Hydrogen imports

Technology ID: HYDROGEN_IMPORTS

Input energy interface, with default energy:

Output energy interface, with default energy:

• PRODUCTION: biomass

• CO2_CONSUMPTION: co2

Technology behaviors:

• MUST_RUN

• VOLUME_TARGET

Technology parameters:

ID	Label	Unit	Behaviors	Description
CO2_CONTENT	CO2 emissions	t/MW.h		Yield between the CO2 emissions 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')
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)
addCo2Production(asset, stateON)
finalize(stateON)