Technology documentation

Biogas imports

pictures2/Biogassupply.png

Technology ID: BIOGAS_IMPORTS



Input energy interface, with default energy:

  • CO2_CONSUMPTION: co2

Output energy interface, with default energy:

  • PRODUCTION: gas

Technology behaviors:

  • MUST_RUN
  • VOLUME_TARGET

Technology parameters:

ID Label Unit Behaviors Description
CO2_CONSUMPTION_YIELD CO2 consumption yield w.r.t production t/MW.h   Yield between the CO2 consumption and the production
PMAX Pmax MW not MUST_RUN Installed power capacity
MIN_LOAD Fleet min load % not MUST_RUN Minimum production level, expressed as a percentage of the available capacity
AVAILABILITY Availability % not MUST_RUN Available capacity, expressed as a percentage of the installed capacity
MINIMUM_VOLUME Minimal target volume MW.h VOLUME_TARGET and not MUST_RUN Minimal export volume over the horizon
STORAGE_CAPACITY Storage capacity MW.h VOLUME_TARGET and not MUST_RUN Storage capacity
MIN_PROFILE Minimal export profile % VOLUME_TARGET and not MUST_RUN Minimal export profile
STORAGE_AVAILABILITY Storage availability % VOLUME_TARGET and not MUST_RUN Storage availability, expressed as a percentage of the installed storage capacity
IMPORTS Imports MW MUST_RUN Sets inelastic imports
PRODUCTION_COST_CURVE Production cost Euro/MW.h HHV   Production cost (emission cost excluded)

Model code:

# Asset parameters definition
cost = asset.getData(PRODUCTION_COST_CURVE)
# Modelling asset state ON
stateON = AssetState('ON')
addEnergyYield(stateON, asset.getData(CO2_CONSUMPTION_YIELD), asset.getParameter(ENERGY_DELIVERY), asset.getParameter(CO2_PICKUP), False, True)
if asset.isActiveBehavior(BH_MUST_RUN):
        stateON.setEquality(asset.getParameter(ENERGY_DELIVERY), False, asset.getData(IMPORTS))
else:
        addTargetInVolume(asset, stateON, interfaceName=ENERGY_DELIVERY, isInput=False, maxVolume=STORAGE_CAPACITY,
                                          minVolume=MINIMUM_VOLUME, maxProfile=STORAGE_AVAILABILITY, minProfile=MIN_PROFILE)
        addEnergyProduction(asset, stateON, energyDelivery=ENERGY_DELIVERY, productionCost=None, pmax=PMAX)
addEnergyCost(stateON, asset.getParameter(ENERGY_DELIVERY), False, cost, asset=asset)
finalize(stateON)




Biomass boiler

pictures2/Boiler.png

Technology ID: BIOMASS_BOILER



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: biomass

Output energy interface, with default energy:

  • CO2: co2
  • PRODUCTION: heat

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
finalize(stateON)




Biomass boiler CCS

pictures2/BoilerCCS.png

Technology ID: BIOMASS_BOILER_CCS



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: biomass

Output energy interface, with default energy:

  • CO2: co2
  • CO2_CAPTURED_PRODUCTION: co2_captured
  • PRODUCTION: heat

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
RATIO_CC Carbon capture ratio %   Carbon capture ratio
CONV_CAPACITY Capacity conversion   RETROFIT_CCS or RETROFIT_H2 CCS Capacity conversion
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
finalize(stateON)




Biomass CHP

pictures2/Co-generation.png

Technology ID: BIOMASS_CHP



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: biomass

Output energy interface, with default energy:

  • CO2: co2
  • HEAT_PRODUCTION: heat
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • MUST_RUN
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV (not CLUSTER) and FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_HEAT Fuel yield w.r.t heat production MW.h/MW.h HHV FUEL Yield between the heat production and the fuel consumption
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
HEAT_OVER_ELEC_RATIO Heat over electricity ratio   not FUEL Heat over electricity ratio used in cogeneration model

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON, energyDelivery=ENERGY_DELIVERY, fuelYieldOrEfficiency=FUEL_YIELD)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyCogenerationProduction(asset, stateON)
finalize(stateON)




Biomass CHP CCS

pictures2/Co-genCCS.png

Technology ID: BIOMASS_CHP_CCS



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: biomass

Output energy interface, with default energy:

  • CO2: co2
  • CO2_CAPTURED_PRODUCTION: co2_captured
  • HEAT_PRODUCTION: heat
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • MUST_RUN
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
RATIO_CC Carbon capture ratio %   Carbon capture ratio
CONV_CAPACITY Capacity conversion   RETROFIT_CCS or RETROFIT_H2 CCS Capacity conversion
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV (not CLUSTER) and FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_HEAT Fuel yield w.r.t heat production MW.h/MW.h HHV FUEL Yield between the heat production and the fuel consumption
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
HEAT_OVER_ELEC_RATIO Heat over electricity ratio   not FUEL Heat over electricity ratio used in cogeneration model

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON, energyDelivery=ENERGY_DELIVERY, fuelYieldOrEfficiency=FUEL_YIELD)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyCogenerationProduction(asset, stateON)
finalize(stateON)




Biomass fleet

pictures2/Decentralizedthermalfleet.png

Technology ID: BIOMASS_FLEET



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: biomass

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • CLUSTER
  • RESERVE
  • MUST_RUN
  • UNIT
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_PMIN Fuel yield at P min MW.h/MW.h HHV (CLUSTER or UNIT) and FUEL Yield between the production and the fuel consumption when the Unit is at P min
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h (CLUSTER or UNIT) and not FUEL CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON)
addUnitMode(asset, stateON)
finalize(stateON)




Biomass fleet CCS

pictures2/BiomassfleetCCS.png

Technology ID: BIOMASS_FLEET_CCS



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: biomass

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • CO2_CAPTURED_PRODUCTION: co2_captured
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • CLUSTER
  • RESERVE
  • MUST_RUN
  • UNIT
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
RATIO_CC Carbon capture ratio %   Carbon capture ratio
CONV_CAPACITY Capacity conversion   RETROFIT_CCS or RETROFIT_H2 CCS Capacity conversion
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_PMIN Fuel yield at P min MW.h/MW.h HHV (CLUSTER or UNIT) and FUEL Yield between the production and the fuel consumption when the Unit is at P min
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h (CLUSTER or UNIT) and not FUEL CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON)
addUnitMode(asset, stateON)
finalize(stateON)




Biomass imports

pictures2/Biomasssupply.png

Technology ID: BIOMASS_IMPORTS



Input energy interface, with default energy:

  • CO2_CONSUMPTION: co2

Output energy interface, with default energy:

  • PRODUCTION: biomass

Technology behaviors:

  • MUST_RUN
  • VOLUME_TARGET

Technology parameters:

ID Label Unit Behaviors Description
CO2_CONSUMPTION_YIELD CO2 consumption yield w.r.t production t/MW.h   Yield between the CO2 consumption and the production
PMAX Pmax MW not MUST_RUN Installed power capacity
MIN_LOAD Fleet min load % not MUST_RUN Minimum production level, expressed as a percentage of the available capacity
AVAILABILITY Availability % not MUST_RUN Available capacity, expressed as a percentage of the installed capacity
MINIMUM_VOLUME Minimal target volume MW.h VOLUME_TARGET and not MUST_RUN Minimal export volume over the horizon
STORAGE_CAPACITY Storage capacity MW.h VOLUME_TARGET and not MUST_RUN Storage capacity
MIN_PROFILE Minimal export profile % VOLUME_TARGET and not MUST_RUN Minimal export profile
STORAGE_AVAILABILITY Storage availability % VOLUME_TARGET and not MUST_RUN Storage availability, expressed as a percentage of the installed storage capacity
IMPORTS Imports MW MUST_RUN Sets inelastic imports
PRODUCTION_COST_CURVE Production cost Euro/MW.h HHV   Production cost (emission cost excluded)

Model code:

# Asset parameters definition
cost = asset.getData(PRODUCTION_COST_CURVE)
# Modelling asset state ON
stateON = AssetState('ON')
addEnergyYield(stateON, asset.getData(CO2_CONSUMPTION_YIELD), asset.getParameter(ENERGY_DELIVERY), asset.getParameter(CO2_PICKUP), False, True)
if asset.isActiveBehavior(BH_MUST_RUN):
        stateON.setEquality(asset.getParameter(ENERGY_DELIVERY), False, asset.getData(IMPORTS))
else:
        addTargetInVolume(asset, stateON, interfaceName=ENERGY_DELIVERY, isInput=False, maxVolume=STORAGE_CAPACITY,
                                          minVolume=MINIMUM_VOLUME, maxProfile=STORAGE_AVAILABILITY, minProfile=MIN_PROFILE)
        addEnergyProduction(asset, stateON, energyDelivery=ENERGY_DELIVERY, productionCost=None, pmax=PMAX)
addEnergyCost(stateON, asset.getParameter(ENERGY_DELIVERY), False, cost, asset=asset)
finalize(stateON)




Biomass supply

pictures2/Biomasssupply.png

Technology ID: BIOMASS_SUPPLY



Input energy interface, with default energy:

  • CO2_CONSUMPTION: co2

Output energy interface, with default energy:

  • PRODUCTION: biomass

Technology parameters:

ID Label Unit Behaviors Description
CO2_CONSUMPTION_YIELD CO2 consumption yield w.r.t production t/MW.h   Yield between the CO2 consumption and the production
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)

Model code:

stateON = AssetState('ON')
addEnergyCost(stateON, asset.getParameter(ENERGY_DELIVERY), False, asset.getData(PRODUCTION_COST))
# Biomass supply consumes CO2 to ensure the carbon neutrality of Biomass consuming assets
if getAssetData(asset, CO2_CONSUMPTION_YIELD, mustExist=False,  dataName=LABELS[CO2_CONSUMPTION_YIELD]) is not None:
        addEnergyYield(stateON, asset.getData(CO2_CONSUMPTION_YIELD), asset.getParameter(ENERGY_DELIVERY), asset.getParameter(CO2_PICKUP), False, True)
MODEL.addState(stateON)




CAES fleet

pictures2/BatteryElec.png

Technology ID: CAES_FLEET



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • DISCHARGE_TIMES
  • RESERVE

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
STORAGE_CAPEX_OVERNIGHT Overnight CAPEX (Storage) Euro/MW.h/Year   Overnight capital expenditure for storage assets
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
STORAGE_CAPEX CAPEX (Storage) Euro/MW.h/Year   Capital expenditure for storage assets
STORAGE_CAPACITY Storage capacity MW.h (not DISCHARGE_TIMES) Storage capacity
DISCHARGE_TIME Discharge time h DISCHARGE_TIMES Discharge time
STORAGE_AVAILABILITY Storage availability %   Storage availability, expressed as a percentage of the installed storage capacity
INPUT_EFFICIENCY Input efficiency %   Pumping efficiency
OUTPUT_EFFICIENCY Output efficiency %   Turbining efficiency
LOSS_RATE Loss rate %/h   Storage loss rate

Model code:

stateON = AssetState('ON')
addEnergyProduction(asset, stateON)
addEnergyConsumption(asset, stateON)
addDischargeStock(asset, stateON, inputEfficiency=INPUT_EFFICIENCY, outputEfficiency=OUTPUT_EFFICIENCY, storageAvailability=STORAGE_AVAILABILITY, initialEqualsFinal=True)
addReserveProductionStorage(asset, stateON)
finalize(stateON)




CCGT fleet

pictures2/Gasfleet.png

Technology ID: CCGT_FLEET



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: gas

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • CLUSTER
  • RESERVE
  • UNIT
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_PMIN Fuel yield at P min MW.h/MW.h HHV (CLUSTER or UNIT) and FUEL Yield between the production and the fuel consumption when the Unit is at P min
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h (CLUSTER or UNIT) and not FUEL CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON)
addUnitMode(asset, stateON)
finalize(stateON)




CCGT fleet CCS

pictures2/GasfleetCCS.png

Technology ID: CCGT_FLEET_CCS



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: gas

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • CO2_CAPTURED_PRODUCTION: co2_captured
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • CLUSTER
  • RESERVE
  • UNIT
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
RATIO_CC Carbon capture ratio %   Carbon capture ratio
CONV_CAPACITY Capacity conversion   RETROFIT_CCS or RETROFIT_H2 CCS Capacity conversion
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_PMIN Fuel yield at P min MW.h/MW.h HHV (CLUSTER or UNIT) and FUEL Yield between the production and the fuel consumption when the Unit is at P min
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h (CLUSTER or UNIT) and not FUEL CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON)
addUnitMode(asset, stateON)
finalize(stateON)




CO2 captured demand

pictures2/CO2_captured_demand.png

Technology ID: CO2_CAPTURED_DEMAND



Input energy interface, with default energy:

  • CONSUMPTION: co2_captured

Technology parameters:

ID Label Unit Behaviors Description
DEMAND Demand t   Power demand

Model code:

stateON = AssetState('ON')
stateON.setEquality(asset.getParameter(ENERGY_PICKUP), True, asset.getData(DEMAND))
MODEL.addState(stateON)




CO2 captured maritime transport

pictures2/CO2_captured_marit_transport.png

Technology ID: CO2_CAPTURED_MARITIME_TRANSPORT



Input energy interface, with default energy:

  • CONSUMPTION: co2_captured

Output energy interface, with default energy:

  • PRODUCTION: co2_captured

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • RETROFIT_H2

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/t/h   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/t/h   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation t/h OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning t/h OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
PMAX Pmax t/h (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
CAPEX CAPEX Euro/t/h/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/t/h/Year   Fixed Operating Costs (only used for capacity optimization)
PMAXMIN Min Pmax t/h OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax t/h OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
PRODUCTION_COST Production cost Euro/t   Production cost (emission cost excluded)
ENTRY_FEE Fee for gas injection on the internal network Euro/t   Entry fee
CONSUMPTION_COST Consumption cost Euro/t   Consumption cost
EXIT_FEE Fee for gas withdrawal from the internal network Euro/t   Exit fee
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
LOSSES Losses %   Transmission losses
MIN_FLOW Minimal flow %   Minimal flow on a pipeline, expressed as a percentage of the installed capacity.
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute

Model code:

stateON = AssetState('ON')
addGradients(asset, stateON, isInput=True)
# Computing overall cost to set on incoming flows (consumption cost + network exit fee)
overallConsumptionCost  = getAssetData(asset, CONSUMPTION_COST, dataName=LABELS[CONSUMPTION_COST], mustExist=False)
exitFee = getAssetData(asset, "EXIT_FEE", mustExist=False)
if exitFee is not None:
        overallConsumptionCost += exitFee

# Computing overall cost to set on outcoming flows (production cost + network entry fee)
overallProductionCost  = getAssetData(asset, PRODUCTION_COST, dataName=LABELS[PRODUCTION_COST], mustExist=False)
entryFee = getAssetData(asset, "ENTRY_FEE", mustExist=False)
if entryFee is not None:
        overallProductionCost += entryFee

addEnergyTransmission(asset, stateON, consumptionCost = overallConsumptionCost, productionCost = overallProductionCost)
# Add minimum flows constraints
minimumFlow = getAssetData(asset, MIN_FLOW, mustExist=False, resizePercentage=True)
if minimumFlow is not None and minimumFlow > 0:
        addMinimumFlow(asset, stateON)
finalize(stateON)




CO2 captured pipeline

pictures2/CO2_captured_pipeline.png

Technology ID: CO2_CAPTURED_PIPELINE



Input energy interface, with default energy:

  • CONSUMPTION: co2_captured

Output energy interface, with default energy:

  • PRODUCTION: co2_captured

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • RETROFIT_H2

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/t/h   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/t/h   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation t/h OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning t/h OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
PMAX Pmax t/h (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
CAPEX CAPEX Euro/t/h/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/t/h/Year   Fixed Operating Costs (only used for capacity optimization)
PMAXMIN Min Pmax t/h OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax t/h OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
PRODUCTION_COST Production cost Euro/t   Production cost (emission cost excluded)
ENTRY_FEE Fee for gas injection on the internal network Euro/t   Entry fee
CONSUMPTION_COST Consumption cost Euro/t   Consumption cost
EXIT_FEE Fee for gas withdrawal from the internal network Euro/t   Exit fee
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
LOSSES Losses %   Transmission losses
MIN_FLOW Minimal flow %   Minimal flow on a pipeline, expressed as a percentage of the installed capacity.
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute

Model code:

stateON = AssetState('ON')
addGradients(asset, stateON, isInput=True)
# Computing overall cost to set on incoming flows (consumption cost + network exit fee)
overallConsumptionCost  = getAssetData(asset, CONSUMPTION_COST, dataName=LABELS[CONSUMPTION_COST], mustExist=False)
exitFee = getAssetData(asset, "EXIT_FEE", mustExist=False)
if exitFee is not None:
        overallConsumptionCost += exitFee

# Computing overall cost to set on outcoming flows (production cost + network entry fee)
overallProductionCost  = getAssetData(asset, PRODUCTION_COST, dataName=LABELS[PRODUCTION_COST], mustExist=False)
entryFee = getAssetData(asset, "ENTRY_FEE", mustExist=False)
if entryFee is not None:
        overallProductionCost += entryFee

addEnergyTransmission(asset, stateON, consumptionCost = overallConsumptionCost, productionCost = overallProductionCost)
# Add minimum flows constraints
minimumFlow = getAssetData(asset, MIN_FLOW, mustExist=False, resizePercentage=True)
if minimumFlow is not None and minimumFlow > 0:
        addMinimumFlow(asset, stateON)
finalize(stateON)




CO2 captured sequestration

pictures2/CO2_sequestration.png

Technology ID: CO2_CAPTURED_SEQUESTRATION



Input energy interface, with default energy:

  • CONSUMPTION: co2_captured

Technology behaviors:

  • OPTIM_PMAX
  • OPTIM_PATHWAY

Technology parameters:

ID Label Unit Behaviors Description
CONSUMPTION_COST Consumption cost Euro/t   Consumption cost
CAPEX_OVERNIGHT CAPEX Overnight Euro/t/h   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/t/h   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation t/h OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning t/h OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
PMAX Pmax t/h (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
CAPEX CAPEX Euro/t/h/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/t/h/Year   Fixed Operating Costs (only used for capacity optimization)
PMAXMIN Min Pmax t/h OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax t/h OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization

Model code:

stateON = AssetState('ON')
addEnergyConsumption(asset, stateON, availability=100)
finalize(stateON)




CO2 captured storage

pictures2/CO2_captured_storage.png

Technology ID: CO2_CAPTURED_STORAGE



Input energy interface, with default energy:

  • CONSUMPTION: co2_captured

Output energy interface, with default energy:

  • PRODUCTION: co2_captured

Technology behaviors:

  • OPTIM_PATHWAY
  • USE_PMAX_IN
  • OPTIM_PMAX
  • DISCHARGE_TIMES
  • GRADIENTS

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/t/h   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/t/h   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation t/h OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning t/h OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
STORAGE_CAPEX_OVERNIGHT Overnight CAPEX (Storage) Euro/t/Year   Overnight capital expenditure for storage assets
PMAX Pmax t/h (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
CAPEX CAPEX Euro/t/h/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/t/h/Year   Fixed Operating Costs (only used for capacity optimization)
PMAXMIN Min Pmax t/h OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax t/h OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
CONSUMPTION_COST Consumption cost Euro/t   Consumption cost
EXIT_FEE Fee for gas withdrawal from the internal network Euro/t   Exit fee
PRODUCTION_COST Production cost Euro/t   Production cost (emission cost excluded)
ENTRY_FEE Fee for gas injection on the internal network Euro/t   Entry fee
STORAGE_CAPEX CAPEX (Storage) Euro/t/Year   Capital expenditure for storage assets
STORAGE_CAPACITY Storage capacity t   Storage capacity
PMAX_IN Pmax In t USE_PMAX_IN and (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Input maximal power
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
STORAGE_AVAILABILITY Storage availability %   Storage availability, expressed as a percentage of the installed storage capacity
MIN_STORAGE_LEVEL Minimal storage level %   Minimum level for storage, expressed as a percentage of the installed storage capacity
DISCHARGE_TIME Discharge time h   Discharge time
AVAILABILITY_IN Input availability %   Injection capacity availability
MIN_INITIAL_STORAGE_LEVEL Minimal initial storage level %   Minimal initial storage level, expressed as percentage of the storage capacity
MAX_INITIAL_STORAGE_LEVEL Maximal initial storage level %   Maximal initial storage level, expressed as percentage of the storage capacity
PMAX_IN_OUT_RATIO Withdrawal over Injection ratio (for capacity optimization) % OPTIM_PMAX or OPTIM_PATHWAY Injection (to the storage) over Withdrawal (from the storage) ratio (for capacity optimization)
EMPTY_STORAGE_RATIO_WITHDRAWAL Empty storage ratio of available withdrawal capacity %   Share of storage available withdrawal capacity when empty
FILLED_STORAGE_RATIO_INJECTION Filled storage ratio of available injection capacity %   Share of storage available injection capacity when filled
INJECTION_INFLEXION_STORAGE_LEVEL Injection capacity inflexion storage level %   Storage level at which available injection capacity starts to decrease
WITHDRAWAL_INFLEXION_STORAGE_LEVEL Withdrawal capacity inflexion storage level %   Storage level at which available withdrawal capacity reaches 100%
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute

Model code:

stateON = AssetState('ON')
moduleStock = addDischargeStock(asset, stateON, minStorageLevel=MIN_STORAGE_LEVEL, initialStorageLevel=None, storageAvailability=STORAGE_AVAILABILITY, initialEqualsFinal=True)
variableStorageInjectionCapacity(MODEL, asset, stateON, moduleStock, pmaxInOutRatio = PMAX_IN_OUT_RATIO)
variableStorageWithdrawalCapacity(MODEL, asset, stateON, moduleStock)
addInitialStorageLevelBounds(asset, moduleStock, initialStorageLevel=None, minInitialStorageLevel=MIN_INITIAL_STORAGE_LEVEL, maxInitialStorageLevel= MAX_INITIAL_STORAGE_LEVEL)

# Computing overall cost to set on incoming flows (consumption cost + network exit fee)
overallConsumptionCost  = getAssetData(asset, CONSUMPTION_COST, dataName=LABELS[CONSUMPTION_COST], mustExist=False)
exitFee = getAssetData(asset, "EXIT_FEE", mustExist=False)
if exitFee is not None:
        overallConsumptionCost += exitFee

# Computing overall cost to set on outcoming flows (production cost + network entry fee)
overallProductionCost  = getAssetData(asset, PRODUCTION_COST, dataName=LABELS[PRODUCTION_COST], mustExist=False)
entryFee = getAssetData(asset, "ENTRY_FEE", mustExist=False)
if entryFee is not None:
        overallProductionCost += entryFee

addEnergyConsumption(asset, stateON, availability = "AVAILABILITY_IN", pmaxInOutRatio = PMAX_IN_OUT_RATIO, consumptionCost = overallConsumptionCost)
addEnergyProduction(asset, stateON, productionCost = overallProductionCost)
addGradients(asset, stateON)
finalize(stateON)




CO2 emissions

pictures2/CO2contract.png

Technology ID: CO2_EMISSIONS



Input energy interface, with default energy:

  • CONSUMPTION: co2

Technology parameters:

ID Label Unit Behaviors Description
PRICE Price Euro/t   Price

Model code:

stateON = AssetState('ON')
addEnergyCost(stateON, asset.getParameter(ENERGY_PICKUP), True, asset.getData(PRICE))
MODEL.addState(stateON)




CO2 emissions limit

pictures2/Model.png

Technology ID: CO2_EMISSIONS_LIMIT



Technology parameters:

ID Label Unit Behaviors Description
SET_CONSTRAINTS Set constraints Boolean   Boolean that activates the associated model object
CO2_EMISSIONS_LIMIT_NODES Nodes of CO2 emissions limit     Matrix mapping nodes to CO2 emission limited regions
CO2_EMISSIONS_LIMIT_ZONES Quotas of CO2 emissions limit     CO2 quotas of CO2 limited regions

Model code:

if bool(asset.getData("SET_CONSTRAINTS").getDataValue()) == True:
        setCO2EmissionLimit(asset, Crystal.getPortfolio())




Nodes of CO2 emissions limit

Technology ID: CO2_EMISSIONS_LIMIT_NODES



Technology parameters:

ID Label Unit Behaviors Description
NODE Delivery points      
EMISSION_ZONE Aggregated region     CO2 limited aggregated region
value value      




Quotas of CO2 emissions limit

Technology ID: CO2_EMISSIONS_LIMIT_ZONES



Technology parameters:

ID Label Unit Behaviors Description
EMISSION_ZONE Aggregated region     CO2 limited aggregated region




CO2 supply

pictures2/CO2supply.png

Technology ID: CO2_SUPPLY



Output energy interface, with default energy:

  • PRODUCTION: co2

Technology parameters:

ID Label Unit Behaviors Description
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)

Model code:

stateON = AssetState('ON')
addEnergyCost(stateON, asset.getParameter(ENERGY_DELIVERY), False, asset.getData(PRODUCTION_COST))
# Biomass supply consumes CO2 to ensure the carbon neutrality of Biomass consuming assets
if getAssetData(asset, CO2_CONSUMPTION_YIELD, mustExist=False,  dataName=LABELS[CO2_CONSUMPTION_YIELD]) is not None:
        addEnergyYield(stateON, asset.getData(CO2_CONSUMPTION_YIELD), asset.getParameter(ENERGY_DELIVERY), asset.getParameter(CO2_PICKUP), False, True)
MODEL.addState(stateON)




Coal CHP

pictures2/Co-generation.png

Technology ID: COAL_CHP



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: coal

Output energy interface, with default energy:

  • CO2: co2
  • HEAT_PRODUCTION: heat
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • MUST_RUN

Technology parameters:

ID Label Unit Behaviors Description
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV (not CLUSTER) and FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_HEAT Fuel yield w.r.t heat production MW.h/MW.h HHV FUEL Yield between the heat production and the fuel consumption
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
HEAT_OVER_ELEC_RATIO Heat over electricity ratio   not FUEL Heat over electricity ratio used in cogeneration model

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON, energyDelivery=ENERGY_DELIVERY, fuelYieldOrEfficiency=FUEL_YIELD)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyCogenerationProduction(asset, stateON)
finalize(stateON)




Coal CHP CCS

pictures2/Co-genCCS.png

Technology ID: COAL_CHP_CCS



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: coal

Output energy interface, with default energy:

  • CO2: co2
  • CO2_CAPTURED_PRODUCTION: co2_captured
  • HEAT_PRODUCTION: heat
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • MUST_RUN

Technology parameters:

ID Label Unit Behaviors Description
RATIO_CC Carbon capture ratio %   Carbon capture ratio
CONV_CAPACITY Capacity conversion   RETROFIT_CCS or RETROFIT_H2 CCS Capacity conversion
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV (not CLUSTER) and FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_HEAT Fuel yield w.r.t heat production MW.h/MW.h HHV FUEL Yield between the heat production and the fuel consumption
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
HEAT_OVER_ELEC_RATIO Heat over electricity ratio   not FUEL Heat over electricity ratio used in cogeneration model

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON, energyDelivery=ENERGY_DELIVERY, fuelYieldOrEfficiency=FUEL_YIELD)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyCogenerationProduction(asset, stateON)
finalize(stateON)




Coal fleet

pictures2/Coalfleet.png

Technology ID: COAL_FLEET



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: coal

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • CLUSTER
  • RESERVE
  • UNIT
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_PMIN Fuel yield at P min MW.h/MW.h HHV (CLUSTER or UNIT) and FUEL Yield between the production and the fuel consumption when the Unit is at P min
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h (CLUSTER or UNIT) and not FUEL CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON)
addUnitMode(asset, stateON)
finalize(stateON)




Coal fleet CCS

pictures2/CoalfleetCCS.png

Technology ID: COAL_FLEET_CCS



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: coal

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • CO2_CAPTURED_PRODUCTION: co2_captured
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • CLUSTER
  • RESERVE
  • UNIT
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
RATIO_CC Carbon capture ratio %   Carbon capture ratio
CONV_CAPACITY Capacity conversion   RETROFIT_CCS or RETROFIT_H2 CCS Capacity conversion
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_PMIN Fuel yield at P min MW.h/MW.h HHV (CLUSTER or UNIT) and FUEL Yield between the production and the fuel consumption when the Unit is at P min
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h (CLUSTER or UNIT) and not FUEL CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON)
addUnitMode(asset, stateON)
finalize(stateON)




Coal supply

pictures2/Coalsupply.png

Technology ID: COAL_SUPPLY



Output energy interface, with default energy:

  • PRODUCTION: coal

Technology parameters:

ID Label Unit Behaviors Description
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)

Model code:

stateON = AssetState('ON')
addEnergyCost(stateON, asset.getParameter(ENERGY_DELIVERY), False, asset.getData(PRODUCTION_COST))
# Biomass supply consumes CO2 to ensure the carbon neutrality of Biomass consuming assets
if getAssetData(asset, CO2_CONSUMPTION_YIELD, mustExist=False,  dataName=LABELS[CO2_CONSUMPTION_YIELD]) is not None:
        addEnergyYield(stateON, asset.getData(CO2_CONSUMPTION_YIELD), asset.getParameter(ENERGY_DELIVERY), asset.getParameter(CO2_PICKUP), False, True)
MODEL.addState(stateON)




CSP fleet

pictures2/CSPfleet.png

Technology ID: CSP_FLEET



Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • DISCHARGE_TIMES
  • RESERVE

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
STORAGE_CAPEX_OVERNIGHT Overnight CAPEX (Storage) Euro/MW.h/Year   Overnight capital expenditure for storage assets
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
PRORATA_SUPPLY Availability solar %   Availability solar
PRORATA_SUPPLY_COEF Ratio PmaxSolar/PmaxTurbine     Ratio PmaxSolar/PmaxTurbine
STORAGE_CAPEX CAPEX (Storage) Euro/MW.h/Year   Capital expenditure for storage assets
STORAGE_CAPACITY Storage capacity MW.h (not DISCHARGE_TIMES) Storage capacity
DISCHARGE_TIME Discharge time h DISCHARGE_TIMES Discharge time
STORAGE_AVAILABILITY Storage availability %   Storage availability, expressed as a percentage of the installed storage capacity
LOSS_RATE Loss rate %/h   Storage loss rate
OUTPUT_EFFICIENCY Output efficiency MW/MW.h   Turbining efficiency

Model code:

stateON = AssetState('ON')
addEnergyProduction(asset, stateON)
addDischargeStock(asset, stateON, energyPickup=None, outputEfficiency=OUTPUT_EFFICIENCY, storageCost=0, initialStorageLevel=0, storageAvailability=STORAGE_AVAILABILITY, initialEqualsFinal=True)
addReserveProduction(asset, stateON, isFleetModeEnabled=True)
finalize(stateON)




Decentralized thermal fleet

pictures2/Decentralizedthermalfleet.png

Technology ID: DECENTRALIZED_THERMAL_FLEET



Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • CLUSTER
  • RESERVE
  • UNIT

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
CO2_CONTENT CO2 emissions t/MW.h   Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h CLUSTER or UNIT CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.

Model code:

stateON = AssetState('ON')
addCo2Production(asset, stateON)
addEnergyProduction(asset, stateON, minLoad=MIN_LOAD)
addReserveProduction(asset, stateON)
addUnitMode(asset, stateON)
finalize(stateON)




Demand

pictures2/Demand.png

Technology ID: DEMAND



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Technology parameters:

ID Label Unit Behaviors Description
DEMAND Demand MW   Power demand

Model code:

stateON = AssetState('ON')
stateON.setEquality(asset.getParameter(ENERGY_PICKUP), True, asset.getData(DEMAND))
MODEL.addState(stateON)




Demand-response

pictures2/ControllableDemand.png

Technology ID: DEMAND-RESPONSE



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Technology behaviors:

  • MUST_RUN

Technology parameters:

ID Label Unit Behaviors Description
DEMAND_CYCLE_DURATION Demand cycle duration h not MUST_RUN Demand cycle duration, to compute a regular flexible demand from the realistic demand
DEMAND_FIRST_HOUR Demand first hour h not MUST_RUN Demand cycle duration, to compute a regular flexible demand from the realistic demand
STORAGE_COST Storage cost Euro/MW.h/h not MUST_RUN Cost associated with storage. Non-zero storage cost prevents equaly-optimal
DEMAND Demand MW   Power demand
PMAX_IN Pmax In MW not MUST_RUN Input maximal power

Model code:

stateON = AssetState('ON')
setDemandResponseModel(stateON, asset)
finalize(stateON)




Derived gasses fleet

pictures2/Co-generation.png

Technology ID: DERIVED_GASSES_FLEET



Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • MUST_RUN
  • OPTIM_PMAX
  • RESERVE

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
CO2_CONTENT CO2 emissions t/MW.h   Yield between the CO2 emissions and the production

Model code:

stateON = AssetState('ON')
addEnergyProduction(asset, stateON)
addCo2Production(asset, stateON)
addReserveProduction(asset, stateON, isFleetModeEnabled=True)
finalize(stateON)




Direct air capture

pictures2/CO2_DAC.png

Technology ID: DIRECT_AIR_CAPTURE



Input energy interface, with default energy:

  • CO2_CONSUMPTION: co2
  • CONSUMPTION: electricity

Output energy interface, with default energy:

  • PRODUCTION: co2_captured

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/t/h   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/t/h   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation t/h OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning t/h OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
PMAX Pmax t/h (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
CAPEX CAPEX Euro/t/h/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/t/h/Year   Fixed Operating Costs (only used for capacity optimization)
PMAXMIN Min Pmax t/h OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax t/h OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/t   Production cost (emission cost excluded)
YIELD Yield w.r.t production t/MW   Yield between the production and the consumption
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute

Model code:

stateON = AssetState('ON')
addEnergyProduction(asset, stateON)
yieldRatio = getAssetData(asset, YIELD)
consumption = asset.getParameter(ENERGY_PICKUP)
co2Consumption = asset.getParameter(CO2_PICKUP)
production = asset.getParameter(ENERGY_DELIVERY)
addGradients(asset,stateON)
addEnergyYield(stateON, yieldRatio, consumption, production, isInputA=True, isInputB=False)
addEnergyYield(stateON, 1, production, co2Consumption, isInputA=False, isInputB=True)
finalize(stateON)




Domestic heat pump

pictures2/HeatPump.png

Technology ID: DOMESTIC_HEAT_PUMP



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: gas
  • CONSUMPTION: electricity

Output energy interface, with default energy:

  • CO2: co2

Technology behaviors:

  • GAS_BACKUP_HEATER
  • MUST_RUN

Technology parameters:

ID Label Unit Behaviors Description
BIVALENT_TEMP Bivalent temperature     The temperature below which the back-up heater has to supplement the heat pump is called the bivalent temperature
TEMPERATURE Heat source temperature     Heat source temperature
COP Coefficient of performance x:temperature; y:efficiency   Coefficient of performance
BACKUP_HEATER_YIELD Backup heater efficiency     Backup heater efficiency
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV GAS_BACKUP_HEATER Yield between the fuel consumption and the CO2 emissions
DISCHARGE_TIME Discharge time h not MUST_RUN Discharge time
STORAGE_COST Storage cost Euro/MW.h/h not MUST_RUN Cost associated with storage. Non-zero storage cost prevents equaly-optimal
LOSS_RATE Loss rate %/h not MUST_RUN Storage loss rate
HEATING_DEMAND Heating demand MW.h   Heating demand
BIVALENT_TEMP_PMAX HP capacity MW   HP capacity above bivalent temperature

Model code:

stateON = AssetState('ON')
heatPumpCapacity = buildHPcapacity(asset, stateON)
createHeatPumpConstraints(asset, stateON, heatPumpCapacity)
finalize(stateON)




DSR

pictures2/DSR.png

Technology ID: DSR



Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp

Technology behaviors:

  • RESERVE
  • SYNC_RESERVE_UP
  • SYNC_RESERVE_DOWN
  • MFRR_UP
  • MFRR_DOWN

Technology parameters:

ID Label Unit Behaviors Description
PMAX Pmax MW RESERVE Installed power capacity
SYNC_RESERVE_PROCUREMENT_COST Synchronized reserve procurement cost Euro/MW RESERVE and (SYNC_RESERVE_UP or SYNC_RESERVE_DOWN) Synchronized reserve procurement cost, for up and downward reserve
MFRR_PROCUREMENT_COST mFRR reserve procurement cost Euro/MW RESERVE and (MFRR_UP or MFRR_DOWN) mFRR reserve procurement cost for up and downward reserve

Model code:

stateON = AssetState('ON')
addDSRReserveProduction(asset, stateON)
finalize(stateON)




Electric boiler

pictures2/Boiler.png

Technology ID: ELECTRIC_BOILER



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Output energy interface, with default energy:

  • PRODUCTION: heat

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS

Technology parameters:

ID Label Unit Behaviors Description
YIELD Yield w.r.t production MW.h/MW.h HHV   Yield between the production and the consumption
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity

Model code:

stateON = AssetState('ON')
yieldRatio = getAssetData(asset, YIELD)
consumption = asset.getParameter(ENERGY_PICKUP)
production = asset.getParameter(ENERGY_DELIVERY)
addEnergyYield(stateON, yieldRatio, consumption, production, isInputA=True, isInputB=False)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
finalize(stateON)




Electric vehicles

pictures2/EVdemand.png

Technology ID: ELECTRIC_VEHICLES



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • USE_ENERGY_PRODUCTION
  • MUST_RUN
  • RESERVE

Technology parameters:

ID Label Unit Behaviors Description
ARRIVALS Percentage of EV arriving at terminal %   Percentage of vehicles arriving at terminal
EV_RECHARGE Average journey discharge kWh   Average journey discharge
EV_PMAX_IN Average charging capacity kW   Average charging capacity per vehicle
INPUT_EFFICIENCY Input efficiency %   Pumping efficiency
INITIAL_CONNECTED_EV Percentage of connected EV at t=0 % not MUST_RUN Percentage of connected EV at t=0
DEPARTURES Percentage of EV leaving from terminal % not MUST_RUN Percentage of vehicles leaving from terminal
EV_STORAGE_CAPACITY EV storage capacity kWh not MUST_RUN EV storage capacity
STORAGE_COST Storage cost Euro/MWh/h not MUST_RUN Cost associated with storage. Non-zero storage cost prevents equaly-optimal
EV_PMAX_OUT Average V2G discharging capacity kW USE_ENERGY_PRODUCTION and not MUST_RUN Average Vehicle-to-grid discharging capacity
OUTPUT_EFFICIENCY Output efficiency % USE_ENERGY_PRODUCTION and not MUST_RUN Turbining efficiency
PRODUCTION_COST Production cost   USE_ENERGY_PRODUCTION and not MUST_RUN Production cost (emission cost excluded)
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE and not MUST_RUN Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE and not MUST_RUN Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE and not MUST_RUN Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE and not MUST_RUN Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE and not MUST_RUN Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE and not MUST_RUN Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE and not MUST_RUN Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE and not MUST_RUN Operating cost of downward mFRR
TOTAL_EV Total number of EV EV   Total number of vehicles

Model code:

stateON = AssetState('ON')
setElectricVehiclesModel(stateON, asset)
finalize(stateON)




Electrolysis

pictures2/Electrolysis.png

Technology ID: ELECTROLYSIS



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Output energy interface, with default energy:

  • PRODUCTION: hydrogen

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
YIELD Yield w.r.t production MW.h/MW.h HHV   Yield between the production and the consumption

Model code:

stateON = AssetState('ON')
addEnergyProduction(asset, stateON)
yieldRatio = getAssetData(asset, "YIELD")
consumption = asset.getParameter(ENERGY_PICKUP)
production = asset.getParameter(ENERGY_DELIVERY)
addEnergyYield(stateON, yieldRatio, consumption, production, isInputA=True, isInputB=False)
finalize(stateON)




Export contract

pictures2/Exportcontract.png

Technology ID: EXPORT_CONTRACT



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Technology parameters:

ID Label Unit Behaviors Description
EXPORTS Exports MW   Exports

Model code:

stateON = AssetState('ON')
stateON.setEquality(asset.getParameter(ENERGY_PICKUP), True, asset.getData(EXPORTS))
MODEL.addState(stateON)




Flow-based domain

Technology ID: FLOW_BASED_DOMAIN



Technology parameters:

ID Label Unit Behaviors Description
FLOW_BASED_DOMAIN Flow-based domain     Defines critical network elements data (PTDF and RAM) to allocate capacities on flow-based interconnections
CNEC CNEC     Critical Network Element Contingency
FB_PARAMETER Flow-based parameter     Flow-based parameter : n
NODE_FB Flow-based node     Node in flow-based coupling method
NODE_INPUT Input node      
NODE_OUTPUT Output node      




Fuel cell CHP

pictures2/Co-generation.png

Technology ID: FUEL_CELL_CHP



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: hydrogen

Output energy interface, with default energy:

  • CO2: co2
  • HEAT_PRODUCTION: heat
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • MUST_RUN

Technology parameters:

ID Label Unit Behaviors Description
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV (not CLUSTER) and FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_HEAT Fuel yield w.r.t heat production MW.h/MW.h HHV FUEL Yield between the heat production and the fuel consumption
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
HEAT_OVER_ELEC_RATIO Heat over electricity ratio   not FUEL Heat over electricity ratio used in cogeneration model

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON, energyDelivery=ENERGY_DELIVERY, fuelYieldOrEfficiency=FUEL_YIELD)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyCogenerationProduction(asset, stateON)
finalize(stateON)




Gas boiler

pictures2/Boiler.png

Technology ID: GAS_BOILER



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: gas

Output energy interface, with default energy:

  • CO2: co2
  • PRODUCTION: heat

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
finalize(stateON)




Gas boiler CCS

pictures2/BoilerCCS.png

Technology ID: GAS_BOILER_CCS



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: gas

Output energy interface, with default energy:

  • CO2: co2
  • CO2_CAPTURED_PRODUCTION: co2_captured
  • PRODUCTION: heat

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
RATIO_CC Carbon capture ratio %   Carbon capture ratio
CONV_CAPACITY Capacity conversion   RETROFIT_CCS or RETROFIT_H2 CCS Capacity conversion
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
finalize(stateON)




Gas CHP

pictures2/Co-generation.png

Technology ID: GAS_CHP



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: gas

Output energy interface, with default energy:

  • CO2: co2
  • HEAT_PRODUCTION: heat
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • MUST_RUN
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV (not CLUSTER) and FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_HEAT Fuel yield w.r.t heat production MW.h/MW.h HHV FUEL Yield between the heat production and the fuel consumption
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
HEAT_OVER_ELEC_RATIO Heat over electricity ratio   not FUEL Heat over electricity ratio used in cogeneration model

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON, energyDelivery=ENERGY_DELIVERY, fuelYieldOrEfficiency=FUEL_YIELD)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyCogenerationProduction(asset, stateON)
finalize(stateON)




Gas CHP CCS

pictures2/Co-genCCS.png

Technology ID: GAS_CHP_CCS



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: gas

Output energy interface, with default energy:

  • CO2: co2
  • CO2_CAPTURED_PRODUCTION: co2_captured
  • HEAT_PRODUCTION: heat
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • MUST_RUN
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
RATIO_CC Carbon capture ratio %   Carbon capture ratio
CONV_CAPACITY Capacity conversion   RETROFIT_CCS or RETROFIT_H2 CCS Capacity conversion
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV (not CLUSTER) and FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_HEAT Fuel yield w.r.t heat production MW.h/MW.h HHV FUEL Yield between the heat production and the fuel consumption
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
HEAT_OVER_ELEC_RATIO Heat over electricity ratio   not FUEL Heat over electricity ratio used in cogeneration model

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON, energyDelivery=ENERGY_DELIVERY, fuelYieldOrEfficiency=FUEL_YIELD)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyCogenerationProduction(asset, stateON)
finalize(stateON)




Gas consumption

pictures2/Demand-Gas.png

Technology ID: GAS_CONSUMPTION



Input energy interface, with default energy:

  • CONSUMPTION: gas

Output energy interface, with default energy:

  • CO2: co2

Technology parameters:

ID Label Unit Behaviors Description
CO2_CONTENT CO2 emissions t/MW.h   Yield between the CO2 emissions and the production
COST Consumption cost t/MW.h   Consumption cost
DEMAND Demand MW   Power demand

Model code:

stateON = AssetState('ON')
stateON.setEquality(asset.getParameter(ENERGY_PICKUP), True, asset.getData(DEMAND))

# If Equipped with CCS, co2Content is shared between CO2_DELIVERY and CO2_CAPTURED_DELIVERY interfaces
co2Content = asset.getData(CO2_CONTENT)
ratioCC = getAssetData(asset, RATIO_CC, mustExist=False, dataName=LABELS[RATIO_CC])
if ratioCC is not None:
        addEnergyYield(stateON, co2Content * (ratioCC/100), asset.getParameter(ENERGY_PICKUP), asset.getParameter(CO2_CAPTURED_DELIVERY), True, False)
        co2Content = co2Content * (1 - ratioCC/100)
addEnergyYield(stateON, co2Content, asset.getParameter(ENERGY_PICKUP), asset.getParameter(CO2_DELIVERY), True, False)

addEnergyCost(stateON, asset.getParameter(ENERGY_PICKUP), True, asset.getData(COST))
finalize(stateON)




Gas consumption CCS

pictures2/GasconsumptionCCS.png

Technology ID: GAS_CONSUMPTION_CCS



Input energy interface, with default energy:

  • CONSUMPTION: gas

Output energy interface, with default energy:

  • CO2: co2
  • CO2_CAPTURED_PRODUCTION: co2_captured

Technology parameters:

ID Label Unit Behaviors Description
RATIO_CC Carbon capture ratio %   Carbon capture ratio
CO2_CONTENT CO2 emissions t/MW.h   Yield between the CO2 emissions and the production
COST Consumption cost t/MW.h   Consumption cost
DEMAND Demand MW   Power demand

Model code:

stateON = AssetState('ON')
stateON.setEquality(asset.getParameter(ENERGY_PICKUP), True, asset.getData(DEMAND))

# If Equipped with CCS, co2Content is shared between CO2_DELIVERY and CO2_CAPTURED_DELIVERY interfaces
co2Content = asset.getData(CO2_CONTENT)
ratioCC = getAssetData(asset, RATIO_CC, mustExist=False, dataName=LABELS[RATIO_CC])
if ratioCC is not None:
        addEnergyYield(stateON, co2Content * (ratioCC/100), asset.getParameter(ENERGY_PICKUP), asset.getParameter(CO2_CAPTURED_DELIVERY), True, False)
        co2Content = co2Content * (1 - ratioCC/100)
addEnergyYield(stateON, co2Content, asset.getParameter(ENERGY_PICKUP), asset.getParameter(CO2_DELIVERY), True, False)

addEnergyCost(stateON, asset.getParameter(ENERGY_PICKUP), True, asset.getData(COST))
finalize(stateON)




Gas exports

pictures2/Gasexports.png

Technology ID: GAS_EXPORTS



Input energy interface, with default energy:

  • CONSUMPTION: gas

Technology behaviors:

  • MUST_RUN
  • VOLUME_TARGET

Technology parameters:

ID Label Unit Behaviors Description
PMAX Pmax MW not MUST_RUN Installed power capacity
MIN_LOAD Fleet min load % not MUST_RUN Minimum production level, expressed as a percentage of the available capacity
AVAILABILITY Availability % not MUST_RUN Available capacity, expressed as a percentage of the installed capacity
MINIMUM_VOLUME Minimal target volume MW.h VOLUME_TARGET and not MUST_RUN Minimal export volume over the horizon
STORAGE_CAPACITY Storage capacity MW.h VOLUME_TARGET and not MUST_RUN Storage capacity
MIN_PROFILE Minimal export profile % VOLUME_TARGET and not MUST_RUN Minimal export profile
STORAGE_AVAILABILITY Storage availability % VOLUME_TARGET and not MUST_RUN Storage availability, expressed as a percentage of the installed storage capacity
EXPORTS Exports MW MUST_RUN Exports
PRICE Price Euro   Price

Model code:

# Asset parameters definition
# Price can't be of type curve because of -1 multiplication
consumptionCost = - asset.getData(PRICE)
# Modelling asset state ON
stateON = AssetState('ON')

if asset.isActiveBehavior(BH_MUST_RUN):
        stateON.setEquality(asset.getParameter(ENERGY_PICKUP), True, asset.getData(EXPORTS))
else:
        addTargetInVolume(asset, stateON, interfaceName=ENERGY_PICKUP, isInput=True, maxVolume=STORAGE_CAPACITY, minVolume="MINIMUM_VOLUME" , maxProfile=STORAGE_AVAILABILITY, minProfile="MIN_PROFILE")
        addEnergyConsumption(asset, stateON, energyPickup=ENERGY_PICKUP, consumptionCost=None, pmaxIn=PMAX)

addEnergyCost(stateON, asset.getParameter(ENERGY_PICKUP), True, consumptionCost, asset=asset)
finalize(stateON)




Gas imports

pictures2/Gasimports.png

Technology ID: GAS_IMPORTS



Output energy interface, with default energy:

  • PRODUCTION: gas

Technology behaviors:

  • MUST_RUN
  • VOLUME_TARGET

Technology parameters:

ID Label Unit Behaviors Description
PMAX Pmax MW not MUST_RUN Installed power capacity
MIN_LOAD Fleet min load % not MUST_RUN Minimum production level, expressed as a percentage of the available capacity
AVAILABILITY Availability % not MUST_RUN Available capacity, expressed as a percentage of the installed capacity
MINIMUM_VOLUME Minimal target volume MW.h VOLUME_TARGET and not MUST_RUN Minimal export volume over the horizon
STORAGE_CAPACITY Storage capacity MW.h VOLUME_TARGET and not MUST_RUN Storage capacity
MIN_PROFILE Minimal export profile % VOLUME_TARGET and not MUST_RUN Minimal export profile
STORAGE_AVAILABILITY Storage availability % VOLUME_TARGET and not MUST_RUN Storage availability, expressed as a percentage of the installed storage capacity
IMPORTS Imports MW MUST_RUN Sets inelastic imports
PRODUCTION_COST_CURVE Production cost Euro/MW.h HHV   Production cost (emission cost excluded)

Model code:

# Asset parameters definition
cost = asset.getData(PRODUCTION_COST_CURVE)
# Modelling asset state ON
stateON = AssetState('ON')

if asset.isActiveBehavior(BH_MUST_RUN):
        stateON.setEquality(asset.getParameter(ENERGY_DELIVERY), False, asset.getData(IMPORTS))
else:
        addTargetInVolume(asset, stateON, interfaceName=ENERGY_DELIVERY, isInput=False, maxVolume=STORAGE_CAPACITY, minVolume="MINIMUM_VOLUME" , maxProfile=STORAGE_AVAILABILITY, minProfile="MIN_PROFILE")
        addEnergyProduction(asset, stateON, energyDelivery=ENERGY_DELIVERY, productionCost=None, pmax=PMAX)

addEnergyCost(stateON, asset.getParameter(ENERGY_DELIVERY), False, cost, asset=asset)
finalize(stateON)




Gas production

pictures2/Gasproduction.png

Technology ID: GAS_PRODUCTION



Output energy interface, with default energy:

  • PRODUCTION: gas

Technology behaviors:

  • OPTIM_PATHWAY
  • MUST_RUN
  • OPTIM_PMAX
  • GRADIENTS

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST_CURVE Production cost Euro/MW.h   Production cost (emission cost excluded)
MIN_LOAD Fleet min load % of Pmax not MUST_RUN Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute

Model code:

stateON = AssetState('ON')
addGradients(asset, stateON)
addEnergyProduction(asset, stateON, productionCost=None)
cost = asset.getData(PRODUCTION_COST_CURVE)
addEnergyCost(stateON, asset.getParameter(ENERGY_DELIVERY), False, cost, asset=asset)
finalize(stateON)




Gas storage

pictures2/Gasstorage.png

Technology ID: GAS_STORAGE



Input energy interface, with default energy:

  • CONSUMPTION: gas

Output energy interface, with default energy:

  • PRODUCTION: gas

Technology behaviors:

  • OPTIM_PATHWAY
  • USE_PMAX_IN
  • OPTIM_PMAX
  • DISCHARGE_TIMES
  • GRADIENTS

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
STORAGE_CAPEX_OVERNIGHT Overnight CAPEX (Storage) Euro/MW.h/Year   Overnight capital expenditure for storage assets
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
CONSUMPTION_COST Consumption cost Euro/MW.h   Consumption cost
EXIT_FEE Fee for gas withdrawal from the internal network Euro/MW.h   Exit fee
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
ENTRY_FEE Fee for gas injection on the internal network Euro/MW.h   Entry fee
STORAGE_CAPEX CAPEX (Storage) Euro/MW.h/Year   Capital expenditure for storage assets
STORAGE_CAPACITY Storage capacity MW.h   Storage capacity
STORAGE_AVAILABILITY Storage availability %   Storage availability, expressed as a percentage of the installed storage capacity
MIN_STORAGE_LEVEL Minimal storage level %   Minimum level for storage, expressed as a percentage of the installed storage capacity
DISCHARGE_TIME Discharge time h   Discharge time
PMAX_IN Pmax In MW USE_PMAX_IN and (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Input maximal power
AVAILABILITY_IN Input availability %   Injection capacity availability
MIN_INITIAL_STORAGE_LEVEL Minimal initial storage level %   Minimal initial storage level, expressed as percentage of the storage capacity
MAX_INITIAL_STORAGE_LEVEL Maximal initial storage level %   Maximal initial storage level, expressed as percentage of the storage capacity
PMAX_IN_OUT_RATIO Withdrawal over Injection ratio (for capacity optimization) % OPTIM_PMAX or OPTIM_PATHWAY Injection (to the storage) over Withdrawal (from the storage) ratio (for capacity optimization)
EMPTY_STORAGE_RATIO_WITHDRAWAL Empty storage ratio of available withdrawal capacity %   Share of storage available withdrawal capacity when empty
FILLED_STORAGE_RATIO_INJECTION Filled storage ratio of available injection capacity %   Share of storage available injection capacity when filled
INJECTION_INFLEXION_STORAGE_LEVEL Injection capacity inflexion storage level %   Storage level at which available injection capacity starts to decrease
WITHDRAWAL_INFLEXION_STORAGE_LEVEL Withdrawal capacity inflexion storage level %   Storage level at which available withdrawal capacity reaches 100%
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute

Model code:

stateON = AssetState('ON')
moduleStock = addDischargeStock(asset, stateON, minStorageLevel=MIN_STORAGE_LEVEL, initialStorageLevel=None, storageAvailability=STORAGE_AVAILABILITY, initialEqualsFinal=True)
variableStorageInjectionCapacity(MODEL, asset, stateON, moduleStock, pmaxInOutRatio = PMAX_IN_OUT_RATIO)
variableStorageWithdrawalCapacity(MODEL, asset, stateON, moduleStock)
addInitialStorageLevelBounds(asset, moduleStock, initialStorageLevel=None, minInitialStorageLevel=MIN_INITIAL_STORAGE_LEVEL, maxInitialStorageLevel= MAX_INITIAL_STORAGE_LEVEL)

# Computing overall cost to set on incoming flows (consumption cost + network exit fee)
overallConsumptionCost  = getAssetData(asset, CONSUMPTION_COST, dataName=LABELS[CONSUMPTION_COST], mustExist=False)
exitFee = getAssetData(asset, "EXIT_FEE", mustExist=False)
if exitFee is not None:
        overallConsumptionCost += exitFee

# Computing overall cost to set on outcoming flows (production cost + network entry fee)
overallProductionCost  = getAssetData(asset, PRODUCTION_COST, dataName=LABELS[PRODUCTION_COST], mustExist=False)
entryFee = getAssetData(asset, "ENTRY_FEE", mustExist=False)
if entryFee is not None:
        overallProductionCost += entryFee

addEnergyConsumption(asset, stateON, availability = "AVAILABILITY_IN", pmaxInOutRatio = PMAX_IN_OUT_RATIO, consumptionCost = overallConsumptionCost)
addEnergyProduction(asset, stateON, productionCost = overallProductionCost)
addGradients(asset, stateON)
finalize(stateON)




Gas supply

pictures2/SupplyGas.png

Technology ID: GAS_SUPPLY



Output energy interface, with default energy:

  • PRODUCTION: gas

Technology parameters:

ID Label Unit Behaviors Description
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)

Model code:

stateON = AssetState('ON')
addEnergyCost(stateON, asset.getParameter(ENERGY_DELIVERY), False, asset.getData(PRODUCTION_COST))
# Biomass supply consumes CO2 to ensure the carbon neutrality of Biomass consuming assets
if getAssetData(asset, CO2_CONSUMPTION_YIELD, mustExist=False,  dataName=LABELS[CO2_CONSUMPTION_YIELD]) is not None:
        addEnergyYield(stateON, asset.getData(CO2_CONSUMPTION_YIELD), asset.getParameter(ENERGY_DELIVERY), asset.getParameter(CO2_PICKUP), False, True)
MODEL.addState(stateON)




Generic storage

pictures2/GenericStorage.png

Technology ID: GENERIC_STORAGE



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • DISCHARGE_TIMES
  • RESERVE

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
STORAGE_CAPEX_OVERNIGHT Overnight CAPEX (Storage) Euro/MW.h/Year   Overnight capital expenditure for storage assets
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
STORAGE_CAPEX CAPEX (Storage) Euro/MW.h/Year   Capital expenditure for storage assets
STORAGE_CAPACITY Storage capacity MW.h (not DISCHARGE_TIMES) Storage capacity
DISCHARGE_TIME Discharge time h DISCHARGE_TIMES Discharge time
STORAGE_AVAILABILITY Storage availability %   Storage availability, expressed as a percentage of the installed storage capacity
INPUT_EFFICIENCY Input efficiency %   Pumping efficiency
OUTPUT_EFFICIENCY Output efficiency %   Turbining efficiency
LOSS_RATE Loss rate %/h   Storage loss rate

Model code:

stateON = AssetState('ON')
addEnergyProduction(asset, stateON)
addEnergyConsumption(asset, stateON)
addDischargeStock(asset, stateON, inputEfficiency=INPUT_EFFICIENCY, outputEfficiency=OUTPUT_EFFICIENCY, storageAvailability=STORAGE_AVAILABILITY, initialEqualsFinal=True)
addReserveProductionStorage(asset, stateON)
finalize(stateON)




Geothermal fleet

pictures2/Geothermalplant.png

Technology ID: GEOTHERMAL_FLEET



Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • MUST_RUN
  • OPTIM_PMAX
  • RESERVE

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
CO2_CONTENT CO2 emissions t/MW.h   Yield between the CO2 emissions and the production

Model code:

stateON = AssetState('ON')
addEnergyProduction(asset, stateON)
addCo2Production(asset, stateON)
addReserveProduction(asset, stateON, isFleetModeEnabled=True)
finalize(stateON)




Geothermal heat

pictures2/Geothermalplant.png

Technology ID: GEOTHERMAL_HEAT



Output energy interface, with default energy:

  • PRODUCTION: heat

Technology behaviors:

  • OPTIM_PATHWAY
  • MUST_RUN
  • OPTIM_PMAX

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity

Model code:

stateON = AssetState('ON')
addEnergyProduction(asset, stateON)
finalize(stateON)




H2_PIPELINE_RETROFIT

pictures2/pipeline_hydrogen_retrofitted.png

Technology ID: H2_PIPELINE_RETROFIT



Input energy interface, with default energy:

  • CONSUMPTION: hydrogen

Output energy interface, with default energy:

  • PRODUCTION: hydrogen

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • RETROFIT_H2

Technology parameters:

ID Label Unit Behaviors Description
CONV_CAPACITY Capacity conversion   RETROFIT_CCS or RETROFIT_H2 CCS Capacity conversion
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
ENTRY_FEE Fee for gas injection on the internal network Euro/MW.h   Entry fee
CONSUMPTION_COST Consumption cost Euro/MW.h   Consumption cost
EXIT_FEE Fee for gas withdrawal from the internal network Euro/MW.h   Exit fee
LOSSES Losses %   Transmission losses
MIN_FLOW Minimal flow %   Minimal flow on a pipeline, expressed as a percentage of the installed capacity.
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute

Model code:

stateON = AssetState('ON')
addGradients(asset, stateON, isInput=True)
# Computing overall cost to set on incoming flows (consumption cost + network exit fee)
overallConsumptionCost  = getAssetData(asset, CONSUMPTION_COST, dataName=LABELS[CONSUMPTION_COST], mustExist=False)
exitFee = getAssetData(asset, "EXIT_FEE", mustExist=False)
if exitFee is not None:
        overallConsumptionCost += exitFee

# Computing overall cost to set on outcoming flows (production cost + network entry fee)
overallProductionCost  = getAssetData(asset, PRODUCTION_COST, dataName=LABELS[PRODUCTION_COST], mustExist=False)
entryFee = getAssetData(asset, "ENTRY_FEE", mustExist=False)
if entryFee is not None:
        overallProductionCost += entryFee

addEnergyTransmission(asset, stateON, consumptionCost = overallConsumptionCost, productionCost = overallProductionCost)
# Add minimum flows constraints
minimumFlow = getAssetData(asset, MIN_FLOW, mustExist=False, resizePercentage=True)
if minimumFlow is not None and minimumFlow > 0:
        addMinimumFlow(asset, stateON)
finalize(stateON)




Hydrogen pipeline retrofitted equality

pictures2/Model.png

Technology ID: H2_PIPELINE_RETROFIT_EQUALITY



Technology parameters:

ID Label Unit Behaviors Description
SET_CONSTRAINTS Set constraints Boolean   Boolean that activates the associated model object

Model code:

if bool(asset.getData("SET_CONSTRAINTS").getDataValue()) == True:
        setTransmissionEquality(Crystal.getPortfolio(), F_H2_PIPELINE_RETROFIT)




Heat demand

pictures2/Heatdemand.png

Technology ID: HEAT_DEMAND



Input energy interface, with default energy:

  • CONSUMPTION: heat

Technology parameters:

ID Label Unit Behaviors Description
DEMAND Demand MW   Power demand

Model code:

stateON = AssetState('ON')
stateON.setEquality(asset.getParameter(ENERGY_PICKUP), True, asset.getData(DEMAND))
MODEL.addState(stateON)




Hydrogen boiler

pictures2/Boiler.png

Technology ID: HYDROGEN_BOILER



Input energy interface, with default energy:

  • CONSUMPTION: hydrogen

Output energy interface, with default energy:

  • PRODUCTION: heat

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS

Technology parameters:

ID Label Unit Behaviors Description
YIELD Yield w.r.t production MW.h/MW.h HHV   Yield between the production and the consumption
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity

Model code:

stateON = AssetState('ON')
yieldRatio = getAssetData(asset, YIELD)
consumption = asset.getParameter(ENERGY_PICKUP)
production = asset.getParameter(ENERGY_DELIVERY)
addEnergyYield(stateON, yieldRatio, consumption, production, isInputA=True, isInputB=False)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
finalize(stateON)




Hydrogen CCGT

pictures2/Gasfleet.png

Technology ID: HYDROGEN_CCGT



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: hydrogen

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • CLUSTER
  • RESERVE
  • UNIT
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_PMIN Fuel yield at P min MW.h/MW.h HHV (CLUSTER or UNIT) and FUEL Yield between the production and the fuel consumption when the Unit is at P min
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h (CLUSTER or UNIT) and not FUEL CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON)
addUnitMode(asset, stateON)
finalize(stateON)




Hydrogen CHP

pictures2/Co-generation.png

Technology ID: HYDROGEN_CHP



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: hydrogen

Output energy interface, with default energy:

  • CO2: co2
  • HEAT_PRODUCTION: heat
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • MUST_RUN

Technology parameters:

ID Label Unit Behaviors Description
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV (not CLUSTER) and FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_HEAT Fuel yield w.r.t heat production MW.h/MW.h HHV FUEL Yield between the heat production and the fuel consumption
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
HEAT_OVER_ELEC_RATIO Heat over electricity ratio   not FUEL Heat over electricity ratio used in cogeneration model

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON, energyDelivery=ENERGY_DELIVERY, fuelYieldOrEfficiency=FUEL_YIELD)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyCogenerationProduction(asset, stateON)
finalize(stateON)




Hydrogen demand

pictures2/Hydrogendemand.png

Technology ID: HYDROGEN_DEMAND



Input energy interface, with default energy:

  • CONSUMPTION: hydrogen

Technology parameters:

ID Label Unit Behaviors Description
DEMAND Demand MW   Power demand

Model code:

stateON = AssetState('ON')
stateON.setEquality(asset.getParameter(ENERGY_PICKUP), True, asset.getData(DEMAND))
MODEL.addState(stateON)




Hydrogen OCGT

pictures2/Gasfleet.png

Technology ID: HYDROGEN_OCGT



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: hydrogen

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • CLUSTER
  • RESERVE
  • UNIT
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_PMIN Fuel yield at P min MW.h/MW.h HHV (CLUSTER or UNIT) and FUEL Yield between the production and the fuel consumption when the Unit is at P min
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h (CLUSTER or UNIT) and not FUEL CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.
MFRR_UP_NOT_RUNNING_COST Cost for not running upward mFRR Euro/MW RESERVE Cost associated with the mfrr reserve procurement from non-running capacity

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON, isQuickStart=True)
addUnitMode(asset, stateON)
finalize(stateON)




Hydrogen pipeline

pictures2/pipeline_hydrogen.png

Technology ID: HYDROGEN_PIPELINE



Input energy interface, with default energy:

  • CONSUMPTION: hydrogen

Output energy interface, with default energy:

  • PRODUCTION: hydrogen

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
ENTRY_FEE Fee for gas injection on the internal network Euro/MW.h   Entry fee
CONSUMPTION_COST Consumption cost Euro/MW.h   Consumption cost
EXIT_FEE Fee for gas withdrawal from the internal network Euro/MW.h   Exit fee
LOSSES Losses %   Transmission losses
MIN_FLOW Minimal flow %   Minimal flow on a pipeline, expressed as a percentage of the installed capacity.
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute

Model code:

stateON = AssetState('ON')
addGradients(asset, stateON, isInput=True)
# Computing overall cost to set on incoming flows (consumption cost + network exit fee)
overallConsumptionCost  = getAssetData(asset, CONSUMPTION_COST, dataName=LABELS[CONSUMPTION_COST], mustExist=False)
exitFee = getAssetData(asset, "EXIT_FEE", mustExist=False)
if exitFee is not None:
        overallConsumptionCost += exitFee

# Computing overall cost to set on outcoming flows (production cost + network entry fee)
overallProductionCost  = getAssetData(asset, PRODUCTION_COST, dataName=LABELS[PRODUCTION_COST], mustExist=False)
entryFee = getAssetData(asset, "ENTRY_FEE", mustExist=False)
if entryFee is not None:
        overallProductionCost += entryFee

addEnergyTransmission(asset, stateON, consumptionCost = overallConsumptionCost, productionCost = overallProductionCost)
# Add minimum flows constraints
minimumFlow = getAssetData(asset, MIN_FLOW, mustExist=False, resizePercentage=True)
if minimumFlow is not None and minimumFlow > 0:
        addMinimumFlow(asset, stateON)
finalize(stateON)




Hydrogen storage

pictures2/Gasstorage.png

Technology ID: HYDROGEN_STORAGE



Input energy interface, with default energy:

  • CONSUMPTION: hydrogen

Output energy interface, with default energy:

  • PRODUCTION: hydrogen

Technology behaviors:

  • OPTIM_PATHWAY
  • USE_PMAX_IN
  • OPTIM_PMAX
  • DISCHARGE_TIMES
  • GRADIENTS

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
STORAGE_CAPEX_OVERNIGHT Overnight CAPEX (Storage) Euro/MW.h/Year   Overnight capital expenditure for storage assets
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
CONSUMPTION_COST Consumption cost Euro/MW.h   Consumption cost
EXIT_FEE Fee for gas withdrawal from the internal network Euro/MW.h   Exit fee
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
ENTRY_FEE Fee for gas injection on the internal network Euro/MW.h   Entry fee
STORAGE_CAPEX CAPEX (Storage) Euro/MW.h/Year   Capital expenditure for storage assets
STORAGE_CAPACITY Storage capacity MW.h   Storage capacity
STORAGE_AVAILABILITY Storage availability %   Storage availability, expressed as a percentage of the installed storage capacity
MIN_STORAGE_LEVEL Minimal storage level %   Minimum level for storage, expressed as a percentage of the installed storage capacity
DISCHARGE_TIME Discharge time h   Discharge time
PMAX_IN Pmax In MW USE_PMAX_IN and (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Input maximal power
AVAILABILITY_IN Input availability %   Injection capacity availability
MIN_INITIAL_STORAGE_LEVEL Minimal initial storage level %   Minimal initial storage level, expressed as percentage of the storage capacity
MAX_INITIAL_STORAGE_LEVEL Maximal initial storage level %   Maximal initial storage level, expressed as percentage of the storage capacity
PMAX_IN_OUT_RATIO Withdrawal over Injection ratio (for capacity optimization) % OPTIM_PMAX or OPTIM_PATHWAY Injection (to the storage) over Withdrawal (from the storage) ratio (for capacity optimization)
EMPTY_STORAGE_RATIO_WITHDRAWAL Empty storage ratio of available withdrawal capacity %   Share of storage available withdrawal capacity when empty
FILLED_STORAGE_RATIO_INJECTION Filled storage ratio of available injection capacity %   Share of storage available injection capacity when filled
INJECTION_INFLEXION_STORAGE_LEVEL Injection capacity inflexion storage level %   Storage level at which available injection capacity starts to decrease
WITHDRAWAL_INFLEXION_STORAGE_LEVEL Withdrawal capacity inflexion storage level %   Storage level at which available withdrawal capacity reaches 100%
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute

Model code:

stateON = AssetState('ON')
moduleStock = addDischargeStock(asset, stateON, minStorageLevel=MIN_STORAGE_LEVEL, initialStorageLevel=None, storageAvailability=STORAGE_AVAILABILITY, initialEqualsFinal=True)
variableStorageInjectionCapacity(MODEL, asset, stateON, moduleStock, pmaxInOutRatio = PMAX_IN_OUT_RATIO)
variableStorageWithdrawalCapacity(MODEL, asset, stateON, moduleStock)
addInitialStorageLevelBounds(asset, moduleStock, initialStorageLevel=None, minInitialStorageLevel=MIN_INITIAL_STORAGE_LEVEL, maxInitialStorageLevel= MAX_INITIAL_STORAGE_LEVEL)

# Computing overall cost to set on incoming flows (consumption cost + network exit fee)
overallConsumptionCost  = getAssetData(asset, CONSUMPTION_COST, dataName=LABELS[CONSUMPTION_COST], mustExist=False)
exitFee = getAssetData(asset, "EXIT_FEE", mustExist=False)
if exitFee is not None:
        overallConsumptionCost += exitFee

# Computing overall cost to set on outcoming flows (production cost + network entry fee)
overallProductionCost  = getAssetData(asset, PRODUCTION_COST, dataName=LABELS[PRODUCTION_COST], mustExist=False)
entryFee = getAssetData(asset, "ENTRY_FEE", mustExist=False)
if entryFee is not None:
        overallProductionCost += entryFee

addEnergyConsumption(asset, stateON, availability = "AVAILABILITY_IN", pmaxInOutRatio = PMAX_IN_OUT_RATIO, consumptionCost = overallConsumptionCost)
addEnergyProduction(asset, stateON, productionCost = overallProductionCost)
addGradients(asset, stateON)
finalize(stateON)




Hydrogen supply

pictures2/HydrogenSupply.png

Technology ID: HYDROGEN_SUPPLY



Output energy interface, with default energy:

  • PRODUCTION: hydrogen

Technology parameters:

ID Label Unit Behaviors Description
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)

Model code:

stateON = AssetState('ON')
addEnergyCost(stateON, asset.getParameter(ENERGY_DELIVERY), False, asset.getData(PRODUCTION_COST))
# Biomass supply consumes CO2 to ensure the carbon neutrality of Biomass consuming assets
if getAssetData(asset, CO2_CONSUMPTION_YIELD, mustExist=False,  dataName=LABELS[CO2_CONSUMPTION_YIELD]) is not None:
        addEnergyYield(stateON, asset.getData(CO2_CONSUMPTION_YIELD), asset.getParameter(ENERGY_DELIVERY), asset.getParameter(CO2_PICKUP), False, True)
MODEL.addState(stateON)




Hydro fleet

pictures2/Hydrofleet.png

Technology ID: HYDRO_FLEET



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • CLUSTER
  • DISCHARGE_TIMES
  • RESERVE
  • USE_PMAX_IN
  • UNIT

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
STORAGE_CAPEX_OVERNIGHT Overnight CAPEX (Storage) Euro/MW.h/Year   Overnight capital expenditure for storage assets
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
AVAILABILITY_IN Input availability %   Injection capacity availability
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
CONSUMPTION_COST Consumption cost Euro/MW.h   Consumption cost
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
STORAGE_CAPEX CAPEX (Storage) Euro/MW.h/Year   Capital expenditure for storage assets
STORAGE_CAPACITY Storage capacity MW.h (not DISCHARGE_TIMES) Storage capacity
DISCHARGE_TIME Discharge time h DISCHARGE_TIMES Discharge time
STORAGE_AVAILABILITY Storage availability %   Storage availability, expressed as a percentage of the installed storage capacity
INPUT_EFFICIENCY Input efficiency %   Pumping efficiency
OUTPUT_EFFICIENCY Output efficiency %   Turbining efficiency
MIN_STORAGE_LEVEL Minimal storage level %   Minimum level for storage, expressed as a percentage of the installed storage capacity
INITIAL_STORAGE_LEVEL Storage initial level %   Initial storage level, expressed as a percentage of the installed storage capacity
BOUNDED_SUPPLY Bounded supply MW   Supply with overflow control. Excess supply will not be added to storage if it is already full.
STORAGE_COST Storage cost Euro/MW.h/h   Cost associated with storage. Non-zero storage cost prevents equaly-optimal
PMAX_IN Pmax In MW USE_PMAX_IN and (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Input maximal power
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW CLUSTER Cost associated with maintaining a certain running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.
MFRR_UP_NOT_RUNNING_COST Cost for not running upward mFRR Euro/MW RESERVE Cost associated with the mfrr reserve procurement from non-running capacity

Model code:

stateON = AssetState('ON')
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
addEnergyConsumption(asset, stateON, availability="AVAILABILITY_IN")
addDischargeStock(asset, stateON, minStorageLevel=MIN_STORAGE_LEVEL, inputEfficiency=INPUT_EFFICIENCY, outputEfficiency=OUTPUT_EFFICIENCY, initialStorageLevel=INITIAL_STORAGE_LEVEL, storageAvailability=STORAGE_AVAILABILITY, initialEqualsFinal=True)
addReserveProduction(asset, stateON, isQuickStart=True, isFleetModeEnabled=True)
addUnitMode(asset, stateON)
finalize(stateON)




Hydro RoR fleet

pictures2/HydroRoRfleet.png

Technology ID: HYDRO_ROR_FLEET



Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • MUST_RUN
  • OPTIM_PMAX
  • RESERVE

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
INCENTIVE Incentives to produce (cost) Euro/MW.h   Incentives to produce

Model code:

# Asset parameters definition
productionCostWithIncentive = asset.getData(PRODUCTION_COST) - asset.getData(INCENTIVE)

# Modelling asset state ON
stateON = AssetState('ON')
addEnergyProduction(asset, stateON, productionCost=productionCostWithIncentive)
addReserveProduction(asset, stateON, isFleetModeEnabled=True)
finalize(stateON)




Import contract

pictures2/Importcontract.png

Technology ID: IMPORT_CONTRACT



Output energy interface, with default energy:

  • PRODUCTION: electricity

Technology parameters:

ID Label Unit Behaviors Description
IMPORTS Imports MW   Sets inelastic imports

Model code:

stateON = AssetState('ON')
stateON.setEquality( asset.getParameter(ENERGY_DELIVERY), False, asset.getData(IMPORTS) )
MODEL.addState(stateON)




Import pipeline

pictures2/Pipeline.png

Technology ID: IMPORT_PIPELINE



Input energy interface, with default energy:

  • CONSUMPTION: gas

Output energy interface, with default energy:

  • PRODUCTION: gas

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
ENTRY_FEE Fee for gas injection on the internal network Euro/MW.h   Entry fee
CONSUMPTION_COST Consumption cost Euro/MW.h   Consumption cost
EXIT_FEE Fee for gas withdrawal from the internal network Euro/MW.h   Exit fee
LOSSES Losses %   Transmission losses
MIN_FLOW Minimal flow %   Minimal flow on a pipeline, expressed as a percentage of the installed capacity.
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute

Model code:

stateON = AssetState('ON')
addGradients(asset, stateON, isInput=True)
# Computing overall cost to set on incoming flows (consumption cost + network exit fee)
overallConsumptionCost  = getAssetData(asset, CONSUMPTION_COST, dataName=LABELS[CONSUMPTION_COST], mustExist=False)
exitFee = getAssetData(asset, "EXIT_FEE", mustExist=False)
if exitFee is not None:
        overallConsumptionCost += exitFee

# Computing overall cost to set on outcoming flows (production cost + network entry fee)
overallProductionCost  = getAssetData(asset, PRODUCTION_COST, dataName=LABELS[PRODUCTION_COST], mustExist=False)
entryFee = getAssetData(asset, "ENTRY_FEE", mustExist=False)
if entryFee is not None:
        overallProductionCost += entryFee

addEnergyTransmission(asset, stateON, consumptionCost = overallConsumptionCost, productionCost = overallProductionCost)
# Add minimum flows constraints
minimumFlow = getAssetData(asset, MIN_FLOW, mustExist=False, resizePercentage=True)
if minimumFlow is not None and minimumFlow > 0:
        addMinimumFlow(asset, stateON)
finalize(stateON)




Interruptible load

pictures2/ControllableDemand.png

Technology ID: INTERRUPTIBLE_LOAD



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Technology parameters:

ID Label Unit Behaviors Description
STORAGE_CAPACITY Storage capacity MW.h   Storage capacity
PRODUCTION_COST Production cost     Production cost (emission cost excluded)
DEMAND Demand MW   Power demand

Model code:

stateON = AssetState('ON')
setInterruptibleLoadModel(stateON, asset)
finalize(stateON)




Large-scale electric heat pump

pictures2/HeatPumpOptim.png

Technology ID: LARGE-SCALE_HEAT_PUMP_ELEC



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Output energy interface, with default energy:

  • PRODUCTION: heat

Technology behaviors:

  • OPTIM_PATHWAY
  • MUST_RUN
  • OPTIM_PMAX

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
YIELD Yield w.r.t production MW.h/MW.h HHV   Yield between the production and the consumption

Model code:

stateON = AssetState('ON')
yieldRatio = getAssetData(asset, YIELD)
consumption = asset.getParameter(ENERGY_PICKUP)
production = asset.getParameter(ENERGY_DELIVERY)
addEnergyYield(stateON, yieldRatio, consumption, production, isInputA=True, isInputB=False)
addEnergyProduction(asset, stateON)
finalize(stateON)




Large-scale gas heat pump

pictures2/HeatPumpOptim.png

Technology ID: LARGE-SCALE_HEAT_PUMP_GAS



Input energy interface, with default energy:

  • CONSUMPTION: gas

Output energy interface, with default energy:

  • PRODUCTION: heat

Technology behaviors:

  • OPTIM_PATHWAY
  • MUST_RUN
  • OPTIM_PMAX

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
YIELD Yield w.r.t production MW.h/MW.h HHV   Yield between the production and the consumption

Model code:

stateON = AssetState('ON')
yieldRatio = getAssetData(asset, YIELD)
consumption = asset.getParameter(ENERGY_PICKUP)
production = asset.getParameter(ENERGY_DELIVERY)
addEnergyYield(stateON, yieldRatio, consumption, production, isInputA=True, isInputB=False)
addEnergyProduction(asset, stateON)
finalize(stateON)




Lignite fleet

pictures2/Lignitefleet.png

Technology ID: LIGNITE_FLEET



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: lignite

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • CLUSTER
  • RESERVE
  • UNIT
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_PMIN Fuel yield at P min MW.h/MW.h HHV (CLUSTER or UNIT) and FUEL Yield between the production and the fuel consumption when the Unit is at P min
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h (CLUSTER or UNIT) and not FUEL CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON)
addUnitMode(asset, stateON)
finalize(stateON)




Lignite fleet CCS

pictures2/LignitefleetCCS.png

Technology ID: LIGNITE_FLEET_CCS



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: lignite

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • CO2_CAPTURED_PRODUCTION: co2_captured
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • CLUSTER
  • RESERVE
  • UNIT
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
RATIO_CC Carbon capture ratio %   Carbon capture ratio
CONV_CAPACITY Capacity conversion   RETROFIT_CCS or RETROFIT_H2 CCS Capacity conversion
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_PMIN Fuel yield at P min MW.h/MW.h HHV (CLUSTER or UNIT) and FUEL Yield between the production and the fuel consumption when the Unit is at P min
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h (CLUSTER or UNIT) and not FUEL CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON)
addUnitMode(asset, stateON)
finalize(stateON)




Lignite supply

pictures2/Lignitesupply.png

Technology ID: LIGNITE_SUPPLY



Output energy interface, with default energy:

  • PRODUCTION: lignite

Technology parameters:

ID Label Unit Behaviors Description
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)

Model code:

stateON = AssetState('ON')
addEnergyCost(stateON, asset.getParameter(ENERGY_DELIVERY), False, asset.getData(PRODUCTION_COST))
# Biomass supply consumes CO2 to ensure the carbon neutrality of Biomass consuming assets
if getAssetData(asset, CO2_CONSUMPTION_YIELD, mustExist=False,  dataName=LABELS[CO2_CONSUMPTION_YIELD]) is not None:
        addEnergyYield(stateON, asset.getData(CO2_CONSUMPTION_YIELD), asset.getParameter(ENERGY_DELIVERY), asset.getParameter(CO2_PICKUP), False, True)
MODEL.addState(stateON)




Lithium ion battery fleet

pictures2/BatteryElec.png

Technology ID: LITHIUM_ION_BATTERY_FLEET



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • DISCHARGE_TIMES
  • RESERVE

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
STORAGE_CAPEX_OVERNIGHT Overnight CAPEX (Storage) Euro/MW.h/Year   Overnight capital expenditure for storage assets
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
STORAGE_CAPEX CAPEX (Storage) Euro/MW.h/Year   Capital expenditure for storage assets
STORAGE_CAPACITY Storage capacity MW.h (not DISCHARGE_TIMES) Storage capacity
DISCHARGE_TIME Discharge time h DISCHARGE_TIMES Discharge time
STORAGE_AVAILABILITY Storage availability %   Storage availability, expressed as a percentage of the installed storage capacity
INPUT_EFFICIENCY Input efficiency %   Pumping efficiency
OUTPUT_EFFICIENCY Output efficiency %   Turbining efficiency
LOSS_RATE Loss rate %/h   Storage loss rate

Model code:

stateON = AssetState('ON')
addEnergyProduction(asset, stateON)
addEnergyConsumption(asset, stateON)
addDischargeStock(asset, stateON, inputEfficiency=INPUT_EFFICIENCY, outputEfficiency=OUTPUT_EFFICIENCY, storageAvailability=STORAGE_AVAILABILITY, initialEqualsFinal=True)
addReserveProductionStorage(asset, stateON)
finalize(stateON)




LNG exports

pictures2/LNGexports.png

Technology ID: LNG_EXPORTS



Input energy interface, with default energy:

  • CONSUMPTION: gas

Technology behaviors:

  • MUST_RUN
  • VOLUME_TARGET

Technology parameters:

ID Label Unit Behaviors Description
PMAX Pmax MW not MUST_RUN Installed power capacity
MIN_LOAD Fleet min load % not MUST_RUN Minimum production level, expressed as a percentage of the available capacity
AVAILABILITY Availability % not MUST_RUN Available capacity, expressed as a percentage of the installed capacity
MINIMUM_VOLUME Minimal target volume MW.h VOLUME_TARGET and not MUST_RUN Minimal export volume over the horizon
STORAGE_CAPACITY Storage capacity MW.h VOLUME_TARGET and not MUST_RUN Storage capacity
MIN_PROFILE Minimal export profile % VOLUME_TARGET and not MUST_RUN Minimal export profile
STORAGE_AVAILABILITY Storage availability % VOLUME_TARGET and not MUST_RUN Storage availability, expressed as a percentage of the installed storage capacity
EXPORTS Exports MW MUST_RUN Exports
PRICE Price Euro   Price

Model code:

# Asset parameters definition
# Price can't be of type curve because of -1 multiplication
consumptionCost = - asset.getData(PRICE)
# Modelling asset state ON
stateON = AssetState('ON')

if asset.isActiveBehavior(BH_MUST_RUN):
        stateON.setEquality( asset.getParameter(ENERGY_PICKUP), True, asset.getData(EXPORTS) )
else:
        addTargetInVolume(asset, stateON, interfaceName=ENERGY_PICKUP, isInput=True, maxVolume=STORAGE_CAPACITY, minVolume="MINIMUM_VOLUME" , maxProfile=STORAGE_AVAILABILITY, minProfile="MIN_PROFILE")
        addEnergyConsumption(asset, stateON, energyPickup=ENERGY_PICKUP, consumptionCost=None, pmaxIn=PMAX)

addEnergyCost(stateON, asset.getParameter(ENERGY_PICKUP), True, consumptionCost, asset=asset)
finalize(stateON)




LNG imports

pictures2/LNGimports.png

Technology ID: LNG_IMPORTS



Output energy interface, with default energy:

  • PRODUCTION: gas

Technology behaviors:

  • MUST_RUN
  • VOLUME_TARGET

Technology parameters:

ID Label Unit Behaviors Description
PMAX Pmax MW not MUST_RUN Installed power capacity
MIN_LOAD Fleet min load % not MUST_RUN Minimum production level, expressed as a percentage of the available capacity
AVAILABILITY Availability % not MUST_RUN Available capacity, expressed as a percentage of the installed capacity
MINIMUM_VOLUME Minimal target volume MW.h VOLUME_TARGET and not MUST_RUN Minimal export volume over the horizon
STORAGE_CAPACITY Storage capacity MW.h VOLUME_TARGET and not MUST_RUN Storage capacity
MIN_PROFILE Minimal export profile % VOLUME_TARGET and not MUST_RUN Minimal export profile
STORAGE_AVAILABILITY Storage availability % VOLUME_TARGET and not MUST_RUN Storage availability, expressed as a percentage of the installed storage capacity
IMPORTS Imports MW MUST_RUN Sets inelastic imports
PRODUCTION_COST_CURVE Production cost Euro/MW.h   Production cost (emission cost excluded)

Model code:

# Asset parameters definition
cost = asset.getData(PRODUCTION_COST_CURVE)
# Modelling asset state ON
stateON = AssetState('ON')

if asset.isActiveBehavior(BH_MUST_RUN):
        stateON.setEquality(asset.getParameter(ENERGY_DELIVERY), False, asset.getData(IMPORTS))
else:
        addTargetInVolume(asset, stateON, interfaceName=ENERGY_DELIVERY, isInput=False, maxVolume=STORAGE_CAPACITY, minVolume="MINIMUM_VOLUME" , maxProfile=STORAGE_AVAILABILITY, minProfile="MIN_PROFILE")
        addEnergyProduction(asset, stateON, energyDelivery=ENERGY_DELIVERY, productionCost=None, pmax=PMAX)

addEnergyCost(stateON, asset.getParameter(ENERGY_DELIVERY), False, cost, asset=asset)
finalize(stateON)




LNG liquefaction train

pictures2/LNGexports.png

Technology ID: LNG_LIQUEFACTION_TRAIN



Input energy interface, with default energy:

  • CONSUMPTION: gas

Output energy interface, with default energy:

  • PRODUCTION: gas

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
CONSUMPTION_COST Consumption cost Euro/MW.h   Consumption cost
LOSSES Losses %   Transmission losses

Model code:

stateON = AssetState('ON')
addEnergyTransmission(asset, stateON)
finalize(stateON)




LNG terminal

pictures2/LNGterminal.png

Technology ID: LNG_TERMINAL



Input energy interface, with default energy:

  • CONSUMPTION: gas

Output energy interface, with default energy:

  • PRODUCTION: gas

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • DISCHARGE_TIMES
  • USE_PMAX_IN
  • CONSTANT_VAR

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
STORAGE_CAPEX_OVERNIGHT Overnight CAPEX (Storage) Euro/MW.h/Year   Overnight capital expenditure for storage assets
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
STORAGE_CAPEX CAPEX (Storage) Euro/MW.h/Year   Capital expenditure for storage assets
STORAGE_CAPACITY Storage capacity MW.h (not DISCHARGE_TIMES) Storage capacity
STORAGE_AVAILABILITY Storage availability %   Storage availability, expressed as a percentage of the installed storage capacity
INITIAL_STORAGE_LEVEL Storage initial level %   Initial storage level, expressed as a percentage of the installed storage capacity
DISCHARGE_TIME Discharge time h DISCHARGE_TIMES Discharge time
PMAX_IN Pmax In MW USE_PMAX_IN and (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Input maximal power
AVAILABILITY_IN Input availability %   Injection capacity availability

Model code:

stateON = AssetState('ON')
if asset.isActiveBehavior(BH_USE_PMAX_IN) and asset.isActiveBehavior(BH_OPTIM_PATHWAY):
        raise ValueError('USE_PMAX_IN and OPTIM_PATHWAY cannot be used at the same time in a pathway optimization.')
addDischargeStock(asset, stateON, initialStorageLevel=INITIAL_STORAGE_LEVEL, minStorageLevel=None, storageAvailability=STORAGE_AVAILABILITY, initialEqualsFinal=True)
addEnergyProduction(asset, stateON)
# Add a limitation on consumption only if the behavior USE_PMAX_IN is active
if asset.isActiveBehavior(BH_USE_PMAX_IN):
        addEnergyConsumption(asset, stateON, availability="AVAILABILITY_IN", pmaxInOutRatio=None)

finalize(stateON)

# Specific constraint: to do after the finalize
forceConstantInterface(MODEL, asset, ENERGY_PICKUP, True)




Loss of load

pictures2/Lossofload.png

Technology ID: LOSS_OF_LOAD



Output energy interface, with default energy:

  • PRODUCTION: electricity

Technology parameters:

ID Label Unit Behaviors Description
PRICE Price Euro/MW.h   Price
PRICE_SIMU_AFTER_OPTIM_CAPA Simulation price Euro/MW.h    

Model code:

stateON = AssetState('ON')
addEnergyCost(stateON, asset.getParameter(ENERGY_DELIVERY), False, asset.getData(PRICE))
MODEL.addState(stateON)




Methanation

pictures2/Methanation.png

Technology ID: METHANATION



Input energy interface, with default energy:

  • CO2_CONSUMPTION: co2_captured
  • CONSUMPTION: hydrogen

Output energy interface, with default energy:

  • PRODUCTION: gas

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
YIELD Yield w.r.t production MW.h/MW.h HHV (HHV)   Yield between the production and the consumption
CO2_CONSUMPTION_YIELD CO2 consumption yield w.r.t production t/MW.h   Yield between the CO2 consumption and the production

Model code:

stateON = AssetState('ON')
addEnergyProduction(asset, stateON)
yieldRatio = getAssetData(asset, YIELD)
co2YieldRatio = asset.getData(CO2_CONSUMPTION_YIELD)
consumption = asset.getParameter(ENERGY_PICKUP)
co2Consumption = asset.getParameter(CO2_PICKUP)
production = asset.getParameter(ENERGY_DELIVERY)
addEnergyYield(stateON, yieldRatio, consumption, production, isInputA=True, isInputB=False)
addEnergyYield(stateON, co2YieldRatio, production, co2Consumption, isInputA=False, isInputB=True)
finalize(stateON)




Nuclear fleet

pictures2/Nuclearfleet.png

Technology ID: NUCLEAR_FLEET



Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • CLUSTER
  • RESERVE
  • EXTENDABLE
  • UNIT

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
CO2_CONTENT CO2 emissions t/MW.h   Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h CLUSTER or UNIT CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.

Model code:

stateON = AssetState('ON')
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON, isFleetModeEnabled=True)
addUnitMode(asset, stateON)
finalize(stateON)




OCGT fleet

pictures2/Gas-firedGTfleet.png

Technology ID: OCGT_FLEET



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: gas

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • CLUSTER
  • RESERVE
  • UNIT
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_PMIN Fuel yield at P min MW.h/MW.h HHV (CLUSTER or UNIT) and FUEL Yield between the production and the fuel consumption when the Unit is at P min
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h (CLUSTER or UNIT) and not FUEL CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.
MFRR_UP_NOT_RUNNING_COST Cost for not running upward mFRR Euro/MW RESERVE Cost associated with the mfrr reserve procurement from non-running capacity

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON, isQuickStart=True)
addUnitMode(asset, stateON)
finalize(stateON)




OCGT fleet CCS

pictures2/Gas-firedGTfleetCCS.png

Technology ID: OCGT_FLEET_CCS



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: gas

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • CO2_CAPTURED_PRODUCTION: co2_captured
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • CLUSTER
  • RESERVE
  • UNIT
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
RATIO_CC Carbon capture ratio %   Carbon capture ratio
CONV_CAPACITY Capacity conversion   RETROFIT_CCS or RETROFIT_H2 CCS Capacity conversion
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_PMIN Fuel yield at P min MW.h/MW.h HHV (CLUSTER or UNIT) and FUEL Yield between the production and the fuel consumption when the Unit is at P min
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h (CLUSTER or UNIT) and not FUEL CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.
MFRR_UP_NOT_RUNNING_COST Cost for not running upward mFRR Euro/MW RESERVE Cost associated with the mfrr reserve procurement from non-running capacity

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON, isQuickStart=True)
addUnitMode(asset, stateON)
finalize(stateON)




Oil CHP

pictures2/Co-generation.png

Technology ID: OIL_CHP



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: oil

Output energy interface, with default energy:

  • CO2: co2
  • HEAT_PRODUCTION: heat
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • MUST_RUN

Technology parameters:

ID Label Unit Behaviors Description
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV (not CLUSTER) and FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_HEAT Fuel yield w.r.t heat production MW.h/MW.h HHV FUEL Yield between the heat production and the fuel consumption
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
HEAT_OVER_ELEC_RATIO Heat over electricity ratio   not FUEL Heat over electricity ratio used in cogeneration model

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON, energyDelivery=ENERGY_DELIVERY, fuelYieldOrEfficiency=FUEL_YIELD)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyCogenerationProduction(asset, stateON)
finalize(stateON)




Oil CHP CCS

pictures2/Co-genCCS.png

Technology ID: OIL_CHP_CCS



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: oil

Output energy interface, with default energy:

  • CO2: co2
  • CO2_CAPTURED_PRODUCTION: co2_captured
  • HEAT_PRODUCTION: heat
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • MUST_RUN

Technology parameters:

ID Label Unit Behaviors Description
RATIO_CC Carbon capture ratio %   Carbon capture ratio
CONV_CAPACITY Capacity conversion   RETROFIT_CCS or RETROFIT_H2 CCS Capacity conversion
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV (not CLUSTER) and FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_HEAT Fuel yield w.r.t heat production MW.h/MW.h HHV FUEL Yield between the heat production and the fuel consumption
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
HEAT_OVER_ELEC_RATIO Heat over electricity ratio   not FUEL Heat over electricity ratio used in cogeneration model

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON, energyDelivery=ENERGY_DELIVERY, fuelYieldOrEfficiency=FUEL_YIELD)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyCogenerationProduction(asset, stateON)
finalize(stateON)




Oil fleet

pictures2/Oilfleet.png

Technology ID: OIL_FLEET



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: oil

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • FUEL
  • CLUSTER
  • RESERVE
  • UNIT
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_PMIN Fuel yield at P min MW.h/MW.h HHV (CLUSTER or UNIT) and FUEL Yield between the production and the fuel consumption when the Unit is at P min
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h (CLUSTER or UNIT) and not FUEL CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.
MFRR_UP_NOT_RUNNING_COST Cost for not running upward mFRR Euro/MW RESERVE Cost associated with the mfrr reserve procurement from non-running capacity

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON, isQuickStart=True)
addUnitMode(asset, stateON)
finalize(stateON)




Oil fleet CCS

pictures2/OilfleetCCS.png

Technology ID: OIL_FLEET_CCS



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: oil

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • CO2_CAPTURED_PRODUCTION: co2_captured
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • FUEL
  • CLUSTER
  • RESERVE
  • UNIT
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
RATIO_CC Carbon capture ratio %   Carbon capture ratio
CONV_CAPACITY Capacity conversion   RETROFIT_CCS or RETROFIT_H2 CCS Capacity conversion
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_PMIN Fuel yield at P min MW.h/MW.h HHV (CLUSTER or UNIT) and FUEL Yield between the production and the fuel consumption when the Unit is at P min
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h (CLUSTER or UNIT) and not FUEL CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.
MFRR_UP_NOT_RUNNING_COST Cost for not running upward mFRR Euro/MW RESERVE Cost associated with the mfrr reserve procurement from non-running capacity

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON, isQuickStart=True)
addUnitMode(asset, stateON)
finalize(stateON)




Oil supply

pictures2/Oilsupply.png

Technology ID: OIL_SUPPLY



Output energy interface, with default energy:

  • PRODUCTION: oil

Technology parameters:

ID Label Unit Behaviors Description
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)

Model code:

stateON = AssetState('ON')
addEnergyCost(stateON, asset.getParameter(ENERGY_DELIVERY), False, asset.getData(PRODUCTION_COST))
# Biomass supply consumes CO2 to ensure the carbon neutrality of Biomass consuming assets
if getAssetData(asset, CO2_CONSUMPTION_YIELD, mustExist=False,  dataName=LABELS[CO2_CONSUMPTION_YIELD]) is not None:
        addEnergyYield(stateON, asset.getData(CO2_CONSUMPTION_YIELD), asset.getParameter(ENERGY_DELIVERY), asset.getParameter(CO2_PICKUP), False, True)
MODEL.addState(stateON)




Other CO2 captured production

pictures2/Other_CO2_captured_production.png

Technology ID: OTHER_CO2_CAPTURED_PRODUCTION



Output energy interface, with default energy:

  • PRODUCTION: co2_captured

Technology parameters:

ID Label Unit Behaviors Description
PMAX Pmax t/t   Installed power capacity

Model code:

stateON = AssetState('ON')
stateON.setEquality(asset.getParameter(ENERGY_DELIVERY), False, asset.getData(PMAX))
finalize(stateON)




Other fleet

pictures2/Mustrunproduction.png

Technology ID: OTHER_FLEET



Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • MUST_RUN
  • OPTIM_PMAX
  • RESERVE

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)

Model code:

stateON = AssetState('ON')
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON, isFleetModeEnabled=True)
finalize(stateON)




Other renewable fleet

pictures2/OceanWave.png

Technology ID: OTHER_RENEWABLE_FLEET



Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • MUST_RUN
  • OPTIM_PMAX
  • RESERVE

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)

Model code:

stateON = AssetState('ON')
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON, isFleetModeEnabled=True)
finalize(stateON)




Other thermal fleet

pictures2/Co-generation.png

Technology ID: OTHER_THERMAL_FLEET



Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • MUST_RUN
  • OPTIM_PMAX
  • RESERVE
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
CO2_CONTENT CO2 emissions t/MW.h   Yield between the CO2 emissions and the production

Model code:

stateON = AssetState('ON')
addCo2Production(asset, stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON, isFleetModeEnabled=True)
finalize(stateON)




Other thermal fleet CCS

pictures2/Co-generation.png

Technology ID: OTHER_THERMAL_FLEET_CCS



Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • CO2_CAPTURED_PRODUCTION: co2_captured
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • MUST_RUN
  • OPTIM_PMAX
  • RESERVE
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
RATIO_CC Carbon capture ratio %   Carbon capture ratio
CONV_CAPACITY Capacity conversion   RETROFIT_CCS or RETROFIT_H2 CCS Capacity conversion
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
CO2_CONTENT CO2 emissions t/MW.h   Yield between the CO2 emissions and the production

Model code:

stateON = AssetState('ON')
addCo2Production(asset, stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON, isFleetModeEnabled=True)
finalize(stateON)




Constraints for the pathway optimization

pictures2/Model.png

Technology ID: PATHWAY_OPTIMIZATION_CONSTRAINTS



Technology parameters:

ID Label Unit Behaviors Description
DISCOUNT_RATE Discount rate %   Discount rate of the whole pathway

Model code:

portfolio = Crystal.getPortfolio()
context =portfolio.getContext()
if not "InterContext" in context:
        coeWarning("The specific pathway model object is present in the context " + str(context) + ". It will be ignored as it should only appear in the intercontext for pathway optimization (useless in other cases).")
else:
        multiportfolio = Crystal.getPortfolioMap()
        coePrint('Preliminary essential checks specific to the optimization of pathway')
        runPathwayChecks(multiportfolio)
        coePrint('MO : Actualisation weights')
        discountRate = getAssetData(asset, DEFVALUE[DISCOUNT_RATE], dataName=LABELS[DISCOUNT_RATE], mustExist=True, resizePercentage=True)
        setPortfolioWeight(multiportfolio, discountRate)
        coePrint('MO: Lifetime constraints')
        setLifeTimeConstraints(multiportfolio)
        coePrint('MO: Time constraints')
        setTimeConstraints(multiportfolio)
        coePrint('MO: Equality between realizations')
        setEqualityCapacityConstraintBetweenRealizations(multiportfolio)
        coePrint('MO: Repowering constraints')
        setRepoweringConstraints(multiportfolio)
        coePrint('End of MO')




Pipeline

pictures2/Pipeline.png

Technology ID: PIPELINE



Input energy interface, with default energy:

  • CONSUMPTION: gas

Output energy interface, with default energy:

  • PRODUCTION: gas

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • RETROFIT_H2

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
ENTRY_FEE Fee for gas injection on the internal network Euro/MW.h   Entry fee
CONSUMPTION_COST Consumption cost Euro/MW.h   Consumption cost
EXIT_FEE Fee for gas withdrawal from the internal network Euro/MW.h   Exit fee
LOSSES Losses %   Transmission losses
MIN_FLOW Minimal flow %   Minimal flow on a pipeline, expressed as a percentage of the installed capacity.
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute

Model code:

stateON = AssetState('ON')
addGradients(asset, stateON, isInput=True)
# Computing overall cost to set on incoming flows (consumption cost + network exit fee)
overallConsumptionCost  = getAssetData(asset, CONSUMPTION_COST, dataName=LABELS[CONSUMPTION_COST], mustExist=False)
exitFee = getAssetData(asset, "EXIT_FEE", mustExist=False)
if exitFee is not None:
        overallConsumptionCost += exitFee

# Computing overall cost to set on outcoming flows (production cost + network entry fee)
overallProductionCost  = getAssetData(asset, PRODUCTION_COST, dataName=LABELS[PRODUCTION_COST], mustExist=False)
entryFee = getAssetData(asset, "ENTRY_FEE", mustExist=False)
if entryFee is not None:
        overallProductionCost += entryFee

addEnergyTransmission(asset, stateON, consumptionCost = overallConsumptionCost, productionCost = overallProductionCost)
# Add minimum flows constraints
minimumFlow = getAssetData(asset, MIN_FLOW, mustExist=False, resizePercentage=True)
if minimumFlow is not None and minimumFlow > 0:
        addMinimumFlow(asset, stateON)
finalize(stateON)




Pipeline equality

pictures2/Model.png

Technology ID: PIPELINE_EQUALITY



Technology parameters:

ID Label Unit Behaviors Description
SET_CONSTRAINTS Set constraints Boolean   Boolean that activates the associated model object

Model code:

if bool(asset.getData("SET_CONSTRAINTS").getDataValue()) == True:
        setTransmissionEquality(Crystal.getPortfolio(), F_PIPELINE)




Pipeline reverse flow

pictures2/Model.png

Technology ID: PIPELINE_REVERSE_FLOW



Technology parameters:

ID Label Unit Behaviors Description
SET_CONSTRAINTS Set constraints Boolean   Boolean that activates the associated model object

Model code:

if bool(asset.getData("SET_CONSTRAINTS").getDataValue()) == True:
        setPipelineReverseFlowConstraints(Crystal.getPortfolio())




Power demand

pictures2/ElecConsumer.png

Technology ID: POWER_DEMAND



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Technology parameters:

ID Label Unit Behaviors Description
DEMAND Demand MW   Power demand

Model code:

stateON = AssetState('ON')
stateON.setEquality(asset.getParameter(ENERGY_PICKUP), True, asset.getData(DEMAND))
MODEL.addState(stateON)




Pumped storage fleet

pictures2/Pumpedstoragefleet.png

Technology ID: PUMPED_STORAGE_FLEET



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • DISCHARGE_TIMES
  • CLUSTER
  • RESERVE
  • USE_PMAX_IN

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
STORAGE_CAPEX_OVERNIGHT Overnight CAPEX (Storage) Euro/MW.h/Year   Overnight capital expenditure for storage assets
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
AVAILABILITY_IN Input availability %   Injection capacity availability
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
CONSUMPTION_COST Consumption cost Euro/MW.h   Consumption cost
MIN_LOAD Fleet min load % not CLUSTER Minimum production level, expressed as a percentage of the available capacity
STORAGE_CAPEX CAPEX (Storage) Euro/MW.h/Year   Capital expenditure for storage assets
STORAGE_CAPACITY Storage capacity MW.h (not DISCHARGE_TIMES) Storage capacity
DISCHARGE_TIME Discharge time h DISCHARGE_TIMES Discharge time
STORAGE_AVAILABILITY Storage availability %   Storage availability, expressed as a percentage of the installed storage capacity
INPUT_EFFICIENCY Input efficiency %   Pumping efficiency
OUTPUT_EFFICIENCY Output efficiency %   Turbining efficiency
MIN_STORAGE_LEVEL Minimal storage level %   Minimum level for storage, expressed as a percentage of the installed storage capacity
INITIAL_STORAGE_LEVEL Storage initial level %   Initial storage level, expressed as a percentage of the installed storage capacity
BOUNDED_SUPPLY Bounded supply MW   Supply with overflow control. Excess supply will not be added to storage if it is already full.
STORAGE_COST Storage cost Euro/MW.h/h   Cost associated with storage. Non-zero storage cost prevents equaly-optimal
PMAX_IN Pmax In MW USE_PMAX_IN and not OPTIM_PMAX Input maximal power
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW CLUSTER Cost associated with maintaining a certain running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.

Model code:

stateON = AssetState('ON')
addEnergyProduction(asset, stateON)
addEnergyConsumption(asset, stateON, availability="AVAILABILITY_IN")
addDischargeStock(asset, stateON, minStorageLevel=MIN_STORAGE_LEVEL, inputEfficiency=INPUT_EFFICIENCY, outputEfficiency=OUTPUT_EFFICIENCY, initialStorageLevel=INITIAL_STORAGE_LEVEL, storageAvailability=STORAGE_AVAILABILITY, initialEqualsFinal=True)
addReserveProductionStorage(asset, stateON)
finalize(stateON)




Regulated coal fleet

pictures2/RegulatedCoalfleet.png

Technology ID: REGULATED_COAL_FLEET



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: coal

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • CLUSTER
  • RESERVE
  • DISCHARGE_TIMES
  • UNIT

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
STORAGE_CAPEX_OVERNIGHT Overnight CAPEX (Storage) Euro/MW.h/Year   Overnight capital expenditure for storage assets
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_PMIN Fuel yield at P min MW.h/MW.h HHV (CLUSTER or UNIT) and FUEL Yield between the production and the fuel consumption when the Unit is at P min
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h (CLUSTER or UNIT) and not FUEL CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.
STORAGE_CAPEX CAPEX (Storage) Euro/MW.h/Year   Capital expenditure for storage assets
STORAGE_CAPACITY Storage capacity MW.h not DISCHARGE_TIMES Storage capacity
DISCHARGE_TIME Discharge time h DISCHARGE_TIMES Discharge time
BOUNDED_SUPPLY Bounded supply MW   Supply with overflow control. Excess supply will not be added to storage if it is already full.

Model code:

stateON = AssetState('ON')
addDischargeStock(asset, stateON, energyPickup=None)
addGradients(asset,stateON)
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON)
addUnitMode(asset, stateON)
finalize(stateON)




Regulated oil fleet

pictures2/RegulatedOilfleet.png

Technology ID: REGULATED_OIL_FLEET



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: oil

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • FUEL
  • CLUSTER
  • RESERVE
  • DISCHARGE_TIMES
  • UNIT

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
MIN_ON_TIME Min on time h UNIT When an asset in Unit Mode is switched ON it cannot be turned OFF before min On time.
STARTUP_TIME Start up time h UNIT Time an asset in Unit Mode takes to make a transition between OFF state and ON state. At the end of this duration, asset is at runningCapacityMinLoad*pMax.
STARTING_COST Starting cost Euro UNIT Fixed cost in euros associated to start an asset in Unit Mode. Is applied to any transition leading to state ON
STOPPING_COST Stopping cost Euro UNIT Fixed cost in euros associated to stop an asset in Unit Mode. Is applied to any transition leading to state OFF
STORAGE_CAPEX_OVERNIGHT Overnight CAPEX (Storage) Euro/MW.h/Year   Overnight capital expenditure for storage assets
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_YIELD_PMIN Fuel yield at P min MW.h/MW.h HHV (CLUSTER or UNIT) and FUEL Yield between the production and the fuel consumption when the Unit is at P min
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load % not (CLUSTER or UNIT) Minimum production level, expressed as a percentage of the available capacity
CLUSTER_STARTING_COST Starting cost Euro/MW CLUSTER Cost to start additional capacity
RUNNING_COST Running cost Euro/MW/h CLUSTER Cost associated with maintaining a certain running capacity
CO2_CONTENT_RUNNING_BOUND CO2 emissions w.r.t. running capacity t/MW.h (CLUSTER or UNIT) and not FUEL CO2 emissions with respect to running capacity
RUNNING_CAPACITY_MIN_LOAD Running capacity min load % RESERVE or CLUSTER or UNIT Minimum level for the production, expressed as a percentage of the running capacity in Cluster Mode and as percentage of available capacity (pMax*availabilty) inUnit Mode .For assets in fleet mode with reserve, please refer to addReserveProduction(..) for the running capacity definition.
MIN_OFF_TIME Min off time h CLUSTER or UNIT When a part of the running capacity is switched off, this part cannot be switch on before a duration equals to min Off time.
STORAGE_CAPEX CAPEX (Storage) Euro/MW.h/Year   Capital expenditure for storage assets
STORAGE_CAPACITY Storage capacity MW.h not DISCHARGE_TIMES Storage capacity
DISCHARGE_TIME Discharge time h DISCHARGE_TIMES Discharge time
BOUNDED_SUPPLY Bounded supply MW   Supply with overflow control. Excess supply will not be added to storage if it is already full.
MFRR_UP_NOT_RUNNING_COST Cost for not running upward mFRR Euro/MW RESERVE Cost associated with the mfrr reserve procurement from non-running capacity

Model code:

stateON = AssetState('ON')
addDischargeStock(asset, stateON, energyPickup=None)
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addEnergyProduction(asset, stateON)
addReserveProduction(asset, stateON, isQuickStart=True)
addUnitMode(asset, stateON)
finalize(stateON)




Reserve demand

pictures2/ReserveElectrique.png

Technology ID: RESERVE_DEMAND



Input energy interface, with default energy:

  • CONSUMPTION: reserveEnergy

Technology parameters:

ID Label Unit Behaviors Description
DEMAND Demand MW   Power demand
LOCAL_RESERVE National procurement minimum (w.r.t the total requirement) %   Fraction of the total reserve requirement that needs to be procured localy (ie within the associated zone)

Model code:

stateON = AssetState('ON')
stateON.setEquality(asset.getParameter(ENERGY_PICKUP), True, asset.getData(DEMAND))
MODEL.addState(stateON)




Reserve Dimensioning

pictures2/Model.png

Technology ID: RESERVE_DIMENSIONING



Technology parameters:

ID Label Unit Behaviors Description
IS_ANNUAL_RESERVE Reserve is annual Boolean   Boolean defining if reserve sizing is constant over the year or can vary hourly
FORECAST_HORIZON_FOR_IMBALANCES Forecast horizon considered for reserve dimensioning h   Forecast horizon considered for reserve dimensioning




Reserve symmetry requirement

pictures2/Model.png

Technology ID: RESERVE_SYMMETRY_REQUIREMENT



Technology parameters:

ID Label Unit Behaviors Description
SET_CONSTRAINTS Set constraints Boolean   Boolean that activates the associated model object
ACTIVATION_PER_ZONE Reserve Procurement Symmetry Requirement per Zone Boolean/node   Matrix defining for each zone if reserve procurement is symmetric or not

Model code:

if bool(asset.getData(SET_CONSTRAINTS).getDataValue()) == True:
        activationPerZone = parseIndexedMatrixWithTwoColumns(asset, indexedMatrixName=ACTIVATION_PER_ZONE)
        reserveSymmetryRequirement(activationPerZone)




Retrofit

pictures2/Model.png

Technology ID: RETROFIT



Technology parameters:

ID Label Unit Behaviors Description
SET_CONSTRAINTS Set constraints Boolean   Boolean that activates the associated model object
RETROFIT_DATA_COLLECTION Retrofit data     Retrofit data matrix

Model code:

if bool(asset.getData("SET_CONSTRAINTS").getDataValue()) == True:
        setRetrofitConstraints(Crystal.getPortfolio())




Retrofit data

Technology ID: RETROFIT_DATA



Technology parameters:

ID Label Unit Behaviors Description
value value      
TECHNO_RETROFITTED Retrofitted asset     Retrofitted asset (plant with CCS or gas pipeline converted to H2)
TECHNO_TO_RETROFIT Asset to retrofit     Asset to retrofit (plant without CCS or gas pipeline to retrofit into H2 pipeline)




Sell contract

pictures2/Sell.png

Technology ID: SELL_CONTRACT



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Technology parameters:

ID Label Unit Behaviors Description
PRICE Price Euro/MW.h   Price

Model code:

stateON = AssetState('ON')
addEnergyCost(stateON, asset.getParameter(ENERGY_PICKUP), True, -1 * asset.getData(PRICE))
MODEL.addState(stateON)




Steam methane reforming

pictures2/SMR.png

Technology ID: SMR



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: gas

Output energy interface, with default energy:

  • CO2: co2
  • PRODUCTION: hydrogen

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
# Add CCS electricity consumption
electricityYield = getAssetData(asset, ELECTRICITY_YIELD, mustExist=False, dataName=LABELS[ELECTRICITY_YIELD])
if electricityYield is not None:
        h2Production = asset.getParameter(ENERGY_DELIVERY)
        elecConsumption = asset.getParameter(ENERGY_PICKUP)
        addEnergyYield(stateON, electricityYield, h2Production, elecConsumption, False, True)
finalize(stateON)




Steam methane reforming CCS

pictures2/SMRCCS.png

Technology ID: SMR_CCS



Input energy interface, with default energy:

  • FUEL_CONSUMPTION: gas
  • CONSUMPTION: electricity

Output energy interface, with default energy:

  • CO2: co2
  • CO2_CAPTURED_PRODUCTION: co2_captured
  • PRODUCTION: hydrogen

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • FUEL
  • RETROFIT_CCS

Technology parameters:

ID Label Unit Behaviors Description
RATIO_CC Carbon capture ratio %   Carbon capture ratio
CONV_CAPACITY Capacity conversion   RETROFIT_CCS or RETROFIT_H2 CCS Capacity conversion
ELECTRICITY_YIELD Electricity yield MW.h/MW.h HHV   Electricity consumption yield based on hydrogen production (for CCS purposes)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
VARIABLE_COST Variable cost Euro/MW.h FUEL Variable cost (fuel and emission costs excluded)
PRODUCTION_COST Production cost Euro/MW.h not FUEL Production cost (emission cost excluded)
FUEL_YIELD Fuel yield w.r.t production MW.h/MW.h HHV FUEL Yield between the production and the fuel consumption. For cluster and Unit behaviors, fuel yield is a function of the power output (and the running capacity in cluster mode) and this yield corresponds to the yield when the asset is at Pmax.
FUEL_CO2_CONTENT Fuel CO2 emissions t/MW.h HHV FUEL Yield between the fuel consumption and the CO2 emissions
CO2_CONTENT CO2 emissions t/MW.h not FUEL Yield between the CO2 emissions and the production
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute

Model code:

stateON = AssetState('ON')
addFuelConsumption(asset, stateON)
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyProduction(asset, stateON)
# Add CCS electricity consumption
electricityYield = getAssetData(asset, ELECTRICITY_YIELD, mustExist=False, dataName=LABELS[ELECTRICITY_YIELD])
if electricityYield is not None:
        h2Production = asset.getParameter(ENERGY_DELIVERY)
        elecConsumption = asset.getParameter(ENERGY_PICKUP)
        addEnergyYield(stateON, electricityYield, h2Production, elecConsumption, False, True)
finalize(stateON)




Solar fleet

pictures2/Solarfleet.png

Technology ID: SOLAR_FLEET



Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • MUST_RUN
  • OPTIM_PMAX
  • RESERVE
  • REPOWERING

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
REPOWERING_COST Repowering cost Euro/MW OPTIM_PATHWAY and REPOWERING Repowering cost at the end of lifetime (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
INCENTIVE Incentives to produce (cost) Euro/MW.h   Incentives to produce

Model code:

# Asset parameters definition
productionCostWithIncentive = asset.getData(PRODUCTION_COST) - asset.getData(INCENTIVE)

# Modelling asset state ON
stateON = AssetState('ON')
addEnergyProduction(asset, stateON, productionCost=productionCostWithIncentive)
addReserveProduction(asset, stateON, isFleetModeEnabled=True)
finalize(stateON)




Solar thermal

pictures2/Boiler.png

Technology ID: SOLAR_THERMAL



Output energy interface, with default energy:

  • PRODUCTION: heat

Technology behaviors:

  • OPTIM_PATHWAY
  • MUST_RUN
  • OPTIM_PMAX

Technology parameters:

ID Label Unit Behaviors Description
INCENTIVE Incentives to produce (cost) Euro/MW.h   Incentives to produce
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity

Model code:

# Asset parameters definition
productionCostWithIncentive = asset.getData(PRODUCTION_COST) - asset.getData(INCENTIVE)
# Modelling asset state ON
stateON = AssetState('ON')
addEnergyProduction(asset, stateON, productionCost=productionCostWithIncentive)
finalize(stateON)




Supply contract with bound

pictures2/SupplycontractWBounds.png

Technology ID: SUPPLY_CONTRACT_WITH_BOUND



Output energy interface, with default energy:

  • PRODUCTION: electricity

Technology parameters:

ID Label Unit Behaviors Description
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
PMAX Pmax MW   Installed power capacity

Model code:

stateON = AssetState('ON')
addEnergyCost(stateON, asset.getParameter(ENERGY_DELIVERY), False, asset.getData(PRODUCTION_COST))
stateON.addUpperBound( asset.getParameter(ENERGY_DELIVERY), False, asset.getData(PMAX) )
MODEL.addState(stateON)




Transformer

pictures2/Transmission.png

Technology ID: TRANSFORMER



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Output energy interface, with default energy:

  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • DCOPF

Technology parameters:

ID Label Unit Behaviors Description
PHASE_SHIFT_MIN Phase Shift Min Radians DCOPF Minimum phase shift of a transformer in radians
PHASE_SHIFT_MAX Phase Shift Max Radians DCOPF Maximum phase shift of a transformer in radians
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) and (not FLOW_BASED) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability % not FLOW_BASED Available capacity, expressed as a percentage of the installed capacity
CONSUMPTION_COST Consumption cost Euro/MW.h   Consumption cost
LOSSES Losses % not FLOW_BASED Transmission losses
SUSCEPTANCE Susceptance   DCOPF The imaginary part of admittance, measure of how easy it is for alternating current to pass through a capacitance or an inductance
REVERSE_DIRECTION_TRANSMISSION Reverse direction transmission   DCOPF Name of the transmission with reverse input and output point, calculated attribute

Model code:

stateON = AssetState('ON')
addEnergyTransmission(asset, stateON)
addDcopfModel(asset)
finalize(stateON)




Transmission

pictures2/Transmission.png

Technology ID: TRANSMISSION



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • RESERVE
  • DCOPF
  • FLOW_BASED

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) and (not FLOW_BASED) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability % not FLOW_BASED Available capacity, expressed as a percentage of the installed capacity
CONSUMPTION_COST Consumption cost Euro/MW.h   Consumption cost
LOSSES Losses % not FLOW_BASED Transmission losses
SUSCEPTANCE Susceptance   DCOPF The imaginary part of admittance, measure of how easy it is for alternating current to pass through a capacitance or an inductance
REVERSE_DIRECTION_TRANSMISSION Reverse direction transmission   DCOPF Name of the transmission with reverse input and output point, calculated attribute

Model code:

stateON = AssetState('ON')
addEnergyTransmission(asset, stateON)
addTransmissionReserveProduction(asset, stateON)
addDcopfModel(asset)
finalize(stateON)




Transmission equality

pictures2/Model.png

Technology ID: TRANSMISSION_EQUALITY



Technology parameters:

ID Label Unit Behaviors Description
SET_CONSTRAINTS Set constraints Boolean   Boolean that activates the associated model object

Model code:

if bool(asset.getData("SET_CONSTRAINTS").getDataValue()) == True:
        setTransmissionEquality(Crystal.getPortfolio(), F_TRANSMISSION)




Transmission flow-based

pictures2/Model.png

Technology ID: TRANSMISSION_FLOW_BASED



Technology parameters:

ID Label Unit Behaviors Description
SET_CONSTRAINTS Set constraints Boolean   Boolean that activates the associated model object
FLOW_BASED_DOMAIN_COLLECTION Flow-based domains matrix     Regroups all flow-based domains which can be called during the simulation
FLOW_BASED_DOMAIN_MAP_DATA_VIEW Flow-based domain map     Associates each timestep of the simulation to a flow-based domain

Model code:

"""
If parameter "SET_CONSTRAINTS" of Model Object "TRANSMISSION_FLOW_BASED" is set to True, then we can enter the FLow-Based model
"""
coePrint("Entering FB model")
if bool(asset.getData("SET_CONSTRAINTS").getDataValue()):
    getTransmissionFlowBasedConstraints(Crystal.getPortfolio())




Voluntary load curtailment

pictures2/Loadmanagement.png

Technology ID: VOLUNTARY_LOAD_CURTAILMENT



Output energy interface, with default energy:

  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • VOLUME_TARGET

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
MINIMUM_VOLUME Minimal target volume MW.h VOLUME_TARGET Minimal export volume over the horizon
STORAGE_CAPACITY Storage capacity MW.h VOLUME_TARGET Storage capacity
MIN_PROFILE Minimal export profile % VOLUME_TARGET Minimal export profile
STORAGE_AVAILABILITY Storage availability % VOLUME_TARGET Storage availability, expressed as a percentage of the installed storage capacity

Model code:

stateON = AssetState('ON')
addTargetInVolume(asset, stateON, interfaceName=ENERGY_DELIVERY, isInput=False, maxVolume=STORAGE_CAPACITY,
                                          minVolume=MINIMUM_VOLUME, maxProfile=STORAGE_AVAILABILITY, minProfile=MIN_PROFILE)
addEnergyProduction(asset, stateON, ENERGY_DELIVERY, availability = 100)
finalize(stateON)




Waste CHP

pictures2/Co-generation.png

Technology ID: WASTE_CHP



Output energy interface, with default energy:

  • CO2: co2
  • HEAT_PRODUCTION: heat
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • OPTIM_PMAX
  • GRADIENTS
  • MUST_RUN

Technology parameters:

ID Label Unit Behaviors Description
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
CO2_CONTENT CO2 emissions t/MW.h   Yield between the CO2 emissions and the production
MIN_LOAD Fleet min load %   Minimum production level, expressed as a percentage of the available capacity
GRADIENT_UP Gradient up %/min GRADIENTS Maximal upward variation, expressed as a percentage of the available capacity per minute
GRADIENT_DOWN Gradient down %/min GRADIENTS Maximal downward variation, expressed as a percentage of the available capacity per minute
HEAT_OVER_ELEC_RATIO Heat over electricity ratio   not FUEL Heat over electricity ratio used in cogeneration model

Model code:

stateON = AssetState('ON')
addCo2Production(asset, stateON)
addGradients(asset,stateON)
addEnergyCogenerationProduction(asset, stateON)
finalize(stateON)




Waste fleet

pictures2/Waste.png

Technology ID: WASTE_FLEET



Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • CO2: co2
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • MUST_RUN
  • OPTIM_PMAX
  • RESERVE

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
CO2_CONTENT CO2 emissions t/MW.h   Yield between the CO2 emissions and the production

Model code:

stateON = AssetState('ON')
addEnergyProduction(asset, stateON)
addCo2Production(asset, stateON)
addReserveProduction(asset, stateON, isFleetModeEnabled=True)
finalize(stateON)




Well

pictures2/Well.png

Technology ID: WELL



Input energy interface, with default energy:

  • CONSUMPTION: electricity

Technology parameters:

ID Label Unit Behaviors Description
PRICE Price Euro/MW.h   Price

Model code:

stateON = AssetState('ON')
addEnergyCost(stateON, asset.getParameter(ENERGY_PICKUP), True, asset.getData(PRICE))
MODEL.addState(stateON)




Wind offshore fleet

pictures2/OffshoreWind_2.png

Technology ID: WIND_OFFSHORE_FLEET



Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • MUST_RUN
  • OPTIM_PMAX
  • RESERVE
  • REPOWERING

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
REPOWERING_COST Repowering cost Euro/MW OPTIM_PATHWAY and REPOWERING Repowering cost at the end of lifetime (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
INCENTIVE Incentives to produce (cost) Euro/MW.h   Incentives to produce

Model code:

# Asset parameters definition
productionCostWithIncentive = asset.getData(PRODUCTION_COST) - asset.getData(INCENTIVE)

# Modelling asset state ON
stateON = AssetState('ON')
addEnergyProduction(asset, stateON, productionCost=productionCostWithIncentive)
addReserveProduction(asset, stateON, isFleetModeEnabled=True)
finalize(stateON)




Wind onshore fleet

pictures2/Windfleet.png

Technology ID: WIND_ONSHORE_FLEET



Output energy interface, with default energy:

  • SYNC_RESERVE_DOWN: syncResDown
  • MFRR_DOWN: mfrrResDown
  • SYNC_RESERVE_UP: syncResUp
  • MFRR_UP: mfrrResUp
  • PRODUCTION: electricity

Technology behaviors:

  • OPTIM_PATHWAY
  • MUST_RUN
  • OPTIM_PMAX
  • RESERVE
  • REPOWERING

Technology parameters:

ID Label Unit Behaviors Description
SYNC_RESERVE_UP_MAX_SHARE Max share to upward sync. reserve % RESERVE Maximal share of upward sync. reserve in running capacity
SYNC_RESERVE_DOWN_MAX_SHARE Max share to downward sync. reserve % RESERVE Maximal share of downward sync. reserve in running capacity
MFRR_UP_MAX_SHARE Max share to upward reserve % RESERVE Maximal share of upward mFRR and sync. reserve in running capacity
MFRR_DOWN_MAX_SHARE Max share to downward reserve % RESERVE Maximal share of downward mFRR and sync. reserve in running capacity
SYNC_RESERVE_UP_COST Op. cost of the upward sync. reserve Euro/MW RESERVE Operating cost of the upward sync. reserve<
SYNC_RESERVE_DOWN_COST Op. cost of the downward sync. reserve Euro/MW RESERVE Operating cost of the downward sync. reserve
MFRR_UP_COST Op. cost of upward mFRR Euro/MW RESERVE Operating cost of upward mFRR
MFRR_DOWN_COST Op. cost of downward mFRR Euro/MW RESERVE Operating cost of downward mFRR
CAPEX_OVERNIGHT CAPEX Overnight Euro/MW   Overall capital expenditure (only used for pathway optimization)
DEINVEST_COST Deinvest cost Euro/MW   Deinvest cost (only used for pathway optimization)
LIFETIME Lifetime     Lifetime of the asset (only used for pathway optimization)
YIELD_INVEST Yield of investment %   Yield associated with investment
INSTALL_MAX Max installation MW OPTIM_PATHWAY Max installation (only used for pathway optimization)
DECOMM_MAX Max decommissioning MW OPTIM_PATHWAY Max decommissioning (only used for pathway optimization)
REPOWERING_COST Repowering cost Euro/MW OPTIM_PATHWAY and REPOWERING Repowering cost at the end of lifetime (only used for pathway optimization)
CAPEX CAPEX Euro/MW/Year   Capital expenditure (only used for capacity optimization)
FOC Fixed Operating Costs Euro/MW/Year   Fixed Operating Costs (only used for capacity optimization)
PMAX Pmax MW (not OPTIM_PMAX) and (not OPTIM_PATHWAY) Installed power capacity
PMAXMIN Min Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity lower bound for capacity optimization
PMAXMAX Max Pmax MW OPTIM_PMAX or OPTIM_PATHWAY Installed capacity upper bound for capacity optimization
AVAILABILITY Availability %   Available capacity, expressed as a percentage of the installed capacity
PRODUCTION_COST Production cost Euro/MW.h   Production cost (emission cost excluded)
INCENTIVE Incentives to produce (cost) Euro/MW.h   Incentives to produce

Model code:

# Asset parameters definition
productionCostWithIncentive = asset.getData(PRODUCTION_COST) - asset.getData(INCENTIVE)

# Modelling asset state ON
stateON = AssetState('ON')
addEnergyProduction(asset, stateON, productionCost=productionCostWithIncentive)
addReserveProduction(asset, stateON, isFleetModeEnabled=True)
finalize(stateON)