config.yaml

model: OSeMBE v1.0.0
scenario: WP1_NPI
region: iso2_start
inputs:
- iamc_variable: 'Price|Primary Energy|Biomass'
  variable_cost: ['(?=^.{2}(BM))^.{6}(X0)']
  unit: MEUR_2015/PJ
  osemosys_param: 'VariableCost'
- iamc_variable: 'Price|Primary Energy|Coal'
  variable_cost: ['(?=^.{2}(CO))^.{6}(X0)']
  unit: MEUR_2015/PJ
  osemosys_param: 'VariableCost'
- iamc_variable: 'Price|Primary Energy|Gas'
  variable_cost: ['(?=^.{2}(NG))^.{6}(X0)']
  unit: MEUR_2015/PJ
  osemosys_param: 'VariableCost'
- iamc_variable: 'Price|Primary Energy|Oil'
  variable_cost: ['(?=^.{2}(OI))^.{6}(X0)']
  unit: MEUR_2015/PJ
  osemosys_param: 'VariableCost'
- iamc_variable: 'Capital Cost|Electricity|Nuclear'
  variable_cost: ['^.{2}(NUG3)']
  unit: MEUR_2015/GW
  osemosys_param: 'CapitalCost'
- iamc_variable: 'Capital Cost|Electricity|Solar|PV'
  variable_cost: ['^.{2}(SOUT)']
  unit: MEUR_2015/GW
  osemosys_param: 'CapitalCost'
- iamc_variable: 'Capital Cost|Electricity|Wind|Offshore'
  variable_cost: ['^.{2}(WIOFPN3)']
  unit: MEUR_2015/GW
  osemosys_param: 'CapitalCost'
- iamc_variable: 'Capital Cost|Electricity|Wind|Onshore'
  variable_cost: ['^.{2}(WIONPH3)']
  unit: MEUR_2015/GW
  osemosys_param: 'CapitalCost'
- iamc_variable: 'Lifetime|Electricity|Nuclear'
  reg_tech_param: ['^.{2}(NUG3)']
  unit: years
  osemosys_param: 'OperationalLife'
results:
- iamc_variable: 'Capacity|Electricity'
  capacity: ['^((?!(EL)|(00)).)*$']
  unit: GW
  osemosys_param: TotalCapacityAnnual
- iamc_variable: 'Capacity|Electricity|Biomass'
  capacity: ['(?=^.{2}(BF))^((?!00).)*$','(?=^.{2}(BM))^((?!00).)*$', '(?=^.{2}(WS))^((?!00).)*$']
  unit: GW
  osemosys_param: TotalCapacityAnnual
- iamc_variable: 'Capacity|Electricity|Coal'
  capacity: ['(?=^.{2}(CO))^((?!00).)*$']
  unit: GW
  osemosys_param: TotalCapacityAnnual
- iamc_variable: 'Capacity|Electricity|Gas'
  capacity: ['(?=^.{2}(NG))^((?!00).)*$']
  unit: GW
  osemosys_param: TotalCapacityAnnual
- iamc_variable: 'Capacity|Electricity|Geothermal'
  capacity: ['(?=^.{2}(GO))^((?!00).)*$']
  unit: GW
  osemosys_param: TotalCapacityAnnual
- iamc_variable: 'Capacity|Electricity|Hydro'
  capacity: ['^.{2}(HY)']
  unit: GW
  osemosys_param: TotalCapacityAnnual
- iamc_variable: 'Capacity|Electricity|Nuclear'
  capacity: ['^.{2}(NU)']
  unit: GW
  osemosys_param: TotalCapacityAnnual
- iamc_variable: 'Capacity|Electricity|Ocean'
  capacity: ['^.{2}(OC)']
  unit: GW
  osemosys_param: TotalCapacityAnnual
- iamc_variable: 'Capacity|Electricity|Oil'
  capacity: ['(?=^.{2}(HF))^((?!00).)*$']
  unit: GW
  osemosys_param: TotalCapacityAnnual
- iamc_variable: 'Capacity|Electricity|Solar'
  capacity: ['^.{2}(SO)']
  unit: GW
  osemosys_param: TotalCapacityAnnual
- iamc_variable: 'Capacity|Electricity|Solar|PV'
  capacity: ['^.{2}(SO)']
  unit: GW
  osemosys_param: TotalCapacityAnnual
- iamc_variable: 'Capacity|Electricity|Wind|Offshore'
  capacity: ['(?=^.{2}(WI))^.{4}(OF)']
  unit: GW
  osemosys_param: TotalCapacityAnnual
- iamc_variable: 'Capacity|Electricity|Wind'
  capacity: ['^.{2}(WI)']
  unit: GW
  osemosys_param: TotalCapacityAnnual
- iamc_variable: 'Capacity|Electricity|Wind|Onshore'
  capacity: ['(?=^.{2}(WI))^.{4}(ON)']
  unit: GW
  osemosys_param: TotalCapacityAnnual
- iamc_variable: 'Carbon Capture|Biomass'
  tech_emi: ['(?=^.{2}(BM))^.{4}(CS)']
  emissions: [CO2]
  transform: abs
  unit: kt CO2/yr
  osemosys_param: AnnualTechnologyEmission
- iamc_variable: 'Carbon Capture|Fossil'
  tech_emi: ['(?=^.{2}(CO))^.{4}(CS)','(?=^.{2}(NG))^.{4}(CS)']
  emissions: [CO2]
  unit: kt CO2/yr
  transform: abs
  osemosys_param: AnnualTechnologyEmission
- iamc_variable: 'Carbon Capture'
  tech_emi: ['(?=^.{2}(BM|CO|NG))^.{4}(CS)']
  emissions: [CO2]
  transform: abs
  unit: kt CO2/yr
  osemosys_param: AnnualTechnologyEmission
- iamc_variable: 'Emissions|CO2|Energy|Supply|Electricity'
  emissions: [CO2]
  unit: ktCO2/yr
  osemosys_param: AnnualTechnologyEmission
- iamc_variable: 'Final Energy|Electricity'
  demand: ['^.{2}(E2)']
  unit: PJ/yr
  osemosys_param: Demand
- iamc_variable: 'Secondary Energy|Electricity'
  excluded_prod_tech: ['^((?!(00)|(EL)|(RF)).)*$']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Biomass'
  el_prod_technology: ['(?=^.{2}(BF))^((?!00).)*$','(?=^.{2}(BM))^((?!00).)*$', '(?=^.{2}(WS))^((?!00).)*$']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Biomass|w/ CCS'
  el_prod_technology: ['(?=^.{2}(BM))^.{4}(CS)']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Biomass|w/o CCS'
  el_prod_technology: ['(?=^.{2}(BF))^((?!00).)*$','(?=^.{2}(BM))^((?!(00)|(CS)).)*$', '(?=^.{2}(WS))^((?!00).)*$']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Coal'
  el_prod_technology: ['(?=^.{2}(CO))^((?!00).)*$']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Coal|w/ CCS'
  el_prod_technology: ['(?=^.{2}(CO))^.{4}(CS)']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Coal|w/o CCS'
  el_prod_technology: ['(?=^.{2}(CO))^((?!(00)|(CS)).)*$']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Gas'
  el_prod_technology: ['(?=^.{2}(NG))^((?!00).)*$']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Gas|w/ CCS'
  el_prod_technology: ['(?=^.{2}(NG))^.{4}(CS)']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Gas|w/o CCS'
  el_prod_technology: ['(?=^.{2}(NG))^((?!(00)|(CS)).)*$']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Geothermal'
  el_prod_technology: ['(?=^.{2}(GO))^((?!00).)*$']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Hydro'
  el_prod_technology: ['^.{2}(HY)']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Nuclear'
  el_prod_technology: ['^.{2}(NU)']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Ocean'
  el_prod_technology: ['^.{2}(OC)']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Oil'
  el_prod_technology: ['(?=^.{2}(HF))^((?!00).)*$']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Oil|w/ CCS'
  el_prod_technology: ['(?=^.{2}(HF))^.{4}(CS)']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Oil|w/o CCS'
  el_prod_technology: ['(?=^.{2}(HF))^((?!(00)|(CS)).)*$']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Solar|PV'
  el_prod_technology: ['^.{2}(SO)']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Wind'
  el_prod_technology: ['^.{2}(WI)']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Wind|Offshore'
  el_prod_technology: ['(?=^.{2}(WI))^.{4}(OF)']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Secondary Energy|Electricity|Wind|Onshore'
  el_prod_technology: ['(?=^.{2}(WI))^.{4}(ON)']
  unit: PJ/yr
  osemosys_param: ProductionByTechnologyAnnual
- iamc_variable: 'Trade|Secondary Energy|Electricity|Volume'
  trade_tech: ['(?=^.{2}(EL))^((?!00).)*$']
  unit : PJ/yr
  osemosys_param: [UseByTechnology, ProductionByTechnologyAnnual]
# The following variable should be added after adjustments
# to the resultify.py script in osemosys2iamc
#- iamc_variable: 'Price|Secondary Energy|Electricity'
#variable_cost: ['^.{2}(E2)']
#unit: MEUR_2015/PJ
#osemosys_param: 'dual_values_EBa11'