demography/population/CRegPop[]
.demography/population/CRegPop[]
.population[t] = population(t-1) + population_inflows(t-1) - population_outflows(t-1)
. Population inflows include: births, various types of immigration. Population outflows include: deaths, various types of emigration. All these stocks and flows are explicitly available in the model diagram except for domestic immigration, which the user would have to solve for. Relevant model variables in demography/population
are: CRegPop
, population/births
, population/actNetImm
, population/deaths
, population/movers
. A view could be written to automate this decomposition analysis for an arbitrary time period.macroEconomy/macroEcon/GDPPerCapita[]
.macroEconomy/macroEcon/othIndGO[]
.energyUse/conEnergyUse/resSecEU[]
. Solution 2: Run view resSecEnrUseRpt
. Options: fuel use, intensity, and shares - Graph or Table - window fuel use.energyUse/resSecEU/resStocks/dwellings
. All inputs to procedure dwelling stock (2)
are candidates.resSecEnrUseRpt
. Options: dwellings and TA distribution - Graph - window dwellings by region TA share.energyUse/resSecEU/resStocks/heatSystems/newHeatSysShr[]
energyUse/resSecEU/resStocks/waterHeaters/newWatHeaterShrPlan[]
energyUse/resSecEU/resStocks/appliances/lighting/newBulbShr[]
transSecEnrUseRpt
. Options: vehicle stock report - Graph or Table - n - light duty vehicles - window new and fleet Light duty vehicle stock by size share.energyUse/transportEU/roadVeh/heavyDutyVehicle/HDVehBaselineAFU/combTractorDistFU/avgVDTSurvivors[]
energyUse/transportEU/serviceDemand/passKM
see procedures: Trip Generation (1)
, Allocate Trips to Mode (2)
and Passenger Kilometers (3)
.energyUse/transportEU/serviceDemand/passKM/tripShare[]
.energyUse/transportEU/roadVeh/lightDutyVehicle/personalUseVeh/PUVehEU/srcVehMixDepRLFC[]
and energyUse/transportEU/roadVeh/lightDutyVehicle/personalUseVeh/PUVehEU/PUVehAFC[]
.comSecUERpt
energyUse/comSecEU/inputEnergyUse/inEnrUseNSC/NSCIOEnrRatio[]
. This ratio has a value of 1 or more. A value of 1 means the input and output (or service) energy is the same and the process is 100% efficient.indNFSecEURpt
. Option: fuel use external, intensity, and shares - window energy/fuel use - externally purchased. Solution 2: see variable energyUse/otherIndustrySecEU/othIndSecEU/indNFSSecEU[]
, and aggregate over RPPs manually.energyUse/otherIndustrySecEU/othIndSecEU/othIndSecElecPrdTotal[]
energyUse/otherIndustrySecEU/othIndSecEU/othIndSecElecPrdForOwnUse[]
and energyUse/otherIndustrySecEU/othIndSecEU/othIndSecElecPrdForGrid[]
energyUse/otherIndustrySecEU/othIndSecEU/CGHeatAvailableOISIndSec[]
elecAnalysis
. Option: capacity, generation and planned and actual capacity factor. Solution 2: see variables energyProd/electricityPrd/elecGen/elecPC[]
, energyProd/electricityPrd/elecGen/elecPCUsed[]
and energyProd/electricityPrd/elecGen/capFacECAct[]
.energyProd/refPetPrdPrd/COUseByRefiners[]
energyProd/hydrogenPrd/H2Prod[]
energyUse/resourcePrdEU/natGasExtAndPrd/natGasPrdAEU/CNatGasPPrd[]
resourceDisp/crudeOilDisp/COilDisp[]
resourceDisp/crudeOilDisp/COilDisp[]
energyProd/refPetPrdPrd/RPPPrdDomDisp[]
, energyProd/refPetPrdPrd/RPPExport[]
and energyProd/refPetPrdPrd/RPPProd[]
.emissionsRpt
. Options: ask only for the default emission target - your choice of target