty
inverse of: PnodeDistributionFactor
domain: PnodeDistributionFactor
range: IndividualPnode

offPeak
type: ObjectProperty
domain: PnodeDistributionFactor
range: YesNo
comment: Indication that this distribution factor is to apply during off peak.

onPeak
type: ObjectProperty
domain: PnodeDistributionFactor
range: YesNo
comment: Indication that this factor is to apply during Peak periods.

Pnode
type: ObjectProperty
inverse of: PnodeResults
domain: PnodeResults
range: Pnode

PnodeClearing
type: ObjectProperty
inverse of: PnodeResults
domain: PnodeResults
range: PnodeClearing

updateType
type: ObjectProperty
domain: PnodeResults
range: MQSCHGType

AceTariffType
type: ObjectProperty
domain: Point
range: AceTariffType

FlowDirection
type: ObjectProperty
inverse of: Point
domain: Point
range: FlowDirection

Period
type: ObjectProperty
domain: Point
range: Period

Price
type: ObjectProperty
inverse of: Point
domain: Point
range: Price

Quantity
type: ObjectProperty
inverse of: Quantity.Point
domain: Point
range: Quantity

Reason
type: ObjectProperty
inverse of: Reason.Point
domain: Point
range: Reason

TimeSeries
type: ObjectProperty
domain: Point
range: TimeSeries

CashierShifts
type: ObjectProperty
inverse of: PointOfSale
domain: PointOfSale
range: CashierShift
comment: All shifts this point of sale operated in.

Streetlights
type: ObjectProperty
domain: Pole
range: Streetlight
comment: All streetlights attached to this pole.

baseKind
type: ObjectProperty
domain: Pole
range: PoleBaseKind
comment: Kind of base for this pole.

diameter
type: ObjectProperty
domain: Pole
range: Length
comment: Diameter of the pole.

length
type: ObjectProperty
domain: Pole
range: Length
comment: Length of the pole inclusive of any section of the pole that may be underground postinstallation.

preservativeKind
type: ObjectProperty
domain: Pole
range: PolePreservativeKind
comment: Kind of preservative for this pole.

treatmentKind
type: ObjectProperty
domain: Pole
range: PoleTreatmentKind
comment: Kind of treatment for this pole.

Location
type: ObjectProperty
inverse of: PositionPoints
domain: PositionPoint
range: Location
comment: Location described by this position point.

type
type: ObjectProperty
domain: PotentialTransformer
range: PotentialTransformerKind
comment: Potential transformer construction type.

nominalRatio
type: ObjectProperty
domain: PotentialTransformerInfo
range: Ratio

primaryRatio
type: ObjectProperty
domain: PotentialTransformerInfo
range: Ratio
comment: Ratio for the primary winding tap changer.

ratedVoltage
type: ObjectProperty
domain: PotentialTransformerInfo
range: Voltage
comment: Rated voltage on the primary side.

secondaryRatio
type: ObjectProperty
domain: PotentialTransformerInfo
range: Ratio
comment: Ratio for the secondary winding tap changer.

tertiaryRatio
type: ObjectProperty
domain: PotentialTransformerInfo
range: Ratio
comment: Ratio for the tertiary winding tap changer.

EnergyConsumers
type: ObjectProperty
domain: PowerCutZone
range: EnergyConsumer
comment: Energy consumer is assigned to the power cut zone.

cutLevel1
type: ObjectProperty
domain: PowerCutZone
range: PerCent
comment: First level amount of load to cut as a percentage of total zone load.

cutLevel2
type: ObjectProperty
domain: PowerCutZone
range: PerCent
comment: Second level amount of load to cut as a percentage of total zone load.

PowerElectronicsConnectionPhase
type: ObjectProperty
domain: PowerElectronicsConnection
range: PowerElectronicsConnectionPhase
comment: The individual phases models for the power electronics connection.

PowerElectronicsUnit
type: ObjectProperty
domain: PowerElectronicsConnection
range: PowerElectronicsUnit
comment: An AC network connection may have several power electronics units connecting through it.

WindTurbineType3or4Dynamics
type: ObjectProperty
domain: PowerElectronicsConnection
range: WindTurbineType3or4Dynamics
comment: The wind turbine type 3 or type 4 dynamics model associated with this power electronics connection.

maxIFault
type: ObjectProperty
domain: PowerElectronicsConnection
range: PU
comment: Maximum fault current this device will contribute in perunit of rated current before the converter protection will trip or bypass.

maxQ
type: ObjectProperty
domain: PowerElectronicsConnection
range: ReactivePower
comment: Maximum reactive power limit. This is the maximum nameplate limit for the unit.

minQ
type: ObjectProperty
domain: PowerElectronicsConnection
range: ReactivePower
comment: Minimum reactive power limit for the unit. This is the minimum nameplate limit for the unit.

p
type: ObjectProperty
domain: PowerElectronicsConnection
range: ActivePower
comment: Active power injection. Load sign convention is used i.e. positive sign means flow out from a node.Starting value for a steady state solution.

q
type: ObjectProperty
domain: PowerElectronicsConnection
range: ReactivePower
comment: Reactive power injection. Load sign convention is used i.e. positive sign means flow out from a node.Starting value for a steady state solution.

r
type: ObjectProperty
domain: PowerElectronicsConnection
range: Resistance
comment: Equivalent resistance RG of generator. RG is considered for the calculation of all currents except for the calculation of the peak current ip. Used for short circuit data exchange according to IEC 60909.

r0
type: ObjectProperty
domain: PowerElectronicsConnection
range: Resistance
comment: Zero sequence resistance of the synchronous machine.

ratedS
type: ObjectProperty
domain: PowerElectronicsConnection
range: ApparentPower
comment: Nameplate apparent power rating for the unit.The attribute shall have a positive value.

ratedU
type: ObjectProperty
domain: PowerElectronicsConnection
range: Voltage
comment: Rated voltage nameplate data Ur in IEC 609090. It is primarily used for short circuit data exchange according to IEC 60909.The attribute shall be a positive value.

rn
type: ObjectProperty
domain: PowerElectronicsConnection
range: Resistance
comment: Negative sequence Thevenin resistance.

x
type: ObjectProperty
domain: PowerElectronicsConnection
range: Reactance
comment: Positive sequence Thevenin reactance.

x0
type: ObjectProperty
domain: PowerElectronicsConnection
range: Reactance
comment: Zero sequence Thevenin reactance.

xn
type: ObjectProperty
domain: PowerElectronicsConnection
range: Reactance
comment: Negative sequence Thevenin reactance.

PowerElectronicsConnection
type: ObjectProperty
inverse of: PowerElectronicsConnectionPhase
domain: PowerElectronicsConnectionPhase
range: PowerElectronicsConnection
comment: Power electronics connection of this power electronics connection phase.

p
type: ObjectProperty
domain: PowerElectronicsConnectionPhase
range: ActivePower
comment: Active power injection. Load sign convention is used i.e. positive sign means flow into the equipment from the network.

phase
type: ObjectProperty
domain: PowerElectronicsConnectionPhase
range: SinglePhaseKind
comment: Phase of this energy producer component. If the energy producer is wye connected the connection is from the indicated phase to the central ground or neutral point. If the energy producer is delta connected the phase indicates an energy producer connected from the indicated phase to the next logical nonneutral phase.

q
type: ObjectProperty
domain: PowerElectronicsConnectionPhase
range: ReactivePower
comment: Reactive power injection. Load sign convention is used i.e. positive sign means flow into the equipment from the network.

PowerElectronicsConnection
type: ObjectProperty
inverse of: PowerElectronicsUnit
domain: PowerElectronicsUnit
range: PowerElectronicsConnection
comment: A power electronics unit has a connection to the AC network.

maxP
type: ObjectProperty
domain: PowerElectronicsUnit
range: ActivePower
comment: Maximum active power limit. This is the maximum nameplate limit for the unit.

minP
type: ObjectProperty
domain: PowerElectronicsUnit
range: ActivePower
comment: Minimum active power limit. This is the minimum nameplate limit for the unit.

emergencyHighVoltLimit
type: ObjectProperty
domain: PowerQualityPricing
range: Voltage
comment: Emergency high voltage limit.

emergencyLowVoltLimit
type: ObjectProperty
domain: PowerQualityPricing
range: Voltage
comment: Emergency low voltage limit.

normalHighVoltLimit
type: ObjectProperty
domain: PowerQualityPricing
range: Voltage
comment: Normal high voltage limit.

normalLowVoltLimit
type: ObjectProperty
domain: PowerQualityPricing
range: Voltage
comment: Normal low voltage limit.

valueUninterruptedServiceEnergy
type: ObjectProperty
domain: PowerQualityPricing
range: CostPerEnergyUnit
comment: Value of uninterrupted service Cost per energy.

AssetDatasheet
type: ObjectProperty
inverse of: PowerSystemResources
domain: PowerSystemResource
range: AssetInfo
comment: Datasheet information for this power system resource.

Assets
type: ObjectProperty
inverse of: PowerSystemResources
domain: PowerSystemResource
range: Asset
comment: All assets represented by this power system resource. For example multiple conductor assets are electrically modelled as a single AC line segment.

Clearances
type: ObjectProperty
inverse of: TaggedPSRs
domain: PowerSystemResource
range: ClearanceDocument
comment: All clearances applicable to this power system resource.

ConfigurationEvent
type: ObjectProperty
domain: PowerSystemResource
range: ConfigurationEvent

Controls
type: ObjectProperty
domain: PowerSystemResource
range: Control
comment: The controller outputs used to actually govern a regulating device e.g. the magnetization of a synchronous machine or capacitor bank breaker actuator.

GenericAction
type: ObjectProperty
inverse of: PowerSystemResource
domain: PowerSystemResource
range: GenericAction

Location
type: ObjectProperty
inverse of: PowerSystemResources
domain: PowerSystemResource
range: Location
comment: Location of this power system resource.

Measurements
type: ObjectProperty
domain: PowerSystemResource
range: Measurement
comment: The measurements associated with this power system resource.

OperatingShare
type: ObjectProperty
inverse of: PowerSystemResource
domain: PowerSystemResource
range: OperatingShare
comment: The operating shares of this power system resource.

OperationalTags
type: ObjectProperty
inverse of: PowerSystemResource
domain: PowerSystemResource
range: OperationalTag
comment: All operational tags placed on this power system resource.

PSREvents
type: ObjectProperty
inverse of: PowerSystemResource
domain: PowerSystemResource
range: PSREvent
comment: All events associated with this power system resource.

PSRType
type: ObjectProperty
domain: PowerSystemResource
range: PSRType
comment: Custom classification for this power system resource.

ReportingGroup
type: ObjectProperty
inverse of: ReportingGroup.PowerSystemResource
domain: PowerSystemResource
range: ReportingGroup
comment: Reporting groups to which this power system resource belongs.

VerificationAction
type: ObjectProperty
inverse of: VerificationAction.PowerSystemResource
domain: PowerSystemResource
range: VerificationAction

ExcitationSystemDynamics
type: ObjectProperty
domain: PowerSystemStabilizerDynamics
range: ExcitationSystemDynamics
comment: Excitation system model with which this power system stabilizer model is associated.

RemoteInputSignal
type: ObjectProperty
domain: PowerSystemStabilizerDynamics
range: RemoteInputSignal
comment: Remote input signal used by this power system stabilizer model.

ProprietaryParameterDynamics
type: ObjectProperty
inverse of: PowerSystemStabilizerUserDefined
domain: PowerSystemStabilizerUserDefined
range: ProprietaryParameterDynamics
comment: Parameter of this proprietary userdefined model.

PowerTransformerEnd
type: ObjectProperty
domain: PowerTransformer
range: PowerTransformerEnd
comment: The ends of this power transformer.

TransformerTanks
type: ObjectProperty
inverse of: TransformerTank.PowerTransformer
domain: PowerTransformer
range: TransformerTank
comment: All transformers that belong to this bank.

beforeShCircuitHighestOperatingCurrent
type: ObjectProperty
domain: PowerTransformer
range: CurrentFlow
comment: The highest operating current Ib in IEC 609090 before short circuit depends on network configuration and relevant reliability philosophy. It is used for calculation of the impedance correction factor KT defined in IEC 609090.

beforeShCircuitHighestOperatingVoltage
type: ObjectProperty
domain: PowerTransformer
range: Voltage
comment: The highest operating voltage Ub in IEC 609090 before short circuit. It is used for calculation of the impedance correction factor KT defined in IEC 609090. This is worst case voltage on the low side winding 3.7.1 of IEC 609092001. Used to define operating conditions.

beforeShortCircuitAnglePf
type: ObjectProperty
domain: PowerTransformer
range: AngleDegrees
comment: The angle of power factor before short circuit phib in IEC 609090. It is used for calculation of the impedance correction factor KT defined in IEC 609090. This is the worst case power factor. Used to define operating conditions.

highSideMinOperatingU
type: ObjectProperty
domain: PowerTransformer
range: Voltage
comment: The minimum operating voltage uQmin in IEC 609090 at the high voltage side Q side of the unit transformer of the power station unit. A value well established from longterm operating experience of the system. It is used for calculation of the impedance correction factor KG defined in IEC 609090.

PowerTransformer
type: ObjectProperty
inverse of: PowerTransformerEnd
domain: PowerTransformerEnd
range: PowerTransformer
comment: The power transformer of this power transformer end.

b
type: ObjectProperty
domain: PowerTransformerEnd
range: Susceptance
comment: Magnetizing branch susceptance B mag. The value can be positive or negative.

b0
type: ObjectProperty
domain: PowerTransformerEnd
range: Susceptance
comment: Zero sequence magnetizing branch susceptance.

connectionKind
type: ObjectProperty
domain: PowerTransformerEnd
range: WindingConnection
comment: Kind of connection.

g
type: ObjectProperty
domain: PowerTransformerEnd
range: Conductance
comment: Magnetizing branch conductance.

g0
type: ObjectProperty
domain: PowerTransformerEnd
range: Conductance
comment: Zero sequence magnetizing branch conductance starmodel.

r
type: ObjectProperty
domain: PowerTransformerEnd
range: Resistance
comment: Resistance starmodel of the transformer end.The attribute shall be equal to or greater than zero for nonequivalent transformers.

r0
type: ObjectProperty
domain: PowerTransformerEnd
range: Resistance
comment: Zero sequence series resistance starmodel of the transformer end.

ratedS
type: ObjectProperty
domain: PowerTransformerEnd
range: ApparentPower
comment: Normal apparent power rating.The attribute shall be a positive value. For a twowinding transformer the values for the high and low voltage sides shall be identical.

ratedU
type: ObjectProperty
domain: PowerTransformerEnd
range: Voltage
comment: Rated voltage phasephase for threephase windings and either phasephase or phaseneutral for singlephase windings.A high voltage side as given by TransformerEnd.endNumber shall have a ratedU that is greater than or equal to ratedU for the lower voltage sides.The attribute shall be a positive value.

x
type: ObjectProperty
domain: PowerTransformerEnd
range: Reactance
comment: Positive sequence series reactance starmodel of the transformer end.

x0
type: ObjectProperty
domain: PowerTransformerEnd
range: Reactance
comment: Zero sequence series reactance of the transformer end.

TransformerTankInfos
type: ObjectProperty
inverse of: TransformerTankInfo.PowerTransformerInfo
domain: PowerTransformerInfo
range: TransformerTankInfo
comment: Data for all the tanks described by this power transformer data.

multiplier
type: ObjectProperty
domain: Pressure
range: UnitMultiplier

unit
type: ObjectProperty
domain: Pressure
range: UnitSymbol

Domain
type: ObjectProperty
domain: Price
range: Domain

Point
type: ObjectProperty
domain: Price
range: Point

TimeSeries
type: ObjectProperty
domain: Price
range: TimeSeries

CommodityPrice
type: ObjectProperty
inverse of: PriceDescriptor
domain: PriceDescriptor
range: CommodityPrice

marketType
type: ObjectProperty
domain: PriceDescriptor
range: MarketType
comment: The time frame for the price using the standard conventions associated with the MarketType enumeration.

priceType
type: ObjectProperty
domain: PriceDescriptor
range: PriceTypeKind
comment: The kind of price being described. In general the priceType will either be total to signify that the price is the price paid to buy or sell the commodity sometimes referred to as an allin price or one of potentially many components.

CustomerAgreements
type: ObjectProperty
inverse of: PricingStructures
domain: PricingStructure
range: CustomerAgreement
comment: All customer agreements with this pricing structure.

ServiceCategory
type: ObjectProperty
inverse of: ServiceCategory.PricingStructures
domain: PricingStructure
range: ServiceCategory
comment: Service category to which this pricing structure applies.

Tariffs
type: ObjectProperty
domain: PricingStructure
range: Tariff
comment: All tariffs used by this pricing structure.

Transactions
type: ObjectProperty
domain: PricingStructure
range: Transaction
comment: All transactions applying this pricing structure.

UsagePoints
type: ObjectProperty
domain: PricingStructure
range: UsagePoint
comment: All service delivery points with prepayment meter running as a standalone device with no CustomerAgreement or Customer to which this pricing structure applies.

revenueKind
type: ObjectProperty
domain: PricingStructure
range: RevenueKind
comment: accounting Kind of revenue often used to determine the grace period allowed before collection actions are taken on a customer grace periods vary between revenue classes.

SynchronousMachines
type: ObjectProperty
domain: PrimeMover
range: SynchronousMachine
comment: Synchronous machines this Prime mover drives.

Assets
type: ObjectProperty
domain: Procedure
range: Asset
comment: All assets to which this procedure applies.

CompatibleUnits
type: ObjectProperty
inverse of: Procedures
domain: Procedure
range: CompatibleUnit

Limits
type: ObjectProperty
domain: Procedure
range: Limit

Measurements
type: ObjectProperty
domain: Procedure
range: Measurement
comment: Document containing this measurement.

ProcedureDataSets
type: ObjectProperty
domain: Procedure
range: ProcedureDataSet
comment: All data sets captured by this procedure.

kind
type: ObjectProperty
domain: Procedure
range: ProcedureKind
comment: Kind of procedure.

Asset
type: ObjectProperty
domain: ProcedureDataSet
range: Asset
comment: Asset to which this procedure data set applies.

MeasurementValue
type: ObjectProperty
domain: ProcedureDataSet
range: MeasurementValue

Procedure
type: ObjectProperty
inverse of: ProcedureDataSets
domain: ProcedureDataSet
range: Procedure
comment: Procedure capturing this data set.

Properties
type: ObjectProperty
inverse of: UserAttribute.ProcedureDataSets
domain: ProcedureDataSet
range: UserAttribute
comment: UserAttributes used to specify further properties of this procedure data set. Use name to specify what kind of property it is and value.value attribute for the actual value.

TransformerObservations
type: ObjectProperty
domain: ProcedureDataSet
range: TransformerObservation

WorkTask
type: ObjectProperty
domain: ProcedureDataSet
range: WorkTask
comment: Work task that created this procedure data set.

MarketDocument
type: ObjectProperty
domain: Process
range: MarketDocument

Asset
type: ObjectProperty
inverse of: ProductAssetModel
domain: ProductAssetModel
range: Asset
comment: An asset of this model.

AssetInfo
type: ObjectProperty
domain: ProductAssetModel
range: AssetInfo
comment: Asset information nameplate for this product asset model.

AssetModelCatalogueItems
type: ObjectProperty
domain: ProductAssetModel
range: AssetModelCatalogueItem

CatalogAssetType
type: ObjectProperty
domain: ProductAssetModel
range: CatalogAssetType
comment: Catalog asset type to which this product asset model conforms.

Manufacturer
type: ObjectProperty
domain: ProductAssetModel
range: Manufacturer
comment: Manufacturer of this asset model.

OperationalRestrictions
type: ObjectProperty
inverse of: ProductAssetModel
domain: ProductAssetModel
range: OperationalRestriction
comment: All operational restrictions applying to this asset model.

corporateStandardKind
type: ObjectProperty
domain: ProductAssetModel
range: CorporateStandardKind
comment: Kind of corporate standard for this asset model.

overallLength
type: ObjectProperty
domain: ProductAssetModel
range: Length
comment: Overall length of this asset model.

usageKind
type: ObjectProperty
domain: ProductAssetModel
range: AssetModelUsageKind
comment: Intended usage for this asset model.

weightTotal
type: ObjectProperty
domain: ProductAssetModel
range: Mass
comment: Total manufactured weight of asset.

Bid
type: ObjectProperty
domain: ProductBid
range: Bid
comment: A bid comprises one or more product bids of market products

BidDistributionFactor
type: ObjectProperty
domain: ProductBid
range: BidDistributionFactor

BidHourlyProductSchedule
type: ObjectProperty
inverse of: ProductBid
domain: ProductBid
range: BidHourlyProductSchedule

BidSchedule
type: ObjectProperty
domain: ProductBid
range: BidPriceSchedule

BidSelfSched
type: ObjectProperty
domain: ProductBid
range: BidSelfSched

MarketProduct
type: ObjectProperty
inverse of: ProductBids
domain: ProductBid
range: MarketProduct

DataSet
type: ObjectProperty
inverse of: Profile
domain: Profile
range: DataSet
comment: The data sets that make use of the profile.

ProfileDatas
type: ObjectProperty
inverse of: Profile
domain: Profile
range: ProfileData
comment: A profile has profile data associated with it.

Profile
type: ObjectProperty
domain: ProfileData
range: Profile
comment: A profile has profile data associated with it.

capacityLevel
type: ObjectProperty
domain: ProfileData
range: ActivePower
comment: Capacity level for the profile in MW.

energyLevel
type: ObjectProperty
domain: ProfileData
range: RealEnergy
comment: Energy level for the profile in MWH.

BusinessCase
type: ObjectProperty
inverse of: Projects
domain: Project
range: BusinessCase

ErpProjectAccounting
type: ObjectProperty
inverse of: Projects
domain: Project
range: ErpProjectAccounting

ParentProject
type: ObjectProperty
inverse of: SubProjects
domain: Project
range: Project

SubProjects
type: ObjectProperty
domain: Project
range: Project

Works
type: ObjectProperty
inverse of: Work.Project
domain: Project
range: Work

budget
type: ObjectProperty
domain: Project
range: Money
comment: Overall project budget.

LandProperty
type: ObjectProperty
inverse of: ErpOrganisationRoles
domain: PropertyOrganisationRole
range: LandProperty

CUMaterialItems
type: ObjectProperty
domain: PropertyUnit
range: CUMaterialItem

CompatibleUnits
type: ObjectProperty
domain: PropertyUnit
range: CompatibleUnit

WorkCostDetails
type: ObjectProperty
inverse of: WorkCostDetail.PropertyUnits
domain: PropertyUnit
range: WorkCostDetail

activityCode
type: ObjectProperty
domain: PropertyUnit
range: WorkActionKind
comment: Activity code identifies a specific and distinguishable work action.

status
type: ObjectProperty
domain: PropertyUnit
range: Status

distributionFactor
type: ObjectProperty
domain: ProportionalDistributionComponent
range: ActivePower

AsynchronousMachineUserDefined
type: ObjectProperty
domain: ProprietaryParameterDynamics
range: AsynchronousMachineUserDefined
comment: Proprietary userdefined model with which this parameter is associated.

CSCUserDefined
type: ObjectProperty
inverse of: ProprietaryParameterDynamics
domain: ProprietaryParameterDynamics
range: CSCUserDefined
comment: Proprietary userdefined model with which this parameter is associated.

DiscontinuousExcitationControlUserDefined
type: ObjectProperty
domain: ProprietaryParameterDynamics
range: DiscontinuousExcitationControlUserDefined
comment: Proprietary userdefined model with which this parameter is associated.

ExcitationSystemUserDefined
type: ObjectProperty
domain: ProprietaryParameterDynamics
range: ExcitationSystemUserDefined
comment: Proprietary userdefined model with which this parameter is associated.

LoadUserDefined
type: ObjectProperty
domain: ProprietaryParameterDynamics
range: LoadUserDefined
comment: Proprietary userdefined model with which this parameter is associated.

MechanicalLoadUserDefined
type: ObjectProperty
domain: ProprietaryParameterDynamics
range: MechanicalLoadUserDefined
comment: Proprietary userdefined model with which this parameter is associated.

OverexcitationLimiterUserDefined
type: ObjectProperty
domain: ProprietaryParameterDynamics
range: OverexcitationLimiterUserDefined
comment: Proprietary userdefined model with which this parameter is associated.

PFVArControllerType1UserDefined
type: ObjectProperty
domain: ProprietaryParameterDynamics
range: PFVArControllerType1UserDefined
comment: Proprietary userdefined model with which this parameter is associated.

PFVArControllerType2UserDefined
type: ObjectProperty
domain: ProprietaryParameterDynamics
range: PFVArControllerType2UserDefined
comment: Proprietary userdefined model with which this parameter is associated.

PowerSystemStabilizerUserDefined
type: ObjectProperty
domain: ProprietaryParameterDynamics
range: PowerSystemStabilizerUserDefined
comment: Proprietary userdefined model with which this parameter is associated.

SVCUserDefined
type: ObjectProperty
inverse of: SVCUserDefined.ProprietaryParameterDynamics
domain: ProprietaryParameterDynamics
range: SVCUserDefined
comment: Proprietary userdefined model with which this parameter is associated.

SynchronousMachineUserDefined
type: ObjectProperty
domain: ProprietaryParameterDynamics
range: SynchronousMachineUserDefined
comment: Proprietary userdefined model with which this parameter is associated.

TurbineGovernorUserDefined
type: ObjectProperty
domain: ProprietaryParameterDynamics
range: TurbineGovernorUserDefined
comment: Proprietary userdefined model with which this parameter is associated.

TurbineLoadControllerUserDefined
type: ObjectProperty
domain: ProprietaryParameterDynamics
range: TurbineLoadControllerUserDefined
comment: Proprietary userdefined model with which this parameter is associated.

UnderexcitationLimiterUserDefined
type: ObjectProperty
domain: ProprietaryParameterDynamics
range: UnderexcitationLimiterUserDefined
comment: Proprietary userdefined model with which this parameter is associated.

VSCUserDefined
type: ObjectProperty
inverse of: VSCUserDefined.ProprietaryParameterDynamics
domain: ProprietaryParameterDynamics
range: VSCUserDefined
comment: Proprietary userdefined model with which this parameter is associated.

VoltageAdjusterUserDefined
type: ObjectProperty
domain: ProprietaryParameterDynamics
range: VoltageAdjusterUserDefined
comment: Proprietary userdefined model with which this parameter is associated.

VoltageCompensatorUserDefined
type: ObjectProperty
domain: ProprietaryParameterDynamics
range: VoltageCompensatorUserDefined
comment: Proprietary userdefined model with which this parameter is associated.

WindPlantUserDefined
type: ObjectProperty
inverse of: WindPlantUserDefined.ProprietaryParameterDynamics
domain: ProprietaryParameterDynamics
range: WindPlantUserDefined
comment: Proprietary userdefined model with which this parameter is associated.

WindType1or2UserDefined
type: ObjectProperty
domain: ProprietaryParameterDynamics
range: WindType1or2UserDefined
comment: Proprietary userdefined model with which this parameter is associated.

WindType3or4UserDefined
type: ObjectProperty
domain: ProprietaryParameterDynamics
range: WindType3or4UserDefined
comment: Proprietary userdefined model with which this parameter is associated.

OperatedByProtectionEquipment
type: ObjectProperty
inverse of: ProtectedSwitches
domain: ProtectedSwitch
range: ProtectionEquipment
comment: Protection equipments that operate this ProtectedSwitch.

RecloseSequences
type: ObjectProperty
inverse of: RecloseSequence.ProtectedSwitch
domain: ProtectedSwitch
range: RecloseSequence
comment: A breaker may have zero or more automatic reclosures after a trip occurs.

breakingCapacity
type: ObjectProperty
domain: ProtectedSwitch
range: CurrentFlow
comment: The maximum fault current a breaking device can break safely under prescribed conditions of use.

ConductingEquipments
type: ObjectProperty
domain: ProtectionEquipment
range: ConductingEquipment
comment: Protection equipment may be used to protect specific conducting equipment.

ProtectedSwitches
type: ObjectProperty
domain: ProtectionEquipment
range: ProtectedSwitch
comment: Protected switches operated by this ProtectionEquipment.

ProtectiveAction
type: ObjectProperty
domain: ProtectionEquipment
range: ProtectiveAction
comment: Protective action can emulate the action done by one or more protection equipment. In a node breaker model were protective equipment is model this association will be used.

relayDelayTime
type: ObjectProperty
domain: ProtectionEquipment
range: Seconds
comment: The time delay from detection of abnormal conditions to relay operation.

unitMultiplier
type: ObjectProperty
domain: ProtectionEquipment
range: UnitMultiplier
comment: The unit multiplier of the value.

unitSymbol
type: ObjectProperty
domain: ProtectionEquipment
range: UnitSymbol
comment: The unit of measure of the value.

groundTrip
type: ObjectProperty
domain: ProtectionEquipmentInfo
range: CurrentFlow
comment: Actual ground trip for this type of relay if applicable.

phaseTrip
type: ObjectProperty
domain: ProtectionEquipmentInfo
range: CurrentFlow
comment: Actual phase trip for this type of relay if applicable.

GateComCondition
type: ObjectProperty
domain: ProtectiveAction
range: Gate

GateEnabledCondition
type: ObjectProperty
domain: ProtectiveAction
range: Gate
comment: Association to a Gate that through a gate logic and input pin defines enabling of the ProtectiveAction.

ProtectionEquipment
type: ObjectProperty
inverse of: ProtectiveAction
domain: ProtectiveAction
range: ProtectionEquipment

ProtectiveActionCollection
type: ObjectProperty
inverse of: ProtectiveAction
domain: ProtectiveAction
range: ProtectiveActionCollection

ConductingEquipment
type: ObjectProperty
inverse of: ProtectiveActionAdjustment
domain: ProtectiveActionAdjustment
range: ConductingEquipment
comment: ConductingEquipment whose operating condition is changed when this protective action adjustment gets activated.

DCConductingEquipment
type: ObjectProperty
domain: ProtectiveActionAdjustment
range: DCConductingEquipment
comment: The operating condition to the Conducting Equipment is changed when protective action adjustment is activated.

Measurement
type: ObjectProperty
inverse of: ProtectiveActionAdjustment
domain: ProtectiveActionAdjustment
range: Measurement
comment: The measurement is used to control the operation of an equipment.

byPercentage
type: ObjectProperty
domain: ProtectiveActionAdjustment
range: PerCent
comment: The adjustment is given in percent of the active value.

kind
type: ObjectProperty
domain: ProtectiveActionAdjustment
range: ProtectiveActionAdjustmentKind
comment: Defines the kind of adjustment that should be done. With this value the correct attribute containing the value needs to be used.

ProtectiveAction
type: ObjectProperty
domain: ProtectiveActionCollection
range: ProtectiveAction
comment: Set of ProtectiveAction belonging to a ProtectiveActionCollection.

StageTrigger
type: ObjectProperty
domain: ProtectiveActionCollection
range: StageTrigger
comment: When condition to the StageTrigger is met the actions in the ProtectiveActionCollection are activatedtriggered.

Equipment
type: ObjectProperty
domain: ProtectiveActionEquipment
range: Equipment

RegulatingControl
type: ObjectProperty
domain: ProtectiveActionRegulation
range: RegulatingControl

BilateralExchangeActor
type: ObjectProperty
domain: ProvidedBilateralPoint
range: BilateralExchangeActor
comment: Remote peer that will receive ICCP information in a Bilateral table.

IOPoint
type: ObjectProperty
inverse of: BilateralToIOPoint
domain: ProvidedBilateralPoint
range: IOPoint
comment: Measurement or control for the bilateral ICCP point.

pmin
type: ObjectProperty
domain: Pss1
range: PU
comment: Minimum power PSS enabling iPmini. Typical value 025.

t10
type: ObjectProperty
domain: Pss1
range: Seconds
comment: Leadlag time constant iTiisub10subi gt 0. Typical value 0.

t5
type: ObjectProperty
domain: Pss1
range: Seconds
comment: Washout iTiisub5subi gt 0. Typical value 35.

t6
type: ObjectProperty
domain: Pss1
range: Seconds
comment: Filter time constant iTiisub6subi gt 0. Typical value 0.

t7
type: ObjectProperty
domain: Pss1
range: Seconds
comment: Leadlag time constant iTiisub7subi gt 0. If 0 both blocks are bypassed. Typical value 0.

t8
type: ObjectProperty
domain: Pss1
range: Seconds
comment: Leadlag time constant iTiisub8subi gt 0. Typical value 0.

t9
type: ObjectProperty
domain: Pss1
range: Seconds
comment: Leadlag time constant iTiisub9subi gt 0. If 0 both blocks are bypassed. Typical value 0.

tpe
type: ObjectProperty
domain: Pss1
range: Seconds
comment: Electric power filter time constant iTiisubPEsubi gt 0. Typical value 005.

vsmn
type: ObjectProperty
domain: Pss1
range: PU
comment: Stabilizer output maximum limit iViisubSMNsubi. Typical value 006.

vsmx
type: ObjectProperty
domain: Pss1
range: PU
comment: Stabilizer output minimum limit iViisubSMXsubi. Typical value 006.

a1
type: ObjectProperty
domain: Pss1A
range: PU
comment: Notch filter parameter iAiisub1subi.

a2
type: ObjectProperty
domain: Pss1A
range: PU
comment: Notch filter parameter iAiisub2subi.

a3
type: ObjectProperty
domain: Pss1A
range: PU
comment: Notch filter parameter iAiisub3subi.

a4
type: ObjectProperty
domain: Pss1A
range: PU
comment: Notch filter parameter iAiisub4subi.

a5
type: ObjectProperty
domain: Pss1A
range: PU
comment: Notch filter parameter iAiisub5subi.

a6
type: ObjectProperty
domain: Pss1A
range: PU
comment: Notch filter parameter iAiisub6subi.

a7
type: ObjectProperty
domain: Pss1A
range: PU
comment: Notch filter parameter iAiisub7subi.

a8
type: ObjectProperty
domain: Pss1A
range: PU
comment: Notch filter parameter iAiisub8subi.

inputSignalType
type: ObjectProperty
domain: Pss1A
range: InputSignalKind
comment: Type of input signal rotorAngularFrequencyDeviation busFrequencyDeviation generatorElectricalPower generatorAcceleratingPower busVoltage or busVoltageDerivative.

ks
type: ObjectProperty
domain: Pss1A
range: PU
comment: Stabilizer gain iKiisubssubi.

t1
type: ObjectProperty
domain: Pss1A
range: Seconds
comment: Leadlag time constant iTiisub1subi gt 0.

t2
type: ObjectProperty
domain: Pss1A
range: Seconds
comment: Leadlag time constant iTiisub2subi gt 0.

t3
type: ObjectProperty
domain: Pss1A
range: Seconds
comment: Leadlag time constant iTiisub3subi gt 0.

t4
type: ObjectProperty
domain: Pss1A
range: Seconds
comment: Leadlag time constant iTiisub4subi gt 0.

t5
type: ObjectProperty
domain: Pss1A
range: Seconds
comment: Washout time constant iTiisub5subi gt 0.

t6
type: ObjectProperty
domain: Pss1A
range: Seconds
comment: Transducer time constant iTiisub6subi gt 0.

tdelay
type: ObjectProperty
domain: Pss1A
range: Seconds
comment: Time constant iTdelayi gt 0.

vcl
type: ObjectProperty
domain: Pss1A
range: PU
comment: Stabilizer input cutoff threshold iVcli.

vcu
type: ObjectProperty
domain: Pss1A
range: PU
comment: Stabilizer input cutoff threshold iVcui.

vrmax
type: ObjectProperty
domain: Pss1A
range: PU
comment: Maximum stabilizer output iVrmaxi gt Pss1A.vrmin.

vrmin
type: ObjectProperty
domain: Pss1A
range: PU
comment: Minimum stabilizer output iVrmini lt Pss1A.vrmax.

ks1
type: ObjectProperty
domain: Pss2B
range: PU
comment: Stabilizer gain iKs1i. Typical value 12.

ks2
type: ObjectProperty
domain: Pss2B
range: PU
comment: Gain on signal 2 iKs2i. Typical value 02.

ks3
type: ObjectProperty
domain: Pss2B
range: PU
comment: Gain on signal 2 input before ramptracking filter iKs3i. Typical value 1.

ks4
type: ObjectProperty
domain: Pss2B
range: PU
comment: Gain on signal 2 input after ramptracking filter iKs4i. Typical value 1.

t1
type: ObjectProperty
domain: Pss2B
range: Seconds
comment: Leadlag time constant iTiisub1subi gt 0. Typical value 012.

t10
type: ObjectProperty
domain: Pss2B
range: Seconds
comment: Leadlag time constant iTiisub10subi gt 0. Typical value 0.

t11
type: ObjectProperty
domain: Pss2B
range: Seconds
comment: Leadlag time constant iTiisub11subi gt 0. Typical value 0.

t2
type: ObjectProperty
domain: Pss2B
range: Seconds
comment: Leadlag time constant iTiisub2subi gt 0. Typical value 002.

t3
type: ObjectProperty
domain: Pss2B
range: Seconds
comment: Leadlag time constant iTiisub3subi gt 0. Typical value 03.

t4
type: ObjectProperty
domain: Pss2B
range: Seconds
comment: Leadlag time constant iTiisub4subi gt 0. Typical value 002.

t6
type: ObjectProperty
domain: Pss2B
range: Seconds
comment: Time constant on signal 1 iTiisub6subi gt 0. Typical value 0.

t7
type: ObjectProperty
domain: Pss2B
range: Seconds
comment: Time constant on signal 2 iTiisub7subi gt 0. Typical value 2.

t8
type: ObjectProperty
domain: Pss2B
range: Seconds
comment: Lead of ramp tracking filter iTiisub8subi gt 0. Typical value 02.

t9
type: ObjectProperty
domain: Pss2B
range: Seconds
comment: Lag of ramp tracking filter iTiisub9subi gt 0. Typical value 01.

ta
type: ObjectProperty
domain: Pss2B
range: Seconds
comment: Lead constant iTiisubasubi gt 0. Typical value 0.

tb
type: ObjectProperty
domain: Pss2B
range: Seconds
comment: Lag time constant iTiisubbsubi gt 0. Typical value 0.

tw1
type: ObjectProperty
domain: Pss2B
range: Seconds
comment: First washout on signal 1 iTiisubw1subi gt 0. Typical value 2.

tw2
type: ObjectProperty
domain: Pss2B
range: Seconds
comment: Second washout on signal 1 iTiisubw2subi gt 0. Typical value 2.

tw3
type: ObjectProperty
domain: Pss2B
range: Seconds
comment: First washout on signal 2 iTiisubw3subi gt 0. Typical value 2.

tw4
type: ObjectProperty
domain: Pss2B
range: Seconds
comment: Second washout on signal 2 iTiisubw4subi gt 0. Typical value 0.

vsi1max
type: ObjectProperty
domain: Pss2B
range: PU
comment: Input signal 1 maximum limit iVsi1maxi gt Pss2B.vsi1min. Typical value 2.

vsi1min
type: ObjectProperty
domain: Pss2B
range: PU
comment: Input signal 1 minimum limit iVsi1mini lt Pss2B.vsi1max. Typical value 2.

vsi2max
type: ObjectProperty
domain: Pss2B
range: PU
comment: Input signal 2 maximum limit iVsi2maxi gt Pss2B.vsi2min. Typical value 2.

vsi2min
type: ObjectProperty
domain: Pss2B
range: PU
comment: Input signal 2 minimum limit iVsi2mini lt Pss2B.vsi2max. Typical value 2.

vstmax
type: ObjectProperty
domain: Pss2B
range: PU
comment: Stabilizer output maximum limit iVstmaxi gt Pss2B.vstmin. Typical value 01.

vstmin
type: ObjectProperty
domain: Pss2B
range: PU
comment: Stabilizer output minimum limit iVstmini lt Pss2B.vstmax. Typical value 01.

inputSignal1Type
type: ObjectProperty
domain: Pss2ST
range: InputSignalKind
comment: Type of input signal 1 rotorAngularFrequencyDeviation busFrequencyDeviation generatorElectricalPower generatorAcceleratingPower busVoltage or busVoltageDerivative shall be different than Pss2ST.inputSignal2Type. Typical value rotorAngularFrequencyDeviation.

inputSignal2Type
type: ObjectProperty
domain: Pss2ST
range: InputSignalKind
comment: Type of input signal 2 rotorAngularFrequencyDeviation busFrequencyDeviation generatorElectricalPower generatorAcceleratingPower busVoltage or busVoltageDerivative shall be different than Pss2ST.inputSignal1Type. Typical value busVoltageDerivative.

k1
type: ObjectProperty
domain: Pss2ST
range: PU
comment: Gain iKiisub1subi.

k2
type: ObjectProperty
domain: Pss2ST
range: PU
comment: Gain iKiisub2subi.

lsmax
type: ObjectProperty
domain: Pss2ST
range: PU
comment: Limiter iLiisubSMAXsubi gt Pss2ST.lsmin.

lsmin
type: ObjectProperty
domain: Pss2ST
range: PU
comment: Limiter iLiisubSMINsubi lt Pss2ST.lsmax.

t1
type: ObjectProperty
domain: Pss2ST
range: Seconds
comment: Time constant iTiisub1subi gt 0.

t10
type: ObjectProperty
domain: Pss2ST
range: Seconds
comment: Time constant iTiisub10subi gt 0.

t2
type: ObjectProperty
domain: Pss2ST
range: Seconds
comment: Time constant iTiisub2subi gt 0.

t3
type: ObjectProperty
domain: Pss2ST
range: Seconds
comment: Time constant iTiisub3subi gt 0.

t4
type: ObjectProperty
domain: Pss2ST
range: Seconds
comment: Time constant iTiisub4subi gt 0.

t5
type: ObjectProperty
domain: Pss2ST
range: Seconds
comment: Time constant iTiisub5subi gt 0.

t6
type: ObjectProperty
domain: Pss2ST
range: Seconds
comment: Time constant iTiisub6subi gt 0.

t7
type: ObjectProperty
domain: Pss2ST
range: Seconds
comment: Time constant iTiisub7subi gt 0.

t8
type: ObjectProperty
domain: Pss2ST
range: Seconds
comment: Time constant iTiisub8subi gt 0.

t9
type: ObjectProperty
domain: Pss2ST
range: Seconds
comment: Time constant iTiisub9subi gt 0.

vcl
type: ObjectProperty
domain: Pss2ST
range: PU
comment: Cutoff limiter iViisubCLsubi.

vcu
type: ObjectProperty
domain: Pss2ST
range: PU
comment: Cutoff limiter iViisubCUsubi.

deadband
type: ObjectProperty
domain: Pss5
range: PU
comment: Stabilizer output deadband iDEADBANDi. Typical value 0.

pmin
type: ObjectProperty
domain: Pss5
range: PU
comment: Minimum power PSS enabling iPmini. Typical value 025.

tl1
type: ObjectProperty
domain: Pss5
range: Seconds
comment: Leadlag time constant iTiisubL1subi gt 0. Typical value 0.

tl2
type: ObjectProperty
domain: Pss5
range: Seconds
comment: Leadlag time constant iTiisubL2subi gt 0. If 0 both blocks are bypassed. Typical value 0.

tl3
type: ObjectProperty
domain: Pss5
range: Seconds
comment: Leadlag time constant iTiisubL3subi gt 0. Typical value 0.

tl4
type: ObjectProperty
domain: Pss5
range: Seconds
comment: Leadlag time constant TsubL4sub gt 0. If 0 both blocks are bypassed. Typical value 0.

tpe
type: ObjectProperty
domain: Pss5
range: Seconds
comment: Electric power filter time constant iTiisubPEsubi gt 0. Typical value 005.

tw1
type: ObjectProperty
domain: Pss5
range: Seconds
comment: First washout iTiisubW1subi gt 0. Typical value 35.

tw2
type: ObjectProperty
domain: Pss5
range: Seconds
comment: Second washout iTiisubW2subi gt 0. Typical value 0.

vsmn
type: ObjectProperty
domain: Pss5
range: PU
comment: Stabilizer output maximum limit iViisubSMNsubi. Typical value 01.

vsmx
type: ObjectProperty
domain: Pss5
range: PU
comment: Stabilizer output minimum limit iViisubSMXsubi. Typical value 01.

apss
type: ObjectProperty
domain: PssELIN2
range: PU
comment: Coefficient iaPSSi. Typical value 01.

ks1
type: ObjectProperty
domain: PssELIN2
range: PU
comment: Gain iKs1i. Typical value 1.

ks2
type: ObjectProperty
domain: PssELIN2
range: PU
comment: Gain iKs2i. Typical value 01.

ppss
type: ObjectProperty
domain: PssELIN2
range: PU
comment: Coefficient ipPSSi gt 0 and lt 4. Typical value 01.

psslim
type: ObjectProperty
domain: PssELIN2
range: PU
comment: PSS limiter ipsslimi. Typical value 01.

ts1
type: ObjectProperty
domain: PssELIN2
range: Seconds
comment: Time constant iTs1i gt 0. Typical value 0.

ts2
type: ObjectProperty
domain: PssELIN2
range: Seconds
comment: Time constant iTs2i gt 0. Typical value 1.

ts3
type: ObjectProperty
domain: PssELIN2
range: Seconds
comment: Time constant iTs3i gt 0. Typical value 1.

ts4
type: ObjectProperty
domain: PssELIN2
range: Seconds
comment: Time constant iTs4i gt 0. Typical value 01.

ts5
type: ObjectProperty
domain: PssELIN2
range: Seconds
comment: Time constant iTs5i gt 0. Typical value 0.

ts6
type: ObjectProperty
domain: PssELIN2
range: Seconds
comment: Time constant iTs6i gt 0. Typical value 1.

a1
type: ObjectProperty
domain: PssIEEE1A
range: PU
comment: PSS signal conditioning frequency filter constant iA1i. Typical value 0061.

a2
type: ObjectProperty
domain: PssIEEE1A
range: PU
comment: PSS signal conditioning frequency filter constant iA2i. Typical value 00017.

inputSignalType
type: ObjectProperty
domain: PssIEEE1A
range: InputSignalKind
comment: Type of input signal rotorAngularFrequencyDeviation generatorElectricalPower or busFrequencyDeviation. Typical value rotorAngularFrequencyDeviation.

ks
type: ObjectProperty
domain: PssIEEE1A
range: PU
comment: Stabilizer gain iKsi. Typical value 5.

t1
type: ObjectProperty
domain: PssIEEE1A
range: Seconds
comment: Leadlag time constant iT1i gt 0. Typical value 03.

t2
type: ObjectProperty
domain: PssIEEE1A
range: Seconds
comment: Leadlag time constant iT2i gt 0. Typical value 003.

t3
type: ObjectProperty
domain: PssIEEE1A
range: Seconds
comment: Leadlag time constant iT3i gt 0. Typical value 03.

t4
type: ObjectProperty
domain: PssIEEE1A
range: Seconds
comment: Leadlag time constant iT4i gt 0. Typical value 003.

t5
type: ObjectProperty
domain: PssIEEE1A
range: Seconds
comment: Washout time constant iT5i gt 0. Typical value 10.

t6
type: ObjectProperty
domain: PssIEEE1A
range: Seconds
comment: Transducer time constant iT6i gt 0. Typical value 001.

vrmax
type: ObjectProperty
domain: PssIEEE1A
range: PU
comment: Maximum stabilizer output iVrmaxi gt PssIEEE1A.vrmin. Typical value 005.

vrmin
type: ObjectProperty
domain: PssIEEE1A
range: PU
comment: Minimum stabilizer output iVrmini lt PssIEEE1A.vrmax. Typical value 005.

inputSignal1Type
type: ObjectProperty
domain: PssIEEE2B
range: InputSignalKind
comment: Type of input signal 1 rotorAngularFrequencyDeviation busFrequencyDeviation. Typical value rotorAngularFrequencyDeviation.

inputSignal2Type
type: ObjectProperty
domain: PssIEEE2B
range: InputSignalKind
comment: Type of input signal 2 generatorElectricalPower. Typical value generatorElectricalPower.

ks1
type: ObjectProperty
domain: PssIEEE2B
range: PU
comment: Stabilizer gain iKs1i. Typical value 12.

ks2
type: ObjectProperty
domain: PssIEEE2B
range: PU
comment: Gain on signal 2 iKs2i. Typical value 02.

ks3
type: ObjectProperty
domain: PssIEEE2B
range: PU
comment: Gain on signal 2 input before ramptracking filter iKs3i. Typical value 1.

t1
type: ObjectProperty
domain: PssIEEE2B
range: Seconds
comment: Leadlag time constant iT1i gt 0. Typical value 012.

t10
type: ObjectProperty
domain: PssIEEE2B
range: Seconds
comment: Leadlag time constant iT10i gt 0. Typical value 0.

t11
type: ObjectProperty
domain: PssIEEE2B
range: Seconds
comment: Leadlag time constant iT11i gt 0. Typical value 0.

t2
type: ObjectProperty
domain: PssIEEE2B
range: Seconds
comment: Leadlag time constant iT2i gt 0. Typical value 002.

t3
type: ObjectProperty
domain: PssIEEE2B
range: Seconds
comment: Leadlag time constant iT3i gt 0. Typical value 03.

t4
type: ObjectProperty
domain: PssIEEE2B
range: Seconds
comment: Leadlag time constant iT4i gt 0. Typical value 002.

t6
type: ObjectProperty
domain: PssIEEE2B
range: Seconds
comment: Time constant on signal 1 iT6i gt 0. Typical value 0.

t7
type: ObjectProperty
domain: PssIEEE2B
range: Seconds
comment: Time constant on signal 2 iT7i gt 0. Typical value 2.

t8
type: ObjectProperty
domain: PssIEEE2B
range: Seconds
comment: Lead of ramp tracking filter iT8i gt 0. Typical value 02.

t9
type: ObjectProperty
domain: PssIEEE2B
range: Seconds
comment: Lag of ramp tracking filter iT9i gt 0. Typical value 01.

tw1
type: ObjectProperty
domain: PssIEEE2B
range: Seconds
comment: First washout on signal 1 iTw1i gt 0. Typical value 2.

tw2
type: ObjectProperty
domain: PssIEEE2B
range: Seconds
comment: Second washout on signal 1 iTw2i gt 0. Typical value 2.

tw3
type: ObjectProperty
domain: PssIEEE2B
range: Seconds
comment: First washout on signal 2 iTw3i gt 0. Typical value 2.

tw4
type: ObjectProperty
domain: PssIEEE2B
range: Seconds
comment: Second washout on signal 2 iTw4i gt 0. Typical value 0.

vsi1max
type: ObjectProperty
domain: PssIEEE2B
range: PU
comment: Input signal 1 maximum limit iVsi1maxi gt PssIEEE2B.vsi1min. Typical value 2.

vsi1min
type: ObjectProperty
domain: PssIEEE2B
range: PU
comment: Input signal 1 minimum limit iVsi1mini lt PssIEEE2B.vsi1max. Typical value 2.

vsi2max
type: ObjectProperty
domain: PssIEEE2B
range: PU
comment: Input signal 2 maximum limit iVsi2maxi gt PssIEEE2B.vsi2min. Typical value 2.

vsi2min
type: ObjectProperty
domain: PssIEEE2B
range: PU
comment: Input signal 2 minimum limit iVsi2mini lt PssIEEE2B.vsi2max. Typical value 2.

vstmax
type: ObjectProperty
domain: PssIEEE2B
range: PU
comment: Stabilizer output maximum limit iVstmaxi gt PssIEEE2B.vstmin. Typical value 01.

vstmin
type: ObjectProperty
domain: PssIEEE2B
range: PU
comment: Stabilizer output minimum limit iVstmini lt PssIEEE2B.vstmax. Typical value 01.

a1
type: ObjectProperty
domain: PssIEEE3B
range: PU
comment: Notch filter parameter iA1i. Typical value 0359.

a2
type: ObjectProperty
domain: PssIEEE3B
range: PU
comment: Notch filter parameter iA2i. Typical value 0586.

a3
type: ObjectProperty
domain: PssIEEE3B
range: PU
comment: Notch filter parameter iA3i. Typical value 0429.

a4
type: ObjectProperty
domain: PssIEEE3B
range: PU
comment: Notch filter parameter iA4i. Typical value 0564.

a5
type: ObjectProperty
domain: PssIEEE3B
range: PU
comment: Notch filter parameter iA5i. Typical value 0001.

a6
type: ObjectProperty
domain: PssIEEE3B
range: PU
comment: Notch filter parameter iA6i. Typical value 0.

a7
type: ObjectProperty
domain: PssIEEE3B
range: PU
comment: Notch filter parameter iA7i. Typical value 0031.

a8
type: ObjectProperty
domain: PssIEEE3B
range: PU
comment: Notch filter parameter iA8i. Typical value 0.

ks1
type: ObjectProperty
domain: PssIEEE3B
range: PU
comment: Gain on signal 1 iKs1i. Typical value 0602.

ks2
type: ObjectProperty
domain: PssIEEE3B
range: PU
comment: Gain on signal 2 iKs2i. Typical value 3012.

t1
type: ObjectProperty
domain: PssIEEE3B
range: Seconds
comment: Transducer time constant iT1i gt 0. Typical value 0012.

t2
type: ObjectProperty
domain: PssIEEE3B
range: Seconds
comment: Transducer time constant iT2i gt 0. Typical value 0012.

tw1
type: ObjectProperty
domain: PssIEEE3B
range: Seconds
comment: Washout time constant iTw1i gt 0. Typical value 03.

tw2
type: ObjectProperty
domain: PssIEEE3B
range: Seconds
comment: Washout time constant iTw2i gt 0. Typical value 03.

tw3
type: ObjectProperty
domain: PssIEEE3B
range: Seconds
comment: Washout time constant iTw3i gt 0. Typical value 06.

vstmax
type: ObjectProperty
domain: PssIEEE3B
range: PU
comment: Stabilizer output maximum limit iVstmaxi gt PssIEEE3B.vstmin. Typical value 01.

vstmin
type: ObjectProperty
domain: PssIEEE3B
range: PU
comment: Stabilizer output minimum limit iVstmini lt PssIEEE3B.vstmax. Typical value 01.

kh
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: High band gain iKiisubHsubi. Typical value 120.

kh1
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: High band differential filter gain iKiisubH1subi. Typical value 66.

kh11
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: High band first leadlag blocks coefficient iKiisubH11subi. Typical value 1.

kh17
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: High band first leadlag blocks coefficient iKiisubH17subi. Typical value 1.

kh2
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: High band differential filter gain iKiisubH2subi. Typical value 66.

ki
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: Intermediate band gain iKiisubIsubi. Typical value 30.

ki1
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: Intermediate band differential filter gain iKiisubI1subi. Typical value 66.

ki11
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: Intermediate band first leadlag blocks coefficient iKiisubI11subi. Typical value 1.

ki17
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: Intermediate band first leadlag blocks coefficient iKiisubI17subi. Typical value 1.

ki2
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: Intermediate band differential filter gain iKiisubI2subi. Typical value 66.

kl
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: Low band gain iKiisubLsubi. Typical value 7.5.

kl1
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: Low band differential filter gain iKiisubL1subi. Typical value 66.

kl11
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: Low band first leadlag blocks coefficient iKiisubL11subi. Typical value 1.

kl17
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: Low band first leadlag blocks coefficient iKiisubL17subi. Typical value 1.

kl2
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: Low band differential filter gain iKiisubL2subi. Typical value 66.

th1
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: High band time constant iTiisubH1subi gt 0. Typical value 001513.

th10
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: High band time constant iTiisubH10subi gt 0. Typical value 0.

th11
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: High band time constant iTiisubH11subi gt 0. Typical value 0.

th12
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: High band time constant iTiisubH12subi gt 0. Typical value 0.

th2
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: High band time constant iTiisubH2subi gt 0. Typical value 001816.

th3
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: High band time constant iTiisubH3subi gt 0. Typical value 0.

th4
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: High band time constant iTiisubH4subi gt 0. Typical value 0.

th5
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: High band time constant iTiisubH5subi gt 0. Typical value 0.

th6
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: High band time constant iTiisubH6subi gt 0. Typical value 0.

th7
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: High band time constant iTiisubH7subi gt 0. Typical value 001816.

th8
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: High band time constant iTiisubH8subi gt 0. Typical value 002179.

th9
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: High band time constant iTiisubH9subi gt 0. Typical value 0.

ti1
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Intermediate band time constant iTiisubI1subi gt 0. Typical value 0173.

ti10
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Intermediate band time constant iTiisubI10subi gt 0. Typical value 0.

ti11
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Intermediate band time constant iTiisubI11subi gt 0. Typical value 0.

ti12
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Intermediate band time constant iTiisubI12subi gt 0. Typical value 0.

ti2
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Intermediate band time constant iTiisubI2subi gt 0. Typical value 02075.

ti3
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Intermediate band time constant iTiisubI3subi gt 0. Typical value 0.

ti4
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Intermediate band time constant iTiisubI4subi gt 0. Typical value 0.

ti5
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Intermediate band time constant iTiisubI5subi gt 0. Typical value 0.

ti6
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Intermediate band time constant iTiisubI6subi gt 0. Typical value 0.

ti7
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Intermediate band time constant iTiisubI7subi gt 0. Typical value 02075.

ti8
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Intermediate band time constant iTiisubI8subi gt 0. Typical value 02491.

ti9
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Intermediate band time constant iTiisubI9subi gt 0. Typical value 0.

tl1
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Low band time constant iTiisubL1subi gt 0. Typical value 173.

tl10
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Low band time constant iTiisubL10subi gt 0. Typical value 0.

tl11
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Low band time constant iTiisubL11subi gt 0. Typical value 0.

tl12
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Low band time constant iTiisubL12subi gt 0. Typical value 0.

tl2
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Low band time constant iTiisubL2subi gt 0. Typical value 2075.

tl3
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Low band time constant iTiisubL3subi gt 0. Typical value 0.

tl4
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Low band time constant iTiisubL4subi gt 0. Typical value 0.

tl5
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Low band time constant iTiisubL5subi gt 0. Typical value 0.

tl6
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Low band time constant iTiisubL6subi gt 0. Typical value 0.

tl7
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Low band time constant iTiisubL7subi gt 0. Typical value 2075.

tl8
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Low band time constant iTiisubL8subi gt 0. Typical value 2491.

tl9
type: ObjectProperty
domain: PssIEEE4B
range: Seconds
comment: Low band time constant iTiisubL9subi gt 0. Typical value 0.

vhmax
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: High band output maximum limit iViisubHmaxsubi gt PssIEEE4B.vhmin. Typical value 06.

vhmin
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: High band output minimum limit iViisubHminsubi lt PssIEEE4V.vhmax. Typical value 06.

vimax
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: Intermediate band output maximum limit iViisubImaxsubi gt PssIEEE4B.vimin. Typical value 06.

vimin
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: Intermediate band output minimum limit iViisubIminsubi lt PssIEEE4B.vimax. Typical value 06.

vlmax
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: Low band output maximum limit iViisubLmaxsubi gt PssIEEE4B.vlmin. Typical value 0075.

vlmin
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: Low band output minimum limit iViisubLminsubi lt PssIEEE4B.vlmax. Typical value 0075.

vstmax
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: PSS output maximum limit iViisubSTmaxsubi gt PssIEEE4B.vstmin. Typical value 015.

vstmin
type: ObjectProperty
domain: PssIEEE4B
range: PU
comment: PSS output minimum limit iViisubSTminsubi lt PssIEEE4B.vstmax. Typical value 015.

dtc
type: ObjectProperty
domain: PssPTIST1
range: Seconds
comment: Time step related to activation of controls ideltatci gt 0. Typical value 0025.

dtf
type: ObjectProperty
domain: PssPTIST1
range: Seconds
comment: Time step frequency calculation ideltatfi gt 0. Typical value 0025.

dtp
type: ObjectProperty
domain: PssPTIST1
range: Seconds
comment: Time step active power calculation ideltatpi gt 0. Typical value 00125.

k
type: ObjectProperty
domain: PssPTIST1
range: PU
comment: Gain iKi. Typical value 9.

m
type: ObjectProperty
domain: PssPTIST1
range: PU
comment: iMi. iM i 2 x iHi. Typical value 5.

t1
type: ObjectProperty
domain: PssPTIST1
range: Seconds
comment: Time constant iT1i gt 0. Typical value 03.

t2
type: ObjectProperty
domain: PssPTIST1
range: Seconds
comment: Time constant iT2i gt 0. Typical value 1.

t3
type: ObjectProperty
domain: PssPTIST1
range: Seconds
comment: Time constant iT3i gt 0. Typical value 02.

t4
type: ObjectProperty
domain: PssPTIST1
range: Seconds
comment: Time constant iT4i gt 0. Typical value 005.

tf
type: ObjectProperty
domain: PssPTIST1
range: Seconds
comment: Time constant iTfi gt 0. Typical value 02.

tp
type: ObjectProperty
domain: PssPTIST1
range: Seconds
comment: Time constant iTpi gt 0. Typical value 02.

a0
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: Filter coefficient iA0i.

a1
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: Limiter iAli.

a2
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: Filter coefficient iA2i.

a3
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: Filter coefficient iA3i.

a4
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: Filter coefficient iA4i.

a5
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: Filter coefficient iA5i.

al
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: Limiter iAli.

athres
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: Threshold value above which output averaging will be bypassed iAthresi. Typical value 0005.

b0
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: Filter coefficient iB0i.

b1
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: Filter coefficient iB1i.

b2
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: Filter coefficient iB2i.

b3
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: Filter coefficient iB3i.

b4
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: Filter coefficient iB4i.

b5
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: Filter coefficient iB5i.

dl
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: Limiter iDli.

dtc
type: ObjectProperty
domain: PssPTIST3
range: Seconds
comment: Time step related to activation of controls ideltatci gt 0. Typical value 0025 003 for 50 Hz.

dtf
type: ObjectProperty
domain: PssPTIST3
range: Seconds
comment: Time step frequency calculation ideltatfi gt 0. Typical value 0025 003 for 50 Hz.

dtp
type: ObjectProperty
domain: PssPTIST3
range: Seconds
comment: Time step active power calculation ideltatpi gt 0. Typical value 00125 0015 for 50 Hz.

k
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: Gain iKi. Typical value 9.

lthres
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: Threshold value iLthresi.

m
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: iMi. iMi 2 x iHi. Typical value 5.

pmin
type: ObjectProperty
domain: PssPTIST3
range: PU
comment: iPmini.

t1
type: ObjectProperty
domain: PssPTIST3
range: Seconds
comment: Time constant iT1i gt 0. Typical value 03.

t2
type: ObjectProperty
domain: PssPTIST3
range: Seconds
comment: Time constant iT2i gt 0. Typical value 1.

t3
type: ObjectProperty
domain: PssPTIST3
range: Seconds
comment: Time constant iT3i gt 0. Typical value 02.

t4
type: ObjectProperty
domain: PssPTIST3
range: Seconds
comment: Time constant iT4i gt 0. Typical value 005.

t5
type: ObjectProperty
domain: PssPTIST3
range: Seconds
comment: Time constant iT5i gt 0.

t6
type: ObjectProperty
domain: PssPTIST3
range: Seconds
comment: Time constant iT6i gt 0.

tf
type: ObjectProperty
domain: PssPTIST3
range: Seconds
comment: Time constant iTfi gt 0. Typical value 02.

tp
type: ObjectProperty
domain: PssPTIST3
range: Seconds
comment: Time constant iTpi gt 0. Typical value 02.

sibv
type: ObjectProperty
domain: PssRQB
range: PU
comment: Speed deadband iSIBVi. Typical value 0006.

t4f
type: ObjectProperty
domain: PssRQB
range: Seconds
comment: Lead lag time constant iT4Fi gt 0. Typical value 0045.

t4m
type: ObjectProperty
domain: PssRQB
range: Seconds
comment: Input time constant iT4Mi gt 0. Typical value 5.

t4mom
type: ObjectProperty
domain: PssRQB
range: Seconds
comment: Speed time constant iT4MOMi gt 0. Typical value 127.

tomd
type: ObjectProperty
domain: PssRQB
range: Seconds
comment: Speed delay iTOMDi gt 0. Typical value 002.

tomsl
type: ObjectProperty
domain: PssRQB
range: Seconds
comment: Speed time constant iTOMSLi gt 0. Typical value 004.

kx
type: ObjectProperty
domain: PssSB4
range: PU
comment: Gain iKxi. Typical value 27.

ta
type: ObjectProperty
domain: PssSB4
range: Seconds
comment: Time constant iTai gt 0. Typical value 037.

tb
type: ObjectProperty
domain: PssSB4
range: Seconds
comment: Time constant iTbi gt 0. Typical value 037.

tc
type: ObjectProperty
domain: PssSB4
range: Seconds
comment: Time constant iTci gt 0. Typical value 0035.

td
type: ObjectProperty
domain: PssSB4
range: Seconds
comment: Time constant iTdi gt 0. Typical value 00.

te
type: ObjectProperty
domain: PssSB4
range: Seconds
comment: Time constant iTei gt 0. Typical value 00169.

tt
type: ObjectProperty
domain: PssSB4
range: Seconds
comment: Time constant iTti gt 0. Typical value 018.

tx1
type: ObjectProperty
domain: PssSB4
range: Seconds
comment: Reset time constant iTx1i gt 0. Typical value 0035.

tx2
type: ObjectProperty
domain: PssSB4
range: Seconds
comment: Time constant iTx2i gt 0. Typical value 50.

vsmax
type: ObjectProperty
domain: PssSB4
range: PU
comment: Limiter iVsmaxi gt PssSB4.vsmin. Typical value 0062.

vsmin
type: ObjectProperty
domain: PssSB4
range: PU
comment: Limiter iVsmini lt PssSB4.vsmax. Typical value 0062.

k
type: ObjectProperty
domain: PssSH
range: PU
comment: Main gain iKi. Typical value 1.

k0
type: ObjectProperty
domain: PssSH
range: PU
comment: Gain 0 iK0i. Typical value 0012.

k1
type: ObjectProperty
domain: PssSH
range: PU
comment: Gain 1 iK1i. Typical value 0488.

k2
type: ObjectProperty
domain: PssSH
range: PU
comment: Gain 2 iK2i. Typical value 0064.

k3
type: ObjectProperty
domain: PssSH
range: PU
comment: Gain 3 iK3i. Typical value 0224.

k4
type: ObjectProperty
domain: PssSH
range: PU
comment: Gain 4 iK4i. Typical value 01.

t1
type: ObjectProperty
domain: PssSH
range: Seconds
comment: Time constant 1 iT1i gt 0. Typical value 0076.

t2
type: ObjectProperty
domain: PssSH
range: Seconds
comment: Time constant 2 iT2i gt 0. Typical value 0086.

t3
type: ObjectProperty
domain: PssSH
range: Seconds
comment: Time constant 3 iT3i gt 0. Typical value 1068.

t4
type: ObjectProperty
domain: PssSH
range: Seconds
comment: Time constant 4 iT4i gt 0. Typical value 1913.

td
type: ObjectProperty
domain: PssSH
range: Seconds
comment: Input time constant iTiisubdsubi gt 0. Typical value 10.

vsmax
type: ObjectProperty
domain: PssSH
range: PU
comment: Output maximum limit iVsmaxi gt PssSH.vsmin. Typical value 01.

vsmin
type: ObjectProperty
domain: PssSH
range: PU
comment: Output minimum limit iVsmini lt PssSH.vsmax. Typical value 01.

k1
type: ObjectProperty
domain: PssSK
range: PU
comment: Gain iPi iKiisub1subi. Typical value 03.

k2
type: ObjectProperty
domain: PssSK
range: PU
comment: Gain ifiisubEsubii iiKiisub2subi. Typical value 015.

k3
type: ObjectProperty
domain: PssSK
range: PU
comment: Gain iIiisubfsubii iiKiisub3subi. Typical value 10.

t1
type: ObjectProperty
domain: PssSK
range: Seconds
comment: Denominator time constant iTiisub1subi gt 0005. Typical value 03.

t2
type: ObjectProperty
domain: PssSK
range: Seconds
comment: Filter time constant iTiisub2subi gt 0005. Typical value 035.

t3
type: ObjectProperty
domain: PssSK
range: Seconds
comment: Denominator time constant iTiisub3subi gt 0005. Typical value 022.

t4
type: ObjectProperty
domain: PssSK
range: Seconds
comment: Filter time constant iTiisub4subi gt 0005. Typical value 002.

t5
type: ObjectProperty
domain: PssSK
range: Seconds
comment: Denominator time constant iTiisub5subi gt 0005. Typical value 002.