{
 "cells": [
  {
   "cell_type": "markdown",
   "source": [
    "# Hydropower Simulations with [PowerSimulations.jl](https://github.com/NREL-SIIP/PowerSimulations.jl)"
   ],
   "metadata": {}
  },
  {
   "cell_type": "markdown",
   "source": [
    "**Originally Contributed by**: Clayton Barrows and Sourabh Dalvi"
   ],
   "metadata": {}
  },
  {
   "cell_type": "markdown",
   "source": [
    "## Introduction"
   ],
   "metadata": {}
  },
  {
   "cell_type": "markdown",
   "source": [
    "PowerSimulations.jl supports simulations that consist of sequential optimization problems\n",
    "where results from previous problems inform subsequent problems in a variety of ways.\n",
    "This example demonstrates a few of the options for modeling hydropower generation."
   ],
   "metadata": {}
  },
  {
   "cell_type": "markdown",
   "source": [
    "## Dependencies"
   ],
   "metadata": {}
  },
  {
   "outputs": [],
   "cell_type": "code",
   "source": [
    "using SIIPExamples"
   ],
   "metadata": {},
   "execution_count": 1
  },
  {
   "cell_type": "markdown",
   "source": [
    "### Modeling Packages"
   ],
   "metadata": {}
  },
  {
   "outputs": [],
   "cell_type": "code",
   "source": [
    "using PowerSystems\n",
    "using PowerSimulations\n",
    "const PSI = PowerSimulations\n",
    "using PowerSystemCaseBuilder"
   ],
   "metadata": {},
   "execution_count": 2
  },
  {
   "cell_type": "markdown",
   "source": [
    "### Data management packages"
   ],
   "metadata": {}
  },
  {
   "outputs": [],
   "cell_type": "code",
   "source": [
    "using Dates\n",
    "using DataFrames"
   ],
   "metadata": {},
   "execution_count": 3
  },
  {
   "cell_type": "markdown",
   "source": [
    "### Optimization packages"
   ],
   "metadata": {}
  },
  {
   "outputs": [
    {
     "output_type": "execute_result",
     "data": {
      "text/plain": "\"/var/folders/27/2jr8c7gn4j72fvrg4qt81zrw8w_711/T/jl_ut8MQd\""
     },
     "metadata": {},
     "execution_count": 4
    }
   ],
   "cell_type": "code",
   "source": [
    "using Cbc # solver\n",
    "solver = optimizer_with_attributes(Cbc.Optimizer, \"logLevel\" => 1, \"ratioGap\" => 0.05)\n",
    "odir = mktempdir() #tmpdir for build steps"
   ],
   "metadata": {},
   "execution_count": 4
  },
  {
   "cell_type": "markdown",
   "source": [
    "### Data\n",
    "PowerSystemCaseBuilder links to some meaningless test data that is suitable for this example.\n",
    "We can load three systems of different resolution for the examples here:"
   ],
   "metadata": {}
  },
  {
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "┌ Info: Building new system 5_bus_hydro_wk_sys from raw data\n",
      "└   sys_descriptor.raw_data = \"/Users/cbarrows/.julia/packages/PowerSystemCaseBuilder/1xViZ/data\"\n",
      "[ Info: Parsing csv data in Hydro_Upstream_Input.csv ...\n",
      "[ Info: Successfully parsed Hydro_Upstream_Input.csv\n",
      "[ Info: Parsing csv data in branch.csv ...\n",
      "[ Info: Successfully parsed branch.csv\n",
      "[ Info: Parsing csv data in bus.csv ...\n",
      "[ Info: Successfully parsed bus.csv\n",
      "[ Info: Parsing csv data in gen.csv ...\n",
      "[ Info: Successfully parsed gen.csv\n",
      "[ Info: Parsing csv data in reserves.csv ...\n",
      "[ Info: Successfully parsed reserves.csv\n",
      "[ Info: Parsing csv data in storage.csv ...\n",
      "[ Info: Successfully parsed storage.csv\n",
      "[ Info: Unit System changed to UnitSystem.DEVICE_BASE = 1\n",
      "┌ Warning: Missing PowerSystems.InputCategoryModule.InputCategory.DC_BRANCH = 3 data.\n",
      "└ @ PowerSystems ~/.julia/packages/PowerSystems/N2l8o/src/parsers/power_system_table_data.jl:212\n",
      "┌ Warning: Missing PowerSystems.InputCategoryModule.InputCategory.LOAD = 5 data.\n",
      "└ @ PowerSystems ~/.julia/packages/PowerSystems/N2l8o/src/parsers/power_system_table_data.jl:212\n",
      "┌ Warning: Missing PowerSystems.InputCategoryModule.InputCategory.DC_BRANCH = 3 data.\n",
      "└ @ PowerSystems ~/.julia/packages/PowerSystems/N2l8o/src/parsers/power_system_table_data.jl:212\n",
      "┌ Warning: Missing PowerSystems.InputCategoryModule.InputCategory.LOAD = 5 data.\n",
      "└ @ PowerSystems ~/.julia/packages/PowerSystems/N2l8o/src/parsers/power_system_table_data.jl:212\n",
      "[ Info: Adding contributing generators for REG1 by category\n",
      "┌ Warning: no component category=Generator name=SolarBusC\n",
      "└ @ InfrastructureSystems ~/.julia/packages/InfrastructureSystems/lYELp/src/system_data.jl:448\n",
      "┌ Warning: no component category=Generator name=WindBusA\n",
      "└ @ InfrastructureSystems ~/.julia/packages/InfrastructureSystems/lYELp/src/system_data.jl:448\n",
      "┌ Warning: no component category=Reserve name=REG2\n",
      "└ @ InfrastructureSystems ~/.julia/packages/InfrastructureSystems/lYELp/src/system_data.jl:448\n",
      "┌ Warning: no component category=Reserve name=REG3\n",
      "└ @ InfrastructureSystems ~/.julia/packages/InfrastructureSystems/lYELp/src/system_data.jl:448\n",
      "┌ Warning: no component category=Reserve name=REG4\n",
      "└ @ InfrastructureSystems ~/.julia/packages/InfrastructureSystems/lYELp/src/system_data.jl:448\n",
      "[ Info: Serialized time series data to /Users/cbarrows/.julia/packages/PowerSystemCaseBuilder/1xViZ/data/serialized_system/ForecastOnly/5_bus_hydro_wk_sys_time_series_storage.h5.\n",
      "[ Info: Serialized System to /Users/cbarrows/.julia/packages/PowerSystemCaseBuilder/1xViZ/data/serialized_system/ForecastOnly/5_bus_hydro_wk_sys.json\n",
      "┌ Info: Building new system 5_bus_hydro_uc_sys from raw data\n",
      "└   sys_descriptor.raw_data = \"/Users/cbarrows/.julia/packages/PowerSystemCaseBuilder/1xViZ/data\"\n",
      "[ Info: Parsing csv data in Hydro_Upstream_Input.csv ...\n",
      "[ Info: Successfully parsed Hydro_Upstream_Input.csv\n",
      "[ Info: Parsing csv data in branch.csv ...\n",
      "[ Info: Successfully parsed branch.csv\n",
      "[ Info: Parsing csv data in bus.csv ...\n",
      "[ Info: Successfully parsed bus.csv\n",
      "[ Info: Parsing csv data in gen.csv ...\n",
      "[ Info: Successfully parsed gen.csv\n",
      "[ Info: Parsing csv data in reserves.csv ...\n",
      "[ Info: Successfully parsed reserves.csv\n",
      "[ Info: Parsing csv data in storage.csv ...\n",
      "[ Info: Successfully parsed storage.csv\n",
      "[ Info: Unit System changed to UnitSystem.DEVICE_BASE = 1\n",
      "┌ Warning: Missing PowerSystems.InputCategoryModule.InputCategory.DC_BRANCH = 3 data.\n",
      "└ @ PowerSystems ~/.julia/packages/PowerSystems/N2l8o/src/parsers/power_system_table_data.jl:212\n",
      "┌ Warning: Missing PowerSystems.InputCategoryModule.InputCategory.LOAD = 5 data.\n",
      "└ @ PowerSystems ~/.julia/packages/PowerSystems/N2l8o/src/parsers/power_system_table_data.jl:212\n",
      "┌ Warning: Missing PowerSystems.InputCategoryModule.InputCategory.DC_BRANCH = 3 data.\n",
      "└ @ PowerSystems ~/.julia/packages/PowerSystems/N2l8o/src/parsers/power_system_table_data.jl:212\n",
      "┌ Warning: Missing PowerSystems.InputCategoryModule.InputCategory.LOAD = 5 data.\n",
      "└ @ PowerSystems ~/.julia/packages/PowerSystems/N2l8o/src/parsers/power_system_table_data.jl:212\n",
      "[ Info: Adding contributing generators for REG1 by category\n",
      "┌ Warning: no component category=Generator name=SolarBusC\n",
      "└ @ InfrastructureSystems ~/.julia/packages/InfrastructureSystems/lYELp/src/system_data.jl:448\n",
      "┌ Warning: no component category=Generator name=WindBusA\n",
      "└ @ InfrastructureSystems ~/.julia/packages/InfrastructureSystems/lYELp/src/system_data.jl:448\n",
      "┌ Warning: no component category=Reserve name=REG2\n",
      "└ @ InfrastructureSystems ~/.julia/packages/InfrastructureSystems/lYELp/src/system_data.jl:448\n",
      "┌ Warning: no component category=Reserve name=REG3\n",
      "└ @ InfrastructureSystems ~/.julia/packages/InfrastructureSystems/lYELp/src/system_data.jl:448\n",
      "┌ Warning: no component category=Reserve name=REG4\n",
      "└ @ InfrastructureSystems ~/.julia/packages/InfrastructureSystems/lYELp/src/system_data.jl:448\n",
      "[ Info: Serialized time series data to /Users/cbarrows/.julia/packages/PowerSystemCaseBuilder/1xViZ/data/serialized_system/ForecastOnly/5_bus_hydro_uc_sys_time_series_storage.h5.\n",
      "[ Info: Serialized System to /Users/cbarrows/.julia/packages/PowerSystemCaseBuilder/1xViZ/data/serialized_system/ForecastOnly/5_bus_hydro_uc_sys.json\n",
      "[ Info: Deserializing with InMemoryTimeSeriesStorage is currently not supported. Using HDF\n",
      "[ Info: Loaded time series from storage file existing=5_bus_hydro_ed_sys_time_series_storage.h5 new=/var/folders/27/2jr8c7gn4j72fvrg4qt81zrw8w_711/T/jl_1JJX1d\n"
     ]
    },
    {
     "output_type": "execute_result",
     "data": {
      "text/plain": "System\n======\nSystem Units Base: DEVICE_BASE\nBase Power: 100.0\nBase Frequency: 60.0\n\nComponents\n==========\nNum components: 35\n\n\u001b[1m12×3 DataFrame\u001b[0m\n\u001b[1m Row \u001b[0m│\u001b[1m ConcreteType               \u001b[0m\u001b[1m SuperTypes                        \u001b[0m\u001b[1m Count \u001b[0m\n\u001b[1m     \u001b[0m│\u001b[90m String                     \u001b[0m\u001b[90m String                            \u001b[0m\u001b[90m Int64 \u001b[0m\n─────┼──────────────────────────────────────────────────────────────────────\n   1 │ Arc                         Topology <: Component <: Infrast…      6\n   2 │ Area                        AggregationTopology <: Topology …      2\n   3 │ Bus                         Topology <: Component <: Infrast…      5\n   4 │ HydroDispatch               HydroGen <: Generator <: StaticI…      1\n   5 │ HydroEnergyReservoir        HydroGen <: Generator <: StaticI…      2\n   6 │ HydroPumpedStorage          HydroGen <: Generator <: StaticI…      1\n   7 │ Line                        ACBranch <: Branch <: Device <: …      5\n   8 │ LoadZone                    AggregationTopology <: Topology …      2\n   9 │ PowerLoad                   StaticLoad <: ElectricLoad <: St…      3\n  10 │ TapTransformer              ACBranch <: Branch <: Device <: …      2\n  11 │ ThermalStandard             ThermalGen <: Generator <: Stati…      5\n  12 │ VariableReserve{ReserveUp}  Reserve{ReserveUp} <: Service <:…      1\n\nTimeSeriesContainer\n===================\nComponents with time series data: 6\nTotal StaticTimeSeries: 12\nTotal Forecasts: 12\nResolution: 60 minutes\nFirst initial time: 2020-01-01T00:00:00\nLast initial time: 2020-03-24T12:00:00\nHorizon: 12\nInterval: 60 minutes\nForecast window count: 2005\n",
      "text/html": [
       "<h1>System</h1>\n",
       "<p><b>Base Power</b>: 100.0</p>\n",
       "<h2>Components</h2>\n",
       "<p><b>Num components</b>: 35</p>\n",
       "<table class=\"data-frame\"><thead><tr><th></th><th>ConcreteType</th><th>SuperTypes</th><th>Count</th></tr><tr><th></th><th>String</th><th>String</th><th>Int64</th></tr></thead><tbody><p>12 rows × 3 columns</p><tr><th>1</th><td>Arc</td><td>Topology &lt;: Component &lt;: InfrastructureSystemsComponent &lt;: InfrastructureSystemsType &lt;: Any</td><td>6</td></tr><tr><th>2</th><td>Area</td><td>AggregationTopology &lt;: Topology &lt;: Component &lt;: InfrastructureSystemsComponent &lt;: InfrastructureSystemsType &lt;: Any</td><td>2</td></tr><tr><th>3</th><td>Bus</td><td>Topology &lt;: Component &lt;: InfrastructureSystemsComponent &lt;: InfrastructureSystemsType &lt;: Any</td><td>5</td></tr><tr><th>4</th><td>HydroDispatch</td><td>HydroGen &lt;: Generator &lt;: StaticInjection &lt;: Device &lt;: Component &lt;: InfrastructureSystemsComponent &lt;: InfrastructureSystemsType &lt;: Any</td><td>1</td></tr><tr><th>5</th><td>HydroEnergyReservoir</td><td>HydroGen &lt;: Generator &lt;: StaticInjection &lt;: Device &lt;: Component &lt;: InfrastructureSystemsComponent &lt;: InfrastructureSystemsType &lt;: Any</td><td>2</td></tr><tr><th>6</th><td>HydroPumpedStorage</td><td>HydroGen &lt;: Generator &lt;: StaticInjection &lt;: Device &lt;: Component &lt;: InfrastructureSystemsComponent &lt;: InfrastructureSystemsType &lt;: Any</td><td>1</td></tr><tr><th>7</th><td>Line</td><td>ACBranch &lt;: Branch &lt;: Device &lt;: Component &lt;: InfrastructureSystemsComponent &lt;: InfrastructureSystemsType &lt;: Any</td><td>5</td></tr><tr><th>8</th><td>LoadZone</td><td>AggregationTopology &lt;: Topology &lt;: Component &lt;: InfrastructureSystemsComponent &lt;: InfrastructureSystemsType &lt;: Any</td><td>2</td></tr><tr><th>9</th><td>PowerLoad</td><td>StaticLoad &lt;: ElectricLoad &lt;: StaticInjection &lt;: Device &lt;: Component &lt;: InfrastructureSystemsComponent &lt;: InfrastructureSystemsType &lt;: Any</td><td>3</td></tr><tr><th>10</th><td>TapTransformer</td><td>ACBranch &lt;: Branch &lt;: Device &lt;: Component &lt;: InfrastructureSystemsComponent &lt;: InfrastructureSystemsType &lt;: Any</td><td>2</td></tr><tr><th>11</th><td>ThermalStandard</td><td>ThermalGen &lt;: Generator &lt;: StaticInjection &lt;: Device &lt;: Component &lt;: InfrastructureSystemsComponent &lt;: InfrastructureSystemsType &lt;: Any</td><td>5</td></tr><tr><th>12</th><td>VariableReserve{ReserveUp}</td><td>Reserve{ReserveUp} &lt;: Service &lt;: Component &lt;: InfrastructureSystemsComponent &lt;: InfrastructureSystemsType &lt;: Any</td><td>1</td></tr></tbody></table>\n",
       "\n",
       "<h2>TimeSeriesContainer</h2>\n",
       "<p><b>Components with time series data</b>: 6</p>\n",
       "<p><b>Total StaticTimeSeries</b>: 12</p>\n",
       "<p><b>Total Forecasts</b>: 12</p>\n",
       "<p><b>Resolution</b>: 60 minutes</p>\n",
       "<p><b>First initial time</b>: 2020-01-01T00:00:00</p>\n",
       "<p><b>Last initial time</b>: 2020-03-24T12:00:00</p>\n",
       "<p><b>Horizon</b>: 12</p>\n",
       "<p><b>Interval</b>: 60 minutes</p>\n",
       "<p><b>Forecast window count</b>: 2005</p>\n"
      ]
     },
     "metadata": {},
     "execution_count": 5
    }
   ],
   "cell_type": "code",
   "source": [
    "c_sys5_hy_wk = build_system(SIIPExampleSystems, \"5_bus_hydro_wk_sys\")\n",
    "c_sys5_hy_uc = build_system(SIIPExampleSystems, \"5_bus_hydro_uc_sys\")\n",
    "c_sys5_hy_ed = build_system(SIIPExampleSystems, \"5_bus_hydro_ed_sys\")"
   ],
   "metadata": {},
   "execution_count": 5
  },
  {
   "cell_type": "markdown",
   "source": [
    "This line just overloads JuMP printing to remove double underscores added by PowerSimulations.jl"
   ],
   "metadata": {}
  },
  {
   "outputs": [],
   "cell_type": "code",
   "source": [
    "PSI.JuMP._wrap_in_math_mode(str) = \"\\$\\$ $(replace(str, \"__\"=>\"\")) \\$\\$\""
   ],
   "metadata": {},
   "execution_count": 6
  },
  {
   "cell_type": "markdown",
   "source": [
    "## Two PowerSimulations features determine hydropower representation.\n",
    "There are two principal ways that we can customize hydropower representation in\n",
    "PowerSimulations. First, we can play with the formulation applied to hydropower generators\n",
    "using the `DeviceModel`. We can also adjust how simulations are configured to represent\n",
    "different decision making processes and the information flow between those processes."
   ],
   "metadata": {}
  },
  {
   "cell_type": "markdown",
   "source": [
    "### Hydropower `DeviceModel`s"
   ],
   "metadata": {}
  },
  {
   "cell_type": "markdown",
   "source": [
    "First, the assignment of device formulations to particular device types gives us control\n",
    "over the representation of devices. This is accomplished by defining `DeviceModel`\n",
    "instances. For hydro power representations, we have two available generator types in\n",
    "PowerSystems:"
   ],
   "metadata": {}
  },
  {
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "HydroGen\n",
      "├─ HydroDispatch\n",
      "├─ HydroEnergyReservoir\n",
      "└─ HydroPumpedStorage\n"
     ]
    }
   ],
   "cell_type": "code",
   "source": [
    "print_tree(HydroGen)"
   ],
   "metadata": {},
   "execution_count": 7
  },
  {
   "cell_type": "markdown",
   "source": [
    "And in PowerSimulations, we have several available formulations that can be applied to\n",
    "the hydropower generation devices:"
   ],
   "metadata": {}
  },
  {
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "AbstractHydroFormulation\n",
      "├─ AbstractHydroDispatchFormulation\n",
      "│  ├─ HydroDispatchRunOfRiver\n",
      "│  └─ AbstractHydroReservoirFormulation\n",
      "│     ├─ HydroDispatchPumpedStorage\n",
      "│     ├─ HydroDispatchPumpedStoragewReservation\n",
      "│     ├─ HydroDispatchReservoirBudget\n",
      "│     └─ HydroDispatchReservoirStorage\n",
      "└─ AbstractHydroUnitCommitment\n",
      "   ├─ HydroCommitmentReservoirBudget\n",
      "   ├─ HydroCommitmentReservoirStorage\n",
      "   └─ HydroCommitmentRunOfRiver\n"
     ]
    }
   ],
   "cell_type": "code",
   "source": [
    "print_tree(PSI.AbstractHydroFormulation)"
   ],
   "metadata": {},
   "execution_count": 8
  },
  {
   "cell_type": "markdown",
   "source": [
    "Let's see what some of the different combinations create. First, let's apply the\n",
    "`HydroDispatchRunOfRiver` formulation to the `HydroEnergyReservoir` generators, and the\n",
    "`FixedOutput` formulation to `HydroDispatch` generators.\n",
    " - The `FixedOutput` formulation just acts\n",
    "like a load subtractor, forcing the system to accept it's generation.\n",
    " - The `HydroDispatchRunOfRiver` formulation represents the the energy flowing out of\n",
    "a reservoir. The model can choose to produce power with that energy or just let it spill by."
   ],
   "metadata": {}
  },
  {
   "outputs": [
    {
     "output_type": "execute_result",
     "data": {
      "text/plain": "BuildStatus.BUILT = 0"
     },
     "metadata": {},
     "execution_count": 9
    }
   ],
   "cell_type": "code",
   "source": [
    "template = OperationsProblemTemplate()\n",
    "set_device_model!(template, HydroEnergyReservoir, HydroDispatchRunOfRiver)\n",
    "set_device_model!(template, HydroDispatch, FixedOutput)\n",
    "set_device_model!(template, PowerLoad, StaticPowerLoad)\n",
    "\n",
    "op_problem = OperationsProblem(template, c_sys5_hy_uc, horizon = 2)\n",
    "build!(op_problem, output_dir = odir)"
   ],
   "metadata": {},
   "execution_count": 9
  },
  {
   "cell_type": "markdown",
   "source": [
    "Now we can see the resulting JuMP model:"
   ],
   "metadata": {}
  },
  {
   "outputs": [
    {
     "output_type": "execute_result",
     "data": {
      "text/plain": "A JuMP Model\nMinimization problem with:\nVariables: 4\nObjective function type: JuMP.GenericAffExpr{Float64,JuMP.VariableRef}\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.EqualTo{Float64}`: 2 constraints\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.LessThan{Float64}`: 4 constraints\n`JuMP.VariableRef`-in-`MathOptInterface.GreaterThan{Float64}`: 4 constraints\n`JuMP.VariableRef`-in-`MathOptInterface.LessThan{Float64}`: 4 constraints\nModel mode: AUTOMATIC\nCachingOptimizer state: NO_OPTIMIZER\nSolver name: No optimizer attached.",
      "text/latex": "$$ \\begin{alignat*}{1}\\min\\quad & 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2}\\\\\n\\text{Subject to} \\quad & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.4224420868510673\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.3873882099186202\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 0.003167113111210417\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 0.003156534911106167\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 0.150946056340148\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 0.15015150384406\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 0.75\\\\\n\\end{alignat*}\n $$"
     },
     "metadata": {},
     "execution_count": 10
    }
   ],
   "cell_type": "code",
   "source": [
    "op_problem.internal.optimization_container.JuMPmodel"
   ],
   "metadata": {},
   "execution_count": 10
  },
  {
   "cell_type": "markdown",
   "source": [
    "The first two constraints are the power balance constraints that require the generation\n",
    "from the controllable `HydroEnergyReservoir` generators to be equal to the load (flat 10.0 for all time periods)\n",
    "minus the generation from the `HydroDispatch` generators [1.97, 1.983, ...]. The 3rd and 4th\n",
    "constraints limit the output of the `HydroEnergyReservoir` generator to the limit defined by the\n",
    "`max_activepwoer` time series. And the last 4 constraints are the lower and upper bounds of\n",
    "the `HydroEnergyReservoir` operating range."
   ],
   "metadata": {}
  },
  {
   "cell_type": "markdown",
   "source": [
    "Next, let's apply the `HydroDispatchReservoirBudget` formulation to the `HydroEnergyReservoir` generators."
   ],
   "metadata": {}
  },
  {
   "outputs": [
    {
     "output_type": "execute_result",
     "data": {
      "text/plain": "BuildStatus.BUILT = 0"
     },
     "metadata": {},
     "execution_count": 11
    }
   ],
   "cell_type": "code",
   "source": [
    "template = OperationsProblemTemplate()\n",
    "set_device_model!(template, HydroEnergyReservoir, HydroDispatchReservoirBudget)\n",
    "set_device_model!(template, PowerLoad, StaticPowerLoad)\n",
    "\n",
    "op_problem = PSI.OperationsProblem(template, c_sys5_hy_uc, horizon = 2)\n",
    "build!(op_problem, output_dir = odir)"
   ],
   "metadata": {},
   "execution_count": 11
  },
  {
   "cell_type": "markdown",
   "source": [
    "And, the resulting JuMP model:"
   ],
   "metadata": {}
  },
  {
   "outputs": [
    {
     "output_type": "execute_result",
     "data": {
      "text/plain": "A JuMP Model\nMinimization problem with:\nVariables: 4\nObjective function type: JuMP.GenericAffExpr{Float64,JuMP.VariableRef}\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.EqualTo{Float64}`: 2 constraints\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.LessThan{Float64}`: 2 constraints\n`JuMP.VariableRef`-in-`MathOptInterface.GreaterThan{Float64}`: 4 constraints\n`JuMP.VariableRef`-in-`MathOptInterface.LessThan{Float64}`: 4 constraints\nModel mode: AUTOMATIC\nCachingOptimizer state: NO_OPTIMIZER\nSolver name: No optimizer attached.",
      "text/latex": "$$ \\begin{alignat*}{1}\\min\\quad & 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2}\\\\\n\\text{Subject to} \\quad & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.42345759406107464\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.38840371712862753\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 6.590163799469402\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 0.75\\\\\n\\end{alignat*}\n $$"
     },
     "metadata": {},
     "execution_count": 12
    }
   ],
   "cell_type": "code",
   "source": [
    "op_problem.internal.optimization_container.JuMPmodel"
   ],
   "metadata": {},
   "execution_count": 12
  },
  {
   "cell_type": "markdown",
   "source": [
    "Finally, let's apply the `HydroDispatchReservoirStorage` formulation to the `HydroEnergyReservoir` generators."
   ],
   "metadata": {}
  },
  {
   "outputs": [
    {
     "output_type": "execute_result",
     "data": {
      "text/plain": "BuildStatus.BUILT = 0"
     },
     "metadata": {},
     "execution_count": 13
    }
   ],
   "cell_type": "code",
   "source": [
    "template = OperationsProblemTemplate()\n",
    "set_device_model!(template, HydroEnergyReservoir, HydroDispatchReservoirStorage)\n",
    "set_device_model!(template, PowerLoad, StaticPowerLoad)\n",
    "\n",
    "op_problem = PSI.OperationsProblem(template, c_sys5_hy_uc, horizon = 24)\n",
    "build!(op_problem, output_dir = odir)"
   ],
   "metadata": {},
   "execution_count": 13
  },
  {
   "outputs": [
    {
     "output_type": "execute_result",
     "data": {
      "text/plain": "A JuMP Model\nMinimization problem with:\nVariables: 240\nObjective function type: JuMP.GenericAffExpr{Float64,JuMP.VariableRef}\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.EqualTo{Float64}`: 120 constraints\n`JuMP.VariableRef`-in-`MathOptInterface.GreaterThan{Float64}`: 192 constraints\n`JuMP.VariableRef`-in-`MathOptInterface.LessThan{Float64}`: 144 constraints\nModel mode: AUTOMATIC\nCachingOptimizer state: NO_OPTIMIZER\nSolver name: No optimizer attached.",
      "text/latex": "$$ \\begin{alignat*}{1}\\min\\quad & 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24}\\\\\n\\text{Subject to} \\quad & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} = 7.686\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 30.764277990763834\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.0201712511207561\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} = 0.0200670528977561\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} = 0.0199628546747561\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} = 0.019856115031682928\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} = 0.019751916808682927\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} = 0.019647718585682927\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} = 0.019543520362682927\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} = 0.01943932213968293\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} = 0.019332582496609758\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} = 0.01922838427360976\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} = 0.019124186050609757\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} = 0.019017446407536585\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} = 0.018913248184536588\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} = 0.018809049961536588\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} = 0.018704851738536588\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} = 0.018600653515536587\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} = 0.018493913872463418\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} = 0.018389715649463418\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} = 0.018285517426463418\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} = 0.018181319203463418\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} = 0.018077120980463414\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} = 0.017970381337390248\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} = 0.017866183114390248\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} = 4.300318869927804\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} = 4.2717365021403655\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} = 4.243249437605671\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} = 4.214857676323719\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} = 4.186561218294512\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} = 4.1583600635180495\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} = 4.1302542119943295\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} = 4.102243663723354\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} = 4.074328418705121\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} = 4.046508476939635\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} = 4.0187838384268915\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} = 3.9911545031668907\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} = 3.963620471159634\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} = 3.9361817424051213\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} = 3.9088383169033536\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} = 3.8815901946543296\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} = 3.8544373756580486\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} = 3.827379859914512\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} = 3.8004176474237203\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} = 3.773550738185671\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} = 3.7467791322003654\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} = 3.720102829467805\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} = 3.693521829987989\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} = 3.6670361337609148\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 24.403376275937575\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 24.149135711735212\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} = 23.899253134708424\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} = 23.650730465926593\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} = 23.400451581083317\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} = 23.154483147075467\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} = 22.909814249776243\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} = 22.66644488918563\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} = 22.424375065303657\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} = 22.180688952055366\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} = 21.941292199954933\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} = 21.70313651909188\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} = 21.463412085202688\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} = 21.227871325765534\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} = 20.99363010303699\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} = 20.760688417017068\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} = 20.529046267705784\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} = 20.29597053458659\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} = 20.066942991585595\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} = 19.83921498529323\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} = 19.612786515709484\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} = 19.387657582834365\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} = 19.161118369333792\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} = 18.938604357884568\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.42345759406107464\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.38840371712862753\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} = 0.3631841273790447\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} = 0.3479856249954342\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} = 0.3454066363767814\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} = 0.35509794954263385\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} = 0.3975910506773143\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} = 0.4725823691884531\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} = 0.5491572346631156\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} = 0.5818413632429975\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} = 0.5967773025491799\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} = 0.6057284123705937\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} = 0.6134045203808229\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} = 0.5982497030976686\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} = 0.5834570971266341\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} = 0.5738759934870471\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} = 0.5716337445171158\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} = 0.5907789706873552\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} = 0.6342656556693227\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} = 0.6296043279592153\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} = 0.5882203993236592\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} = 0.5443133493855171\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} = 0.4950275944101035\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} = 0.4545465417546828\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\leq 0.75\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\leq 30.744000000000003\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\leq 0.0\\\\\n\\end{alignat*}\n $$"
     },
     "metadata": {},
     "execution_count": 14
    }
   ],
   "cell_type": "code",
   "source": [
    "op_problem.internal.optimization_container.JuMPmodel"
   ],
   "metadata": {},
   "execution_count": 14
  },
  {
   "cell_type": "markdown",
   "source": [
    "### Multi-Stage `SimulationSequence`\n",
    "The purpose of a multi-stage simulation is to represent scheduling decisions consistently\n",
    "with the time scales that govern different elements of power systems."
   ],
   "metadata": {}
  },
  {
   "cell_type": "markdown",
   "source": [
    "#### Multi-Day to Daily Simulation:\n",
    "In the multi-day model, we'll use a really simple representation of all system devices\n",
    "so that we can maintain computational tractability while getting an estimate of system\n",
    "requirements/capabilities."
   ],
   "metadata": {}
  },
  {
   "outputs": [],
   "cell_type": "code",
   "source": [
    "template_md = OperationsProblemTemplate()\n",
    "set_device_model!(template_md, ThermalStandard, ThermalDispatch)\n",
    "set_device_model!(template_md, PowerLoad, StaticPowerLoad)\n",
    "set_device_model!(template_md, HydroEnergyReservoir, HydroDispatchReservoirStorage)"
   ],
   "metadata": {},
   "execution_count": 15
  },
  {
   "cell_type": "markdown",
   "source": [
    "For the daily model, we can increase the modeling detail since we'll be solving shorter\n",
    "problems."
   ],
   "metadata": {}
  },
  {
   "outputs": [],
   "cell_type": "code",
   "source": [
    "template_da = OperationsProblemTemplate()\n",
    "set_device_model!(template_da, ThermalStandard, ThermalDispatch)\n",
    "set_device_model!(template_da, PowerLoad, StaticPowerLoad)\n",
    "set_device_model!(template_da, HydroEnergyReservoir, HydroDispatchReservoirStorage)"
   ],
   "metadata": {},
   "execution_count": 16
  },
  {
   "outputs": [
    {
     "output_type": "execute_result",
     "data": {
      "text/plain": "SimulationProblems(OrderedCollections.OrderedDict{Symbol,OperationsProblem}(:MD => OperationsProblem()\n,:DA => OperationsProblem()\n), [:MD, :DA])"
     },
     "metadata": {},
     "execution_count": 17
    }
   ],
   "cell_type": "code",
   "source": [
    "problems = SimulationProblems(\n",
    "    MD = OperationsProblem(\n",
    "        template_md,\n",
    "        c_sys5_hy_wk,\n",
    "        optimizer = solver,\n",
    "        system_to_file = false,\n",
    "    ),\n",
    "    DA = OperationsProblem(\n",
    "        template_da,\n",
    "        c_sys5_hy_uc,\n",
    "        optimizer = solver,\n",
    "        system_to_file = false,\n",
    "    ),\n",
    ")"
   ],
   "metadata": {},
   "execution_count": 17
  },
  {
   "cell_type": "markdown",
   "source": [
    "This builds the sequence and passes the the energy dispatch schedule for the `HydroEnergyReservoir`\n",
    "generator from the \"MD\" problem to the \"DA\" problem in the form of an energy limit over the\n",
    "synchronized periods."
   ],
   "metadata": {}
  },
  {
   "outputs": [],
   "cell_type": "code",
   "source": [
    "sequence = SimulationSequence(\n",
    "    problems = problems,\n",
    "    feedforward_chronologies = Dict((\"MD\" => \"DA\") => Synchronize(periods = 2)),\n",
    "    intervals = Dict(\"MD\" => (Hour(48), Consecutive()), \"DA\" => (Hour(24), Consecutive())),\n",
    "    feedforward = Dict(\n",
    "        (\"DA\", :devices, :HydroEnergyReservoir) => IntegralLimitFF(\n",
    "            variable_source_problem = PSI.ACTIVE_POWER,\n",
    "            affected_variables = [PSI.ACTIVE_POWER],\n",
    "        ),\n",
    "    ),\n",
    "    cache = Dict((\"MD\", \"DA\") => StoredEnergy(HydroEnergyReservoir, PSI.ENERGY)),\n",
    "    ini_cond_chronology = IntraProblemChronology(),\n",
    ");"
   ],
   "metadata": {},
   "execution_count": 18
  },
  {
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "┌ Info: \n",
      "│  ──────────────────────────────────────────────────────────────────────────────\n",
      "│                                        Time                   Allocations      \n",
      "│                                ──────────────────────   ───────────────────────\n",
      "│        Tot / % measured:            707ms / 100%             100MiB / 100%     \n",
      "│ \n",
      "│  Section               ncalls     time   %tot     avg     alloc   %tot      avg\n",
      "│  ──────────────────────────────────────────────────────────────────────────────\n",
      "│  Build Simulation           1    707ms   100%   707ms    100MiB  100%    100MiB\n",
      "│    Build Problems           1    577ms  81.7%   577ms   73.1MiB  73.4%  73.1MiB\n",
      "│      Problem MD             1    244ms  34.5%   244ms   28.2MiB  28.4%  28.2MiB\n",
      "│        HydroEnergyR...      1    238ms  33.7%   238ms   26.8MiB  26.9%  26.8MiB\n",
      "│        Build pre-step       1    860μs  0.12%   860μs   77.9KiB  0.08%  77.9KiB\n",
      "│        ThermalStandard      1    823μs  0.12%   823μs    224KiB  0.22%   224KiB\n",
      "│        PowerLoad            1    179μs  0.03%   179μs   32.5KiB  0.03%  32.5KiB\n",
      "│        CopperPlateP...      1   41.4μs  0.01%  41.4μs   9.59KiB  0.01%  9.59KiB\n",
      "│        Objective            1   7.77μs  0.00%  7.77μs   1.84KiB  0.00%  1.84KiB\n",
      "│        Services             1    409ns  0.00%   409ns     0.00B  0.00%    0.00B\n",
      "│      Problem DA             1    153ms  21.6%   153ms   21.5MiB  21.7%  21.5MiB\n",
      "│        HydroEnergyR...      1    125ms  17.7%   125ms   8.37MiB  8.41%  8.37MiB\n",
      "│        ThermalStandard      1   3.68ms  0.52%  3.68ms   2.08MiB  2.09%  2.08MiB\n",
      "│        Build pre-step       1    857μs  0.12%   857μs   80.3KiB  0.08%  80.3KiB\n",
      "│        PowerLoad            1    276μs  0.04%   276μs    164KiB  0.16%   164KiB\n",
      "│        CopperPlateP...      1    181μs  0.03%   181μs    105KiB  0.10%   105KiB\n",
      "│        Objective            1   13.8μs  0.00%  13.8μs   15.4KiB  0.02%  15.4KiB\n",
      "│        Services             1    470ns  0.00%   470ns     0.00B  0.00%    0.00B\n",
      "│    Serializing Simu...      1   99.4ms  14.1%  99.4ms   24.5MiB  24.6%  24.5MiB\n",
      "│    Assign FeedForward       1   28.3ms  4.00%  28.3ms   1.92MiB  1.93%  1.92MiB\n",
      "│    Initialize Simul...      1   1.48ms  0.21%  1.48ms   21.3KiB  0.02%  21.3KiB\n",
      "│    Check Steps              1   27.5μs  0.00%  27.5μs   3.28KiB  0.00%  3.28KiB\n",
      "└  ──────────────────────────────────────────────────────────────────────────────\n"
     ]
    },
    {
     "output_type": "execute_result",
     "data": {
      "text/plain": "BuildStatus.BUILT = 0"
     },
     "metadata": {},
     "execution_count": 19
    }
   ],
   "cell_type": "code",
   "source": [
    "sim = Simulation(\n",
    "    name = \"hydro\",\n",
    "    steps = 1,\n",
    "    problems = problems,\n",
    "    sequence = sequence,\n",
    "    simulation_folder = odir,\n",
    ")\n",
    "\n",
    "build!(sim)"
   ],
   "metadata": {},
   "execution_count": 19
  },
  {
   "cell_type": "markdown",
   "source": [
    "We can look at the \"MD\" Model"
   ],
   "metadata": {}
  },
  {
   "outputs": [
    {
     "output_type": "execute_result",
     "data": {
      "text/plain": "A JuMP Model\nMinimization problem with:\nVariables: 52\nObjective function type: JuMP.GenericAffExpr{Float64,JuMP.VariableRef}\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.EqualTo{Float64}`: 20 constraints\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.GreaterThan{Float64}`: 10 constraints\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.LessThan{Float64}`: 10 constraints\n`JuMP.VariableRef`-in-`MathOptInterface.GreaterThan{Float64}`: 48 constraints\n`JuMP.VariableRef`-in-`MathOptInterface.LessThan{Float64}`: 44 constraints\nModel mode: AUTOMATIC\nCachingOptimizer state: EMPTY_OPTIMIZER\nSolver name: COIN Branch-and-Cut (Cbc)",
      "text/latex": "$$ \\begin{alignat*}{1}\\min\\quad & 72000 {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} + 84000 {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} + 72000 {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} + 84000 {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} + 36000 {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} + 36000 {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} + 33599.99999999999 {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} + 33599.99999999999 {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} + 24000 {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} + 24000 {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} + 96000 {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} + 96000 {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} + 360 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + 360 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + 360 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + 360 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2}\\\\\n\\text{Subject to} \\quad & P\\_\\_ThermalStandard\\_{Solitude, 1} - {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} - {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} - {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} - {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} - {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} - {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} - {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} - {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} - {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} - {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} = 0.0\\\\\n & 24 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + 24 Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} = 0.0\\\\\n & 24 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + 24 Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.0\\\\\n & 24 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + 24 Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} = 0.0\\\\\n & 24 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + 24 Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} + P\\_\\_ThermalStandard\\_{Park City, 1} + P\\_\\_ThermalStandard\\_{Alta, 1} + P\\_\\_ThermalStandard\\_{Brighton, 1} + P\\_\\_ThermalStandard\\_{Sundance, 1} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} + P\\_\\_ThermalStandard\\_{Park City, 2} + P\\_\\_ThermalStandard\\_{Alta, 2} + P\\_\\_ThermalStandard\\_{Brighton, 2} + P\\_\\_ThermalStandard\\_{Sundance, 2} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\geq 1.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} \\leq 2.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 0.75\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 30.744000000000003\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 0.0\\\\\n\\end{alignat*}\n $$"
     },
     "metadata": {},
     "execution_count": 20
    }
   ],
   "cell_type": "code",
   "source": [
    "sim.problems[\"MD\"].internal.optimization_container.JuMPmodel"
   ],
   "metadata": {},
   "execution_count": 20
  },
  {
   "cell_type": "markdown",
   "source": [
    "And we can look at the \"DA\" model"
   ],
   "metadata": {}
  },
  {
   "outputs": [
    {
     "output_type": "execute_result",
     "data": {
      "text/plain": "A JuMP Model\nMinimization problem with:\nVariables: 624\nObjective function type: JuMP.GenericAffExpr{Float64,JuMP.VariableRef}\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.EqualTo{Float64}`: 240 constraints\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.GreaterThan{Float64}`: 120 constraints\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.LessThan{Float64}`: 122 constraints\n`JuMP.VariableRef`-in-`MathOptInterface.GreaterThan{Float64}`: 576 constraints\n`JuMP.VariableRef`-in-`MathOptInterface.LessThan{Float64}`: 528 constraints\nModel mode: AUTOMATIC\nCachingOptimizer state: EMPTY_OPTIMIZER\nSolver name: COIN Branch-and-Cut (Cbc)",
      "text/latex": "$$ \\begin{alignat*}{1}\\min\\quad & 3000 {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_3} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 13}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 14}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 15}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 16}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 17}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 18}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 19}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 20}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 21}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 22}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 23}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 24}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 13}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 14}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 15}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 16}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 17}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 18}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 19}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 20}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 21}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 22}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 23}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 24}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 13}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 14}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 15}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 16}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 17}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 18}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 19}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 20}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 21}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 22}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 23}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 24}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 13}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 14}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 15}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 16}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 17}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 18}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 19}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 20}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 21}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 22}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 23}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 24}}\\_{pwl\\_2} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24}\\\\\n\\text{Subject to} \\quad & P\\_\\_ThermalStandard\\_{Solitude, 1} - {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} - {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} - {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} - {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} - {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} - {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} - {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} - {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} - {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} - {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} - {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} - {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 13} - {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 14} - {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 15} - {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 16} - {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 17} - {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 18} - {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 19} - {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 20} - {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 21} - {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 22} - {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 23} - {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 24} - {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} - {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} - {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 3} - {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 4} - {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 5} - {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 6} - {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 7} - {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 8} - {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 9} - {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 10} - {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 11} - {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 12} - {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 13} - {P\\_\\_ThermalStandard\\_{Park City, 13}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 13}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 14} - {P\\_\\_ThermalStandard\\_{Park City, 14}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 14}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 15} - {P\\_\\_ThermalStandard\\_{Park City, 15}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 15}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 16} - {P\\_\\_ThermalStandard\\_{Park City, 16}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 16}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 17} - {P\\_\\_ThermalStandard\\_{Park City, 17}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 17}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 18} - {P\\_\\_ThermalStandard\\_{Park City, 18}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 18}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 19} - {P\\_\\_ThermalStandard\\_{Park City, 19}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 19}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 20} - {P\\_\\_ThermalStandard\\_{Park City, 20}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 20}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 21} - {P\\_\\_ThermalStandard\\_{Park City, 21}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 21}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 22} - {P\\_\\_ThermalStandard\\_{Park City, 22}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 22}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 23} - {P\\_\\_ThermalStandard\\_{Park City, 23}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 23}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 24} - {P\\_\\_ThermalStandard\\_{Park City, 24}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 24}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} - {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} - {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 3} - {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 4} - {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 5} - {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 6} - {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 7} - {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 8} - {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 9} - {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 10} - {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 11} - {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 12} - {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 13} - {P\\_\\_ThermalStandard\\_{Alta, 13}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 13}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 14} - {P\\_\\_ThermalStandard\\_{Alta, 14}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 14}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 15} - {P\\_\\_ThermalStandard\\_{Alta, 15}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 15}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 16} - {P\\_\\_ThermalStandard\\_{Alta, 16}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 16}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 17} - {P\\_\\_ThermalStandard\\_{Alta, 17}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 17}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 18} - {P\\_\\_ThermalStandard\\_{Alta, 18}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 18}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 19} - {P\\_\\_ThermalStandard\\_{Alta, 19}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 19}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 20} - {P\\_\\_ThermalStandard\\_{Alta, 20}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 20}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 21} - {P\\_\\_ThermalStandard\\_{Alta, 21}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 21}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 22} - {P\\_\\_ThermalStandard\\_{Alta, 22}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 22}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 23} - {P\\_\\_ThermalStandard\\_{Alta, 23}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 23}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 24} - {P\\_\\_ThermalStandard\\_{Alta, 24}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 24}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} - {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} - {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 3} - {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 4} - {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 5} - {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 6} - {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 7} - {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 8} - {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 9} - {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 10} - {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 11} - {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 12} - {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 13} - {P\\_\\_ThermalStandard\\_{Brighton, 13}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 13}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 14} - {P\\_\\_ThermalStandard\\_{Brighton, 14}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 14}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 15} - {P\\_\\_ThermalStandard\\_{Brighton, 15}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 15}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 16} - {P\\_\\_ThermalStandard\\_{Brighton, 16}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 16}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 17} - {P\\_\\_ThermalStandard\\_{Brighton, 17}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 17}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 18} - {P\\_\\_ThermalStandard\\_{Brighton, 18}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 18}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 19} - {P\\_\\_ThermalStandard\\_{Brighton, 19}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 19}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 20} - {P\\_\\_ThermalStandard\\_{Brighton, 20}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 20}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 21} - {P\\_\\_ThermalStandard\\_{Brighton, 21}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 21}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 22} - {P\\_\\_ThermalStandard\\_{Brighton, 22}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 22}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 23} - {P\\_\\_ThermalStandard\\_{Brighton, 23}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 23}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 24} - {P\\_\\_ThermalStandard\\_{Brighton, 24}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 24}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} - {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} - {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 3} - {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 4} - {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 5} - {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 6} - {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 7} - {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 8} - {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 9} - {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 10} - {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 11} - {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 12} - {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 13} - {P\\_\\_ThermalStandard\\_{Sundance, 13}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 13}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 14} - {P\\_\\_ThermalStandard\\_{Sundance, 14}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 14}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 15} - {P\\_\\_ThermalStandard\\_{Sundance, 15}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 15}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 16} - {P\\_\\_ThermalStandard\\_{Sundance, 16}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 16}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 17} - {P\\_\\_ThermalStandard\\_{Sundance, 17}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 17}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 18} - {P\\_\\_ThermalStandard\\_{Sundance, 18}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 18}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 19} - {P\\_\\_ThermalStandard\\_{Sundance, 19}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 19}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 20} - {P\\_\\_ThermalStandard\\_{Sundance, 20}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 20}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 21} - {P\\_\\_ThermalStandard\\_{Sundance, 21}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 21}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 22} - {P\\_\\_ThermalStandard\\_{Sundance, 22}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 22}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 23} - {P\\_\\_ThermalStandard\\_{Sundance, 23}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 23}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 24} - {P\\_\\_ThermalStandard\\_{Sundance, 24}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 24}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} + P\\_\\_ThermalStandard\\_{Park City, 1} + P\\_\\_ThermalStandard\\_{Alta, 1} + P\\_\\_ThermalStandard\\_{Brighton, 1} + P\\_\\_ThermalStandard\\_{Sundance, 1} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} + P\\_\\_ThermalStandard\\_{Park City, 2} + P\\_\\_ThermalStandard\\_{Alta, 2} + P\\_\\_ThermalStandard\\_{Brighton, 2} + P\\_\\_ThermalStandard\\_{Sundance, 2} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} + P\\_\\_ThermalStandard\\_{Park City, 3} + P\\_\\_ThermalStandard\\_{Alta, 3} + P\\_\\_ThermalStandard\\_{Brighton, 3} + P\\_\\_ThermalStandard\\_{Sundance, 3} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} + P\\_\\_ThermalStandard\\_{Park City, 4} + P\\_\\_ThermalStandard\\_{Alta, 4} + P\\_\\_ThermalStandard\\_{Brighton, 4} + P\\_\\_ThermalStandard\\_{Sundance, 4} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} + P\\_\\_ThermalStandard\\_{Park City, 5} + P\\_\\_ThermalStandard\\_{Alta, 5} + P\\_\\_ThermalStandard\\_{Brighton, 5} + P\\_\\_ThermalStandard\\_{Sundance, 5} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} + P\\_\\_ThermalStandard\\_{Park City, 6} + P\\_\\_ThermalStandard\\_{Alta, 6} + P\\_\\_ThermalStandard\\_{Brighton, 6} + P\\_\\_ThermalStandard\\_{Sundance, 6} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} + P\\_\\_ThermalStandard\\_{Park City, 7} + P\\_\\_ThermalStandard\\_{Alta, 7} + P\\_\\_ThermalStandard\\_{Brighton, 7} + P\\_\\_ThermalStandard\\_{Sundance, 7} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} + P\\_\\_ThermalStandard\\_{Park City, 8} + P\\_\\_ThermalStandard\\_{Alta, 8} + P\\_\\_ThermalStandard\\_{Brighton, 8} + P\\_\\_ThermalStandard\\_{Sundance, 8} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} + P\\_\\_ThermalStandard\\_{Park City, 9} + P\\_\\_ThermalStandard\\_{Alta, 9} + P\\_\\_ThermalStandard\\_{Brighton, 9} + P\\_\\_ThermalStandard\\_{Sundance, 9} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} + P\\_\\_ThermalStandard\\_{Park City, 10} + P\\_\\_ThermalStandard\\_{Alta, 10} + P\\_\\_ThermalStandard\\_{Brighton, 10} + P\\_\\_ThermalStandard\\_{Sundance, 10} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} + P\\_\\_ThermalStandard\\_{Park City, 11} + P\\_\\_ThermalStandard\\_{Alta, 11} + P\\_\\_ThermalStandard\\_{Brighton, 11} + P\\_\\_ThermalStandard\\_{Sundance, 11} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} + P\\_\\_ThermalStandard\\_{Park City, 12} + P\\_\\_ThermalStandard\\_{Alta, 12} + P\\_\\_ThermalStandard\\_{Brighton, 12} + P\\_\\_ThermalStandard\\_{Sundance, 12} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 13} + P\\_\\_ThermalStandard\\_{Park City, 13} + P\\_\\_ThermalStandard\\_{Alta, 13} + P\\_\\_ThermalStandard\\_{Brighton, 13} + P\\_\\_ThermalStandard\\_{Sundance, 13} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 14} + P\\_\\_ThermalStandard\\_{Park City, 14} + P\\_\\_ThermalStandard\\_{Alta, 14} + P\\_\\_ThermalStandard\\_{Brighton, 14} + P\\_\\_ThermalStandard\\_{Sundance, 14} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 15} + P\\_\\_ThermalStandard\\_{Park City, 15} + P\\_\\_ThermalStandard\\_{Alta, 15} + P\\_\\_ThermalStandard\\_{Brighton, 15} + P\\_\\_ThermalStandard\\_{Sundance, 15} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 16} + P\\_\\_ThermalStandard\\_{Park City, 16} + P\\_\\_ThermalStandard\\_{Alta, 16} + P\\_\\_ThermalStandard\\_{Brighton, 16} + P\\_\\_ThermalStandard\\_{Sundance, 16} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 17} + P\\_\\_ThermalStandard\\_{Park City, 17} + P\\_\\_ThermalStandard\\_{Alta, 17} + P\\_\\_ThermalStandard\\_{Brighton, 17} + P\\_\\_ThermalStandard\\_{Sundance, 17} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 18} + P\\_\\_ThermalStandard\\_{Park City, 18} + P\\_\\_ThermalStandard\\_{Alta, 18} + P\\_\\_ThermalStandard\\_{Brighton, 18} + P\\_\\_ThermalStandard\\_{Sundance, 18} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 19} + P\\_\\_ThermalStandard\\_{Park City, 19} + P\\_\\_ThermalStandard\\_{Alta, 19} + P\\_\\_ThermalStandard\\_{Brighton, 19} + P\\_\\_ThermalStandard\\_{Sundance, 19} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 20} + P\\_\\_ThermalStandard\\_{Park City, 20} + P\\_\\_ThermalStandard\\_{Alta, 20} + P\\_\\_ThermalStandard\\_{Brighton, 20} + P\\_\\_ThermalStandard\\_{Sundance, 20} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 21} + P\\_\\_ThermalStandard\\_{Park City, 21} + P\\_\\_ThermalStandard\\_{Alta, 21} + P\\_\\_ThermalStandard\\_{Brighton, 21} + P\\_\\_ThermalStandard\\_{Sundance, 21} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 22} + P\\_\\_ThermalStandard\\_{Park City, 22} + P\\_\\_ThermalStandard\\_{Alta, 22} + P\\_\\_ThermalStandard\\_{Brighton, 22} + P\\_\\_ThermalStandard\\_{Sundance, 22} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 23} + P\\_\\_ThermalStandard\\_{Park City, 23} + P\\_\\_ThermalStandard\\_{Alta, 23} + P\\_\\_ThermalStandard\\_{Brighton, 23} + P\\_\\_ThermalStandard\\_{Sundance, 23} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 24} + P\\_\\_ThermalStandard\\_{Park City, 24} + P\\_\\_ThermalStandard\\_{Alta, 24} + P\\_\\_ThermalStandard\\_{Brighton, 24} + P\\_\\_ThermalStandard\\_{Sundance, 24} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 13} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 14} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 15} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 16} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 17} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 18} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 19} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 20} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 21} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 22} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 23} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 24} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 3} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 4} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 5} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 6} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 7} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 8} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 9} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 10} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 11} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 12} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 13} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 14} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 15} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 16} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 17} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 18} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 19} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 20} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 21} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 22} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 23} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 24} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 3} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 4} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 5} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 6} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 7} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 8} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 9} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 10} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 11} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 12} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 13} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 14} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 15} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 16} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 17} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 18} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 19} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 20} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 21} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 22} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 23} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 24} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 3} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 4} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 5} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 6} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 7} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 8} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 9} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 10} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 11} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 12} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 13} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 14} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 15} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 16} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 17} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 18} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 19} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 20} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 21} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 22} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 23} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 24} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 3} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 4} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 5} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 6} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 7} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 8} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 9} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 10} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 11} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 12} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 13} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 14} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 15} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 16} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 17} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 18} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 19} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 20} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 21} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 22} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 23} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 24} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 13} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 14} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 15} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 16} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 17} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 18} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 19} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 20} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 21} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 22} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 23} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 24} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 3} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 4} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 5} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 6} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 7} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 8} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 9} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 10} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 11} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 12} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 13} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 14} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 15} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 16} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 17} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 18} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 19} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 20} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 21} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 22} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 23} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 24} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 3} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 4} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 5} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 6} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 7} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 8} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 9} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 10} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 11} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 12} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 13} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 14} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 15} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 16} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 17} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 18} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 19} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 20} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 21} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 22} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 23} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 24} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 3} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 4} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 5} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 6} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 7} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 8} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 9} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 10} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 11} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 12} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 13} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 14} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 15} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 16} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 17} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 18} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 19} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 20} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 21} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 22} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 23} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 24} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 3} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 4} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 5} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 6} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 7} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 8} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 9} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 10} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 11} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 12} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 13} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 14} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 15} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 16} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 17} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 18} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 19} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 20} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 21} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 22} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 23} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 24} \\leq 2.0\\\\\n & 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\leq 0.0\\\\\n & 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\leq 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 3} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 3} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 3} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 3} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 4} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 4} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 4} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 4} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 5} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 5} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 5} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 5} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 6} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 6} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 6} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 6} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 7} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 7} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 7} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 7} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 8} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 8} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 8} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 8} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 9} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 9} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 9} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 9} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 10} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 10} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 10} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 10} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 11} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 11} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 11} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 11} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 12} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 12} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 12} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 12} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 13} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 13} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 13} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 13} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 13} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 14} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 14} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 14} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 14} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 14} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 15} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 15} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 15} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 15} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 15} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 16} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 16} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 16} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 16} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 16} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 17} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 17} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 17} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 17} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 17} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 18} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 18} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 18} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 18} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 18} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 19} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 19} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 19} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 19} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 19} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 20} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 20} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 20} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 20} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 20} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 21} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 21} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 21} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 21} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 21} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 22} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 22} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 22} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 22} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 22} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 23} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 23} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 23} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 23} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 23} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 24} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 24} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 24} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 24} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 24} \\geq 1.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 13}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 13}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 14}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 14}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 15}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 15}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 16}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 16}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 17}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 17}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 18}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 18}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 19}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 19}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 20}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 20}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 21}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 21}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 22}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 22}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 23}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 23}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 24}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 24}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 13}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 13}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 14}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 14}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 15}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 15}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 16}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 16}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 17}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 17}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 18}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 18}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 19}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 19}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 20}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 20}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 21}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 21}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 22}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 22}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 23}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 23}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 24}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 24}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 13}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 13}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 14}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 14}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 15}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 15}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 16}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 16}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 17}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 17}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 18}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 18}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 19}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 19}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 20}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 20}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 21}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 21}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 22}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 22}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 23}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 23}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 24}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 24}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 13}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 13}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 14}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 14}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 15}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 15}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 16}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 16}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 17}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 17}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 18}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 18}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 19}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 19}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 20}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 20}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 21}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 21}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 22}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 22}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 23}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 23}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 24}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 24}}\\_{pwl\\_2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\geq 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 3} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 3} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 3} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 3} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 4} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 4} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 4} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 4} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 5} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 5} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 5} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 5} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 6} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 6} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 6} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 6} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 7} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 7} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 7} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 7} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 8} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 8} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 8} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 8} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 9} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 9} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 9} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 9} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 10} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 10} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 10} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 10} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 11} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 11} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 11} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 11} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 12} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 12} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 12} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 12} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 13} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 13} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 13} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 13} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 13} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 14} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 14} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 14} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 14} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 14} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 15} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 15} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 15} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 15} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 15} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 16} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 16} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 16} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 16} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 16} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 17} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 17} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 17} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 17} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 17} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 18} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 18} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 18} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 18} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 18} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 19} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 19} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 19} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 19} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 19} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 20} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 20} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 20} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 20} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 20} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 21} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 21} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 21} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 21} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 21} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 22} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 22} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 22} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 22} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 22} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 23} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 23} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 23} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 23} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 23} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 24} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 24} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 24} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 24} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 24} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 13}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 13}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 14}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 14}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 15}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 15}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 16}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 16}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 17}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 17}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 18}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 18}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 19}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 19}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 20}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 20}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 21}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 21}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 22}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 22}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 23}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 23}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 24}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 24}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 13}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 13}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 14}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 14}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 15}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 15}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 16}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 16}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 17}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 17}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 18}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 18}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 19}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 19}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 20}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 20}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 21}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 21}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 22}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 22}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 23}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 23}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 24}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 24}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 13}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 13}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 14}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 14}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 15}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 15}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 16}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 16}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 17}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 17}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 18}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 18}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 19}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 19}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 20}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 20}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 21}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 21}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 22}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 22}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 23}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 23}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 24}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 24}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 13}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 13}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 14}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 14}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 15}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 15}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 16}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 16}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 17}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 17}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 18}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 18}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 19}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 19}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 20}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 20}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 21}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 21}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 22}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 22}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 23}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 23}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 24}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 24}}\\_{pwl\\_2} \\leq 2.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\leq 0.75\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\leq 30.744000000000003\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\leq 0.0\\\\\n\\end{alignat*}\n $$"
     },
     "metadata": {},
     "execution_count": 21
    }
   ],
   "cell_type": "code",
   "source": [
    "sim.problems[\"DA\"].internal.optimization_container.JuMPmodel"
   ],
   "metadata": {},
   "execution_count": 21
  },
  {
   "cell_type": "markdown",
   "source": [
    "And we can execute the simulation by running the following command\n",
    "```julia\n",
    "execute!(sim)\n",
    "```"
   ],
   "metadata": {}
  },
  {
   "cell_type": "markdown",
   "source": [
    "#### 3-Stage Simulation:"
   ],
   "metadata": {}
  },
  {
   "outputs": [],
   "cell_type": "code",
   "source": [
    "transform_single_time_series!(c_sys5_hy_wk, 2, Hour(24)) # TODO fix PSI to enable longer intervals of stage 1\n",
    "\n",
    "problems = SimulationProblems(\n",
    "    MD = OperationsProblem(\n",
    "        template_md,\n",
    "        c_sys5_hy_wk,\n",
    "        optimizer = solver,\n",
    "        system_to_file = false,\n",
    "    ),\n",
    "    DA = OperationsProblem(\n",
    "        template_da,\n",
    "        c_sys5_hy_uc,\n",
    "        optimizer = solver,\n",
    "        system_to_file = false,\n",
    "    ),\n",
    "    ED = OperationsProblem(\n",
    "        template_da,\n",
    "        c_sys5_hy_ed,\n",
    "        optimizer = solver,\n",
    "        system_to_file = false,\n",
    "    ),\n",
    ")\n",
    "\n",
    "sequence = SimulationSequence(\n",
    "    problems = problems,\n",
    "    feedforward_chronologies = Dict(\n",
    "        (\"MD\" => \"DA\") => Synchronize(periods = 2),\n",
    "        (\"DA\" => \"ED\") => Synchronize(periods = 24),\n",
    "    ),\n",
    "    intervals = Dict(\n",
    "        \"MD\" => (Hour(24), Consecutive()),\n",
    "        \"DA\" => (Hour(24), Consecutive()),\n",
    "        \"ED\" => (Hour(1), Consecutive()),\n",
    "    ),\n",
    "    feedforward = Dict(\n",
    "        (\"DA\", :devices, :HydroEnergyReservoir) => IntegralLimitFF(\n",
    "            variable_source_problem = PSI.ACTIVE_POWER,\n",
    "            affected_variables = [PSI.ACTIVE_POWER],\n",
    "        ),\n",
    "        (\"ED\", :devices, :HydroEnergyReservoir) => IntegralLimitFF(\n",
    "            variable_source_problem = PSI.ACTIVE_POWER,\n",
    "            affected_variables = [PSI.ACTIVE_POWER],\n",
    "        ),\n",
    "    ),\n",
    "    cache = Dict((\"MD\", \"DA\") => StoredEnergy(HydroEnergyReservoir, PSI.ENERGY)),\n",
    "    ini_cond_chronology = IntraProblemChronology(),\n",
    ");"
   ],
   "metadata": {},
   "execution_count": 22
  },
  {
   "outputs": [
    {
     "output_type": "execute_result",
     "data": {
      "text/plain": "Simulation()\n"
     },
     "metadata": {},
     "execution_count": 23
    }
   ],
   "cell_type": "code",
   "source": [
    "sim = Simulation(\n",
    "    name = \"hydro\",\n",
    "    steps = 1,\n",
    "    problems = problems,\n",
    "    sequence = sequence,\n",
    "    simulation_folder = odir,\n",
    ")"
   ],
   "metadata": {},
   "execution_count": 23
  },
  {
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "┌ Info: \n",
      "│  ──────────────────────────────────────────────────────────────────────────────\n",
      "│                                        Time                   Allocations      \n",
      "│                                ──────────────────────   ───────────────────────\n",
      "│        Tot / % measured:           60.8ms / 100%            23.5MiB / 100%     \n",
      "│ \n",
      "│  Section               ncalls     time   %tot     avg     alloc   %tot      avg\n",
      "│  ──────────────────────────────────────────────────────────────────────────────\n",
      "│  Build Simulation           1   60.8ms   100%  60.8ms   23.5MiB  100%   23.5MiB\n",
      "│    Build Problems           1   58.9ms  96.8%  58.9ms   23.4MiB  99.3%  23.4MiB\n",
      "│      Problem DA             1   28.9ms  47.5%  28.9ms   14.2MiB  60.4%  14.2MiB\n",
      "│        ThermalStandard      1   3.53ms  5.81%  3.53ms   2.08MiB  8.84%  2.08MiB\n",
      "│        HydroEnergyR...      1   1.92ms  3.16%  1.92ms   1.05MiB  4.47%  1.05MiB\n",
      "│        Build pre-step       1    800μs  1.32%   800μs   80.2KiB  0.33%  80.2KiB\n",
      "│        PowerLoad            1    270μs  0.44%   270μs    164KiB  0.68%   164KiB\n",
      "│        CopperPlateP...      1    151μs  0.25%   151μs    105KiB  0.44%   105KiB\n",
      "│        Objective            1   15.3μs  0.03%  15.3μs   15.4KiB  0.06%  15.4KiB\n",
      "│        Services             1    379ns  0.00%   379ns     0.00B  0.00%    0.00B\n",
      "│      Problem ED             1   21.2ms  34.8%  21.2ms   7.53MiB  32.0%  7.53MiB\n",
      "│        HydroEnergyR...      1   3.99ms  6.57%  3.99ms    613KiB  2.55%   613KiB\n",
      "│        PowerLoad            1   2.55ms  4.20%  2.55ms    114KiB  0.47%   114KiB\n",
      "│        ThermalStandard      1   1.97ms  3.24%  1.97ms   1.09MiB  4.64%  1.09MiB\n",
      "│        Build pre-step       1    977μs  1.61%   977μs   79.7KiB  0.33%  79.7KiB\n",
      "│        CopperPlateP...      1   93.7μs  0.15%  93.7μs   53.7KiB  0.22%  53.7KiB\n",
      "│        Objective            1   9.87μs  0.02%  9.87μs   7.13KiB  0.03%  7.13KiB\n",
      "│        Services             1    426ns  0.00%   426ns     0.00B  0.00%    0.00B\n",
      "│      Problem MD             1   6.02ms  9.90%  6.02ms   1.59MiB  6.78%  1.59MiB\n",
      "│        Build pre-step       1    852μs  1.40%   852μs   78.0KiB  0.32%  78.0KiB\n",
      "│        ThermalStandard      1    666μs  1.10%   666μs    224KiB  0.93%   224KiB\n",
      "│        HydroEnergyR...      1    553μs  0.91%   553μs    156KiB  0.65%   156KiB\n",
      "│        PowerLoad            1    165μs  0.27%   165μs   32.5KiB  0.13%  32.5KiB\n",
      "│        CopperPlateP...      1   33.1μs  0.05%  33.1μs   9.59KiB  0.04%  9.59KiB\n",
      "│        Objective            1   9.74μs  0.02%  9.74μs   1.84KiB  0.01%  1.84KiB\n",
      "│        Services             1    598ns  0.00%   598ns     0.00B  0.00%    0.00B\n",
      "│    Initialize Simul...      1    754μs  1.24%   754μs   20.8KiB  0.09%  20.8KiB\n",
      "│    Serializing Simu...      1    727μs  1.20%   727μs   17.3KiB  0.07%  17.3KiB\n",
      "│    Assign FeedForward       1   31.5μs  0.05%  31.5μs   4.92KiB  0.02%  4.92KiB\n",
      "│    Check Steps              1   24.6μs  0.04%  24.6μs   6.53KiB  0.03%  6.53KiB\n",
      "└  ──────────────────────────────────────────────────────────────────────────────\n"
     ]
    },
    {
     "output_type": "execute_result",
     "data": {
      "text/plain": "BuildStatus.BUILT = 0"
     },
     "metadata": {},
     "execution_count": 24
    }
   ],
   "cell_type": "code",
   "source": [
    "build!(sim)"
   ],
   "metadata": {},
   "execution_count": 24
  },
  {
   "cell_type": "markdown",
   "source": [
    "We can look at the \"MD\" Model"
   ],
   "metadata": {}
  },
  {
   "outputs": [
    {
     "output_type": "execute_result",
     "data": {
      "text/plain": "A JuMP Model\nMinimization problem with:\nVariables: 52\nObjective function type: JuMP.GenericAffExpr{Float64,JuMP.VariableRef}\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.EqualTo{Float64}`: 20 constraints\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.GreaterThan{Float64}`: 10 constraints\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.LessThan{Float64}`: 10 constraints\n`JuMP.VariableRef`-in-`MathOptInterface.GreaterThan{Float64}`: 48 constraints\n`JuMP.VariableRef`-in-`MathOptInterface.LessThan{Float64}`: 44 constraints\nModel mode: AUTOMATIC\nCachingOptimizer state: EMPTY_OPTIMIZER\nSolver name: COIN Branch-and-Cut (Cbc)",
      "text/latex": "$$ \\begin{alignat*}{1}\\min\\quad & 72000 {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} + 84000 {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} + 72000 {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} + 84000 {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} + 36000 {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} + 36000 {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} + 33599.99999999999 {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} + 33599.99999999999 {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} + 24000 {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} + 24000 {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} + 96000 {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} + 96000 {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} + 360 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + 360 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + 360 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + 360 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2}\\\\\n\\text{Subject to} \\quad & P\\_\\_ThermalStandard\\_{Solitude, 1} - {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} - {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} - {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} - {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} - {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} - {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} - {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} - {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} - {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} - {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} = 0.0\\\\\n & 24 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + 24 Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} = 0.0\\\\\n & 24 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + 24 Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.0\\\\\n & 24 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + 24 Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} = 0.0\\\\\n & 24 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + 24 Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} + P\\_\\_ThermalStandard\\_{Park City, 1} + P\\_\\_ThermalStandard\\_{Alta, 1} + P\\_\\_ThermalStandard\\_{Brighton, 1} + P\\_\\_ThermalStandard\\_{Sundance, 1} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} + P\\_\\_ThermalStandard\\_{Park City, 2} + P\\_\\_ThermalStandard\\_{Alta, 2} + P\\_\\_ThermalStandard\\_{Brighton, 2} + P\\_\\_ThermalStandard\\_{Sundance, 2} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\geq 1.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} \\leq 2.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 0.75\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 30.744000000000003\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 0.0\\\\\n\\end{alignat*}\n $$"
     },
     "metadata": {},
     "execution_count": 25
    }
   ],
   "cell_type": "code",
   "source": [
    "sim.problems[\"MD\"].internal.optimization_container.JuMPmodel"
   ],
   "metadata": {},
   "execution_count": 25
  },
  {
   "cell_type": "markdown",
   "source": [
    "And we can look at the \"DA\" model"
   ],
   "metadata": {}
  },
  {
   "outputs": [
    {
     "output_type": "execute_result",
     "data": {
      "text/plain": "A JuMP Model\nMinimization problem with:\nVariables: 624\nObjective function type: JuMP.GenericAffExpr{Float64,JuMP.VariableRef}\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.EqualTo{Float64}`: 240 constraints\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.GreaterThan{Float64}`: 120 constraints\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.LessThan{Float64}`: 122 constraints\n`JuMP.VariableRef`-in-`MathOptInterface.GreaterThan{Float64}`: 576 constraints\n`JuMP.VariableRef`-in-`MathOptInterface.LessThan{Float64}`: 528 constraints\nModel mode: AUTOMATIC\nCachingOptimizer state: EMPTY_OPTIMIZER\nSolver name: COIN Branch-and-Cut (Cbc)",
      "text/latex": "$$ \\begin{alignat*}{1}\\min\\quad & 3000 {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_3} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 13}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 14}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 15}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 16}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 17}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 18}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 19}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 20}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 21}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 22}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 23}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 24}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 13}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 14}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 15}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 16}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 17}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 18}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 19}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 20}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 21}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 22}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 23}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 24}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 13}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 14}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 15}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 16}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 17}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 18}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 19}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 20}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 21}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 22}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 23}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 24}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 13}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 14}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 15}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 16}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 17}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 18}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 19}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 20}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 21}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 22}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 23}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 24}}\\_{pwl\\_2} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24}\\\\\n\\text{Subject to} \\quad & P\\_\\_ThermalStandard\\_{Solitude, 1} - {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} - {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} - {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} - {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} - {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} - {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} - {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} - {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} - {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} - {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} - {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} - {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 13} - {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 14} - {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 15} - {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 16} - {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 17} - {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 18} - {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 19} - {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 20} - {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 21} - {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 22} - {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 23} - {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 24} - {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} - {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} - {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 3} - {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 4} - {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 5} - {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 6} - {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 7} - {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 8} - {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 9} - {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 10} - {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 11} - {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 12} - {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 13} - {P\\_\\_ThermalStandard\\_{Park City, 13}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 13}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 14} - {P\\_\\_ThermalStandard\\_{Park City, 14}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 14}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 15} - {P\\_\\_ThermalStandard\\_{Park City, 15}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 15}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 16} - {P\\_\\_ThermalStandard\\_{Park City, 16}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 16}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 17} - {P\\_\\_ThermalStandard\\_{Park City, 17}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 17}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 18} - {P\\_\\_ThermalStandard\\_{Park City, 18}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 18}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 19} - {P\\_\\_ThermalStandard\\_{Park City, 19}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 19}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 20} - {P\\_\\_ThermalStandard\\_{Park City, 20}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 20}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 21} - {P\\_\\_ThermalStandard\\_{Park City, 21}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 21}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 22} - {P\\_\\_ThermalStandard\\_{Park City, 22}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 22}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 23} - {P\\_\\_ThermalStandard\\_{Park City, 23}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 23}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 24} - {P\\_\\_ThermalStandard\\_{Park City, 24}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 24}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} - {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} - {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 3} - {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 4} - {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 5} - {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 6} - {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 7} - {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 8} - {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 9} - {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 10} - {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 11} - {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 12} - {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 13} - {P\\_\\_ThermalStandard\\_{Alta, 13}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 13}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 14} - {P\\_\\_ThermalStandard\\_{Alta, 14}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 14}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 15} - {P\\_\\_ThermalStandard\\_{Alta, 15}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 15}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 16} - {P\\_\\_ThermalStandard\\_{Alta, 16}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 16}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 17} - {P\\_\\_ThermalStandard\\_{Alta, 17}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 17}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 18} - {P\\_\\_ThermalStandard\\_{Alta, 18}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 18}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 19} - {P\\_\\_ThermalStandard\\_{Alta, 19}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 19}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 20} - {P\\_\\_ThermalStandard\\_{Alta, 20}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 20}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 21} - {P\\_\\_ThermalStandard\\_{Alta, 21}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 21}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 22} - {P\\_\\_ThermalStandard\\_{Alta, 22}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 22}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 23} - {P\\_\\_ThermalStandard\\_{Alta, 23}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 23}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 24} - {P\\_\\_ThermalStandard\\_{Alta, 24}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 24}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} - {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} - {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 3} - {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 4} - {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 5} - {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 6} - {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 7} - {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 8} - {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 9} - {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 10} - {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 11} - {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 12} - {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 13} - {P\\_\\_ThermalStandard\\_{Brighton, 13}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 13}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 14} - {P\\_\\_ThermalStandard\\_{Brighton, 14}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 14}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 15} - {P\\_\\_ThermalStandard\\_{Brighton, 15}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 15}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 16} - {P\\_\\_ThermalStandard\\_{Brighton, 16}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 16}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 17} - {P\\_\\_ThermalStandard\\_{Brighton, 17}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 17}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 18} - {P\\_\\_ThermalStandard\\_{Brighton, 18}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 18}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 19} - {P\\_\\_ThermalStandard\\_{Brighton, 19}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 19}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 20} - {P\\_\\_ThermalStandard\\_{Brighton, 20}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 20}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 21} - {P\\_\\_ThermalStandard\\_{Brighton, 21}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 21}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 22} - {P\\_\\_ThermalStandard\\_{Brighton, 22}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 22}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 23} - {P\\_\\_ThermalStandard\\_{Brighton, 23}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 23}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 24} - {P\\_\\_ThermalStandard\\_{Brighton, 24}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 24}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} - {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} - {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 3} - {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 4} - {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 5} - {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 6} - {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 7} - {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 8} - {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 9} - {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 10} - {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 11} - {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 12} - {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 13} - {P\\_\\_ThermalStandard\\_{Sundance, 13}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 13}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 14} - {P\\_\\_ThermalStandard\\_{Sundance, 14}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 14}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 15} - {P\\_\\_ThermalStandard\\_{Sundance, 15}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 15}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 16} - {P\\_\\_ThermalStandard\\_{Sundance, 16}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 16}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 17} - {P\\_\\_ThermalStandard\\_{Sundance, 17}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 17}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 18} - {P\\_\\_ThermalStandard\\_{Sundance, 18}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 18}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 19} - {P\\_\\_ThermalStandard\\_{Sundance, 19}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 19}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 20} - {P\\_\\_ThermalStandard\\_{Sundance, 20}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 20}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 21} - {P\\_\\_ThermalStandard\\_{Sundance, 21}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 21}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 22} - {P\\_\\_ThermalStandard\\_{Sundance, 22}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 22}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 23} - {P\\_\\_ThermalStandard\\_{Sundance, 23}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 23}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 24} - {P\\_\\_ThermalStandard\\_{Sundance, 24}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 24}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} + P\\_\\_ThermalStandard\\_{Park City, 1} + P\\_\\_ThermalStandard\\_{Alta, 1} + P\\_\\_ThermalStandard\\_{Brighton, 1} + P\\_\\_ThermalStandard\\_{Sundance, 1} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} + P\\_\\_ThermalStandard\\_{Park City, 2} + P\\_\\_ThermalStandard\\_{Alta, 2} + P\\_\\_ThermalStandard\\_{Brighton, 2} + P\\_\\_ThermalStandard\\_{Sundance, 2} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} + P\\_\\_ThermalStandard\\_{Park City, 3} + P\\_\\_ThermalStandard\\_{Alta, 3} + P\\_\\_ThermalStandard\\_{Brighton, 3} + P\\_\\_ThermalStandard\\_{Sundance, 3} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} + P\\_\\_ThermalStandard\\_{Park City, 4} + P\\_\\_ThermalStandard\\_{Alta, 4} + P\\_\\_ThermalStandard\\_{Brighton, 4} + P\\_\\_ThermalStandard\\_{Sundance, 4} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} + P\\_\\_ThermalStandard\\_{Park City, 5} + P\\_\\_ThermalStandard\\_{Alta, 5} + P\\_\\_ThermalStandard\\_{Brighton, 5} + P\\_\\_ThermalStandard\\_{Sundance, 5} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} + P\\_\\_ThermalStandard\\_{Park City, 6} + P\\_\\_ThermalStandard\\_{Alta, 6} + P\\_\\_ThermalStandard\\_{Brighton, 6} + P\\_\\_ThermalStandard\\_{Sundance, 6} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} + P\\_\\_ThermalStandard\\_{Park City, 7} + P\\_\\_ThermalStandard\\_{Alta, 7} + P\\_\\_ThermalStandard\\_{Brighton, 7} + P\\_\\_ThermalStandard\\_{Sundance, 7} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} + P\\_\\_ThermalStandard\\_{Park City, 8} + P\\_\\_ThermalStandard\\_{Alta, 8} + P\\_\\_ThermalStandard\\_{Brighton, 8} + P\\_\\_ThermalStandard\\_{Sundance, 8} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} + P\\_\\_ThermalStandard\\_{Park City, 9} + P\\_\\_ThermalStandard\\_{Alta, 9} + P\\_\\_ThermalStandard\\_{Brighton, 9} + P\\_\\_ThermalStandard\\_{Sundance, 9} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} + P\\_\\_ThermalStandard\\_{Park City, 10} + P\\_\\_ThermalStandard\\_{Alta, 10} + P\\_\\_ThermalStandard\\_{Brighton, 10} + P\\_\\_ThermalStandard\\_{Sundance, 10} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} + P\\_\\_ThermalStandard\\_{Park City, 11} + P\\_\\_ThermalStandard\\_{Alta, 11} + P\\_\\_ThermalStandard\\_{Brighton, 11} + P\\_\\_ThermalStandard\\_{Sundance, 11} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} + P\\_\\_ThermalStandard\\_{Park City, 12} + P\\_\\_ThermalStandard\\_{Alta, 12} + P\\_\\_ThermalStandard\\_{Brighton, 12} + P\\_\\_ThermalStandard\\_{Sundance, 12} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 13} + P\\_\\_ThermalStandard\\_{Park City, 13} + P\\_\\_ThermalStandard\\_{Alta, 13} + P\\_\\_ThermalStandard\\_{Brighton, 13} + P\\_\\_ThermalStandard\\_{Sundance, 13} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 14} + P\\_\\_ThermalStandard\\_{Park City, 14} + P\\_\\_ThermalStandard\\_{Alta, 14} + P\\_\\_ThermalStandard\\_{Brighton, 14} + P\\_\\_ThermalStandard\\_{Sundance, 14} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 15} + P\\_\\_ThermalStandard\\_{Park City, 15} + P\\_\\_ThermalStandard\\_{Alta, 15} + P\\_\\_ThermalStandard\\_{Brighton, 15} + P\\_\\_ThermalStandard\\_{Sundance, 15} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 16} + P\\_\\_ThermalStandard\\_{Park City, 16} + P\\_\\_ThermalStandard\\_{Alta, 16} + P\\_\\_ThermalStandard\\_{Brighton, 16} + P\\_\\_ThermalStandard\\_{Sundance, 16} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 17} + P\\_\\_ThermalStandard\\_{Park City, 17} + P\\_\\_ThermalStandard\\_{Alta, 17} + P\\_\\_ThermalStandard\\_{Brighton, 17} + P\\_\\_ThermalStandard\\_{Sundance, 17} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 18} + P\\_\\_ThermalStandard\\_{Park City, 18} + P\\_\\_ThermalStandard\\_{Alta, 18} + P\\_\\_ThermalStandard\\_{Brighton, 18} + P\\_\\_ThermalStandard\\_{Sundance, 18} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 19} + P\\_\\_ThermalStandard\\_{Park City, 19} + P\\_\\_ThermalStandard\\_{Alta, 19} + P\\_\\_ThermalStandard\\_{Brighton, 19} + P\\_\\_ThermalStandard\\_{Sundance, 19} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 20} + P\\_\\_ThermalStandard\\_{Park City, 20} + P\\_\\_ThermalStandard\\_{Alta, 20} + P\\_\\_ThermalStandard\\_{Brighton, 20} + P\\_\\_ThermalStandard\\_{Sundance, 20} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 21} + P\\_\\_ThermalStandard\\_{Park City, 21} + P\\_\\_ThermalStandard\\_{Alta, 21} + P\\_\\_ThermalStandard\\_{Brighton, 21} + P\\_\\_ThermalStandard\\_{Sundance, 21} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 22} + P\\_\\_ThermalStandard\\_{Park City, 22} + P\\_\\_ThermalStandard\\_{Alta, 22} + P\\_\\_ThermalStandard\\_{Brighton, 22} + P\\_\\_ThermalStandard\\_{Sundance, 22} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 23} + P\\_\\_ThermalStandard\\_{Park City, 23} + P\\_\\_ThermalStandard\\_{Alta, 23} + P\\_\\_ThermalStandard\\_{Brighton, 23} + P\\_\\_ThermalStandard\\_{Sundance, 23} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 24} + P\\_\\_ThermalStandard\\_{Park City, 24} + P\\_\\_ThermalStandard\\_{Alta, 24} + P\\_\\_ThermalStandard\\_{Brighton, 24} + P\\_\\_ThermalStandard\\_{Sundance, 24} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 13} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 14} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 15} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 16} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 17} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 18} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 19} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 20} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 21} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 22} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 23} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 24} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 3} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 4} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 5} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 6} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 7} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 8} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 9} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 10} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 11} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 12} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 13} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 14} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 15} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 16} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 17} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 18} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 19} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 20} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 21} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 22} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 23} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 24} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 3} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 4} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 5} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 6} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 7} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 8} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 9} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 10} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 11} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 12} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 13} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 14} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 15} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 16} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 17} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 18} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 19} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 20} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 21} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 22} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 23} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 24} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 3} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 4} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 5} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 6} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 7} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 8} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 9} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 10} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 11} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 12} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 13} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 14} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 15} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 16} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 17} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 18} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 19} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 20} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 21} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 22} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 23} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 24} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 3} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 4} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 5} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 6} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 7} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 8} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 9} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 10} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 11} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 12} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 13} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 14} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 15} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 16} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 17} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 18} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 19} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 20} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 21} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 22} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 23} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 24} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 13} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 14} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 15} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 16} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 17} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 18} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 19} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 20} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 21} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 22} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 23} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 24} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 3} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 4} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 5} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 6} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 7} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 8} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 9} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 10} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 11} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 12} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 13} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 14} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 15} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 16} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 17} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 18} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 19} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 20} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 21} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 22} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 23} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 24} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 3} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 4} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 5} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 6} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 7} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 8} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 9} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 10} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 11} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 12} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 13} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 14} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 15} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 16} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 17} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 18} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 19} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 20} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 21} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 22} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 23} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 24} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 3} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 4} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 5} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 6} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 7} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 8} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 9} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 10} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 11} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 12} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 13} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 14} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 15} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 16} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 17} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 18} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 19} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 20} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 21} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 22} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 23} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 24} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 3} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 4} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 5} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 6} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 7} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 8} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 9} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 10} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 11} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 12} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 13} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 14} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 15} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 16} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 17} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 18} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 19} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 20} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 21} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 22} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 23} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 24} \\leq 2.0\\\\\n & 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\leq 0.0\\\\\n & 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} + 0.041666666666666664 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\leq 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 3} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 3} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 3} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 3} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 4} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 4} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 4} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 4} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 5} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 5} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 5} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 5} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 6} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 6} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 6} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 6} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 7} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 7} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 7} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 7} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 8} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 8} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 8} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 8} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 9} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 9} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 9} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 9} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 10} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 10} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 10} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 10} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 11} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 11} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 11} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 11} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 12} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 12} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 12} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 12} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 13} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 13} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 13} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 13} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 13} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 14} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 14} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 14} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 14} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 14} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 15} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 15} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 15} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 15} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 15} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 16} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 16} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 16} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 16} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 16} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 17} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 17} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 17} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 17} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 17} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 18} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 18} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 18} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 18} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 18} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 19} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 19} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 19} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 19} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 19} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 20} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 20} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 20} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 20} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 20} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 21} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 21} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 21} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 21} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 21} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 22} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 22} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 22} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 22} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 22} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 23} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 23} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 23} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 23} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 23} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 24} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 24} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 24} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 24} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 24} \\geq 1.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 13}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 13}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 14}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 14}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 15}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 15}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 16}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 16}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 17}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 17}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 18}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 18}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 19}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 19}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 20}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 20}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 21}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 21}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 22}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 22}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 23}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 23}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 24}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 24}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 13}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 13}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 14}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 14}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 15}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 15}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 16}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 16}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 17}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 17}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 18}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 18}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 19}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 19}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 20}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 20}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 21}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 21}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 22}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 22}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 23}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 23}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 24}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 24}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 13}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 13}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 14}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 14}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 15}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 15}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 16}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 16}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 17}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 17}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 18}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 18}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 19}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 19}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 20}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 20}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 21}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 21}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 22}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 22}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 23}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 23}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 24}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 24}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 13}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 13}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 14}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 14}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 15}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 15}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 16}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 16}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 17}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 17}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 18}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 18}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 19}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 19}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 20}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 20}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 21}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 21}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 22}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 22}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 23}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 23}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 24}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 24}}\\_{pwl\\_2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\geq 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 3} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 3} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 3} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 3} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 4} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 4} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 4} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 4} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 5} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 5} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 5} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 5} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 6} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 6} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 6} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 6} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 7} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 7} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 7} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 7} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 8} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 8} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 8} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 8} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 9} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 9} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 9} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 9} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 10} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 10} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 10} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 10} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 11} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 11} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 11} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 11} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 12} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 12} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 12} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 12} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 13} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 13} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 13} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 13} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 13} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 14} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 14} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 14} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 14} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 14} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 15} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 15} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 15} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 15} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 15} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 16} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 16} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 16} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 16} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 16} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 17} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 17} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 17} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 17} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 17} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 18} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 18} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 18} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 18} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 18} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 19} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 19} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 19} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 19} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 19} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 20} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 20} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 20} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 20} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 20} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 21} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 21} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 21} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 21} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 21} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 22} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 22} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 22} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 22} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 22} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 23} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 23} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 23} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 23} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 23} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 24} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 24} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 24} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 24} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 24} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 13}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 14}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 15}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 16}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 17}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 18}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 19}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 20}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 21}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 22}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 23}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 24}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 13}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 13}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 14}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 14}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 15}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 15}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 16}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 16}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 17}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 17}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 18}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 18}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 19}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 19}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 20}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 20}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 21}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 21}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 22}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 22}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 23}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 23}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 24}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 24}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 13}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 13}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 14}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 14}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 15}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 15}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 16}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 16}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 17}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 17}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 18}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 18}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 19}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 19}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 20}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 20}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 21}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 21}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 22}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 22}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 23}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 23}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 24}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 24}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 13}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 13}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 14}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 14}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 15}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 15}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 16}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 16}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 17}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 17}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 18}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 18}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 19}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 19}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 20}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 20}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 21}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 21}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 22}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 22}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 23}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 23}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 24}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 24}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 13}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 13}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 14}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 14}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 15}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 15}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 16}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 16}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 17}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 17}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 18}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 18}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 19}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 19}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 20}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 20}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 21}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 21}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 22}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 22}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 23}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 23}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 24}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 24}}\\_{pwl\\_2} \\leq 2.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\leq 0.75\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\leq 30.744000000000003\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 13} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 13} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 14} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 14} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 15} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 15} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 16} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 16} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 17} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 17} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 18} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 18} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 19} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 19} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 20} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 20} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 21} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 21} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 22} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 22} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 23} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 23} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 24} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 24} \\leq 0.0\\\\\n\\end{alignat*}\n $$"
     },
     "metadata": {},
     "execution_count": 26
    }
   ],
   "cell_type": "code",
   "source": [
    "sim.problems[\"DA\"].internal.optimization_container.JuMPmodel"
   ],
   "metadata": {},
   "execution_count": 26
  },
  {
   "cell_type": "markdown",
   "source": [
    "And we can look at the \"ED\" model"
   ],
   "metadata": {}
  },
  {
   "outputs": [
    {
     "output_type": "execute_result",
     "data": {
      "text/plain": "A JuMP Model\nMinimization problem with:\nVariables: 312\nObjective function type: JuMP.GenericAffExpr{Float64,JuMP.VariableRef}\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.EqualTo{Float64}`: 120 constraints\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.GreaterThan{Float64}`: 60 constraints\n`JuMP.GenericAffExpr{Float64,JuMP.VariableRef}`-in-`MathOptInterface.LessThan{Float64}`: 62 constraints\n`JuMP.VariableRef`-in-`MathOptInterface.GreaterThan{Float64}`: 288 constraints\n`JuMP.VariableRef`-in-`MathOptInterface.LessThan{Float64}`: 264 constraints\nModel mode: AUTOMATIC\nCachingOptimizer state: EMPTY_OPTIMIZER\nSolver name: COIN Branch-and-Cut (Cbc)",
      "text/latex": "$$ \\begin{alignat*}{1}\\min\\quad & 3000 {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_3} + 3000 {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_2} + 3500 {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_3} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_2} + 1500 {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_2} + 1399.9999999999998 {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_2} + 1000 {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_2} + 4000 {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_2} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + 15 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12}\\\\\n\\text{Subject to} \\quad & P\\_\\_ThermalStandard\\_{Solitude, 1} - {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} - {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} - {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} - {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} - {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} - {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} - {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} - {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} - {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} - {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} - {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} - {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_2} - {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} - {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} - {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 3} - {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 4} - {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 5} - {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 6} - {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 7} - {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 8} - {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 9} - {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 10} - {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 11} - {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 12} - {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} - {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} - {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 3} - {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 4} - {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 5} - {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 6} - {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 7} - {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 8} - {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 9} - {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 10} - {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 11} - {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 12} - {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} - {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} - {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 3} - {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 4} - {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 5} - {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 6} - {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 7} - {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 8} - {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 9} - {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 10} - {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 11} - {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 12} - {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} - {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} - {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 3} - {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 4} - {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 5} - {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 6} - {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 7} - {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 8} - {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 9} - {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 10} - {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 11} - {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 12} - {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_1} - {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_2} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} = 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} - E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} = 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} + energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} + P\\_\\_ThermalStandard\\_{Park City, 1} + P\\_\\_ThermalStandard\\_{Alta, 1} + P\\_\\_ThermalStandard\\_{Brighton, 1} + P\\_\\_ThermalStandard\\_{Sundance, 1} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} + P\\_\\_ThermalStandard\\_{Park City, 2} + P\\_\\_ThermalStandard\\_{Alta, 2} + P\\_\\_ThermalStandard\\_{Brighton, 2} + P\\_\\_ThermalStandard\\_{Sundance, 2} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} + P\\_\\_ThermalStandard\\_{Park City, 3} + P\\_\\_ThermalStandard\\_{Alta, 3} + P\\_\\_ThermalStandard\\_{Brighton, 3} + P\\_\\_ThermalStandard\\_{Sundance, 3} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} + P\\_\\_ThermalStandard\\_{Park City, 4} + P\\_\\_ThermalStandard\\_{Alta, 4} + P\\_\\_ThermalStandard\\_{Brighton, 4} + P\\_\\_ThermalStandard\\_{Sundance, 4} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} + P\\_\\_ThermalStandard\\_{Park City, 5} + P\\_\\_ThermalStandard\\_{Alta, 5} + P\\_\\_ThermalStandard\\_{Brighton, 5} + P\\_\\_ThermalStandard\\_{Sundance, 5} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} + P\\_\\_ThermalStandard\\_{Park City, 6} + P\\_\\_ThermalStandard\\_{Alta, 6} + P\\_\\_ThermalStandard\\_{Brighton, 6} + P\\_\\_ThermalStandard\\_{Sundance, 6} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} + P\\_\\_ThermalStandard\\_{Park City, 7} + P\\_\\_ThermalStandard\\_{Alta, 7} + P\\_\\_ThermalStandard\\_{Brighton, 7} + P\\_\\_ThermalStandard\\_{Sundance, 7} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} + P\\_\\_ThermalStandard\\_{Park City, 8} + P\\_\\_ThermalStandard\\_{Alta, 8} + P\\_\\_ThermalStandard\\_{Brighton, 8} + P\\_\\_ThermalStandard\\_{Sundance, 8} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} + P\\_\\_ThermalStandard\\_{Park City, 9} + P\\_\\_ThermalStandard\\_{Alta, 9} + P\\_\\_ThermalStandard\\_{Brighton, 9} + P\\_\\_ThermalStandard\\_{Sundance, 9} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} + P\\_\\_ThermalStandard\\_{Park City, 10} + P\\_\\_ThermalStandard\\_{Alta, 10} + P\\_\\_ThermalStandard\\_{Brighton, 10} + P\\_\\_ThermalStandard\\_{Sundance, 10} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} + P\\_\\_ThermalStandard\\_{Park City, 11} + P\\_\\_ThermalStandard\\_{Alta, 11} + P\\_\\_ThermalStandard\\_{Brighton, 11} + P\\_\\_ThermalStandard\\_{Sundance, 11} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} + P\\_\\_ThermalStandard\\_{Park City, 12} + P\\_\\_ThermalStandard\\_{Alta, 12} + P\\_\\_ThermalStandard\\_{Brighton, 12} + P\\_\\_ThermalStandard\\_{Sundance, 12} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} + P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} = 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 3} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 4} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 5} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 6} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 7} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 8} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 9} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 10} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 11} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 12} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 3} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 4} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 5} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 6} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 7} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 8} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 9} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 10} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 11} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 12} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 3} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 4} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 5} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 6} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 7} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 8} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 9} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 10} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 11} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 12} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 3} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 4} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 5} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 6} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 7} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 8} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 9} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 10} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 11} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 12} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 3} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 4} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 5} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 6} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 7} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 8} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 9} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 10} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 11} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 12} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 3} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 4} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 5} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 6} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 7} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 8} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 9} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 10} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 11} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 12} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 3} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 4} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 5} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 6} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 7} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 8} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 9} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 10} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 11} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 12} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 3} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 4} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 5} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 6} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 7} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 8} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 9} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 10} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 11} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 12} \\leq 2.0\\\\\n & 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\leq 0.0\\\\\n & 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} + 0.08333333333333333 P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\leq 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 3} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 3} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 3} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 3} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 4} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 4} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 4} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 4} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 5} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 5} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 5} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 5} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 6} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 6} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 6} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 6} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 7} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 7} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 7} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 7} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 8} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 8} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 8} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 8} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 9} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 9} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 9} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 9} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 10} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 10} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 10} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 10} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 11} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 11} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 11} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 11} \\geq 1.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} \\geq 0.16999999999999998\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 12} \\geq 0.033\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 12} \\geq 0.00333\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 12} \\geq 0.2\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 12} \\geq 1.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_3} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_2} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_1} \\geq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\geq 0.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\geq 0.0\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\geq 0.0\\\\\n & Sp\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\geq 0.0\\\\\n & energy\\_shortage\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\geq 0.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 1} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 1} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 1} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 1} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 1} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 2} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 2} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 2} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 2} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 2} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 3} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 3} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 3} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 3} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 3} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 4} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 4} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 4} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 4} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 4} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 5} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 5} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 5} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 5} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 5} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 6} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 6} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 6} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 6} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 6} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 7} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 7} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 7} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 7} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 7} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 8} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 8} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 8} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 8} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 8} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 9} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 9} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 9} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 9} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 9} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 10} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 10} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 10} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 10} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 10} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 11} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 11} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 11} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 11} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 11} \\leq 2.0\\\\\n & P\\_\\_ThermalStandard\\_{Solitude, 12} \\leq 0.35\\\\\n & P\\_\\_ThermalStandard\\_{Park City, 12} \\leq 0.11\\\\\n & P\\_\\_ThermalStandard\\_{Alta, 12} \\leq 0.026\\\\\n & P\\_\\_ThermalStandard\\_{Brighton, 12} \\leq 0.4\\\\\n & P\\_\\_ThermalStandard\\_{Sundance, 12} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 1}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 2}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 3}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 4}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 5}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 6}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 7}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 8}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 9}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 10}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 11}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_2} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Solitude, 12}}\\_{pwl\\_3} \\leq 0.175\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 1}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 2}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 3}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 4}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 5}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 6}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 7}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 8}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 9}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 10}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 11}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Park City, 12}}\\_{pwl\\_2} \\leq 0.11\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 1}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 2}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 3}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 4}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 5}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 6}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 7}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 8}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 9}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 10}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 11}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Alta, 12}}\\_{pwl\\_2} \\leq 0.026000000000000002\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 1}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 2}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 3}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 4}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 5}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 6}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 7}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 8}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 9}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 10}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 11}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Brighton, 12}}\\_{pwl\\_2} \\leq 0.4\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 1}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 2}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 3}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 4}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 5}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 6}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 7}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 8}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 9}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 10}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 11}}\\_{pwl\\_2} \\leq 2.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_1} \\leq 0.0\\\\\n & {P\\_\\_ThermalStandard\\_{Sundance, 12}}\\_{pwl\\_2} \\leq 2.0\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\leq 0.75\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\leq 0.05\\\\\n & P\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\leq 0.75\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\leq 30.744000000000003\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\leq 7.686\\\\\n & E\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\leq 30.744000000000003\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 1} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 1} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 2} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 2} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 3} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 3} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 4} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 4} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 5} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 5} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 6} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 6} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 7} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 7} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 8} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 8} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 9} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 9} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 10} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 10} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 11} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 11} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch1, 12} \\leq 0.0\\\\\n & energy\\_surplus\\_\\_HydroEnergyReservoir\\_{HydroDispatch3, 12} \\leq 0.0\\\\\n\\end{alignat*}\n $$"
     },
     "metadata": {},
     "execution_count": 27
    }
   ],
   "cell_type": "code",
   "source": [
    "sim.problems[\"ED\"].internal.optimization_container.JuMPmodel"
   ],
   "metadata": {},
   "execution_count": 27
  },
  {
   "cell_type": "markdown",
   "source": [
    "And we can execute the simulation by running the following command\n",
    "```julia\n",
    "execute!(sim)\n",
    "```"
   ],
   "metadata": {}
  },
  {
   "cell_type": "markdown",
   "source": [
    "---\n",
    "\n",
    "*This notebook was generated using [Literate.jl](https://github.com/fredrikekre/Literate.jl).*"
   ],
   "metadata": {}
  }
 ],
 "nbformat_minor": 3,
 "metadata": {
  "language_info": {
   "file_extension": ".jl",
   "mimetype": "application/julia",
   "name": "julia",
   "version": "1.5.4"
  },
  "kernelspec": {
   "name": "julia-1.5",
   "display_name": "Julia 1.5.4",
   "language": "julia"
  }
 },
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}