Other code lists
These codelists correspond to sets in the generic MESSAGE IAM formulation with the same names.
Commodities (commodity.yaml)
These codes have the following annotations:
level(mandatory)Level where this commodity typically (not exclusively) occurs.
units(mandatory)Units typically associated with this commodity.
iea-eweb-flow(optional)List of
FLOWcodes from the IEA (Extended) World Energy Balances (tools.iea.web) associated with this MESSAGEix-GLOBIOM commodity.iea-eweb-product(optional)List of
PRODUCTcodes from the IEA (Extended) World Energy Balances (tools.iea.web) associated with this MESSAGEix-GLOBIOM commodity.
biomass:
units: GWa
report: Solids|Biomass
ipcc-1996-name: "Solid Biomass"
coal:
name: Coal
units: GWa
report: Solids|Fossil
# NB same value as "Coking coal"; this choice is arbitrary
# NB in message_doc, this appears as "Hard coal", but this
# term usually refers to anthracite, which has a higher
# carbon emission factor.
ipcc-1996-name: "Other Bituminous Coal"
iea-eweb-product:
- ANTCOAL
- BITCOAL
- BKB
- BLFURGS
- BROWN
- COALTAR
- COKCOAL
- COKEOVGS
- GASCOKE
- GASWKSGS
- HARDCOAL
- INDWASTE
- LIGNITE
- MANGAS
- MUNWASTEN
- OVENCOKE
- PATFUEL
- PEAT
- SUBCOAL
crudeoil:
name: Crude oil
description: >-
For secondary energy, use 'fueloil', 'lightoil', etc.
level: primary
units: GWa
report: Oil
ipcc-1996-name: "Crude Oil"
d_heat:
name: (?) District heat
description: >-
FIXME provide an unambiguous description of what this commodity represents.
report: Heat
electr:
name: Electricity
units: GWa
report: Electricity
iea-eweb-product: [ELECTR]
ethanol:
name: Ethanol
units: GWa
report: Liquids|Biomass
iea-eweb-product: [BIODIESEL, BIOGASOL, BIOJETKERO, OBIOLIQ]
freshwater_supply:
name: (?) Fresh water
description: >-
FIXME provide an unambiguous description of what this commodity represents.
fueloil:
name: Fuel oil
description: Heavy fuel oil
level: secondary
units: GWa
ipcc-1996-name: "Residual Fuel Oil"
iea-eweb-product: [BITUMEN, PARWAX, PETCOKE, RESFUEL]
gas:
name: Natural Gas
units: GWa
report: Gases
ipcc-1996-name: "Natural Gas (Dry)"
iea-eweb-product: [NATGAS]
hydrogen:
name: Gaseous hydrogen
units: GWa
lh2:
name: Liquid hydrogen
units: GWa
lightoil:
name: Light oil
description: Includes gasoline, diesel oil.
# level: secondary
units: GWa
report: Liquids|Oil
# NB same value as "Crude Oil" and several others; this choice is arbitrary
ipcc-1996-name: "Other Oil"
iea-eweb-product:
- AVGAS
- ETHANE
- JETGAS
- LPG
- LUBRIC
- NAPHTHA
- NONBIODIES
- NONBIOGASO
- NONBIOJETK
- ONONSPEC
- OTHKERO
- REFINGAS
- WHITESP
lignite:
name: Lignite
ipcc-1996-name: "Lignite"
methanol:
name: Methanol
units: GWa
report: Liquids|Coal
# This does not appear in the referenced source; value is 17.4
# ipcc-1996-name: MISSING
non-comm:
name: Non-commercial biomass
units: GWa
report: Solids|Biomass|Traditional
rc_spec:
name: Residential and commercial non-substitutable fuels
rc_therm:
name: Residential and commercial thermal
transport:
name: Transportation
description: >-
For MESSAGEix-Transport, this commodity is not used; it is replaced by a
disaggregated set of transport service demands (representing e.g. light-
duty vehicles, civil aviation, freight transport, etc.)
level: useful
units: GWa
iea-eweb-flow: [DOMESAIR, DOMESNAV, RAIL, ROAD, TRNONSPE]
# The following codes also appear in a recent (2020-02-28) SSP2 scenario, but
# are not currently used by model.bare.create_res.
#
# Aff_CO2_G4M
# Agri_CH4
# Agri_N2O
# Agri_N2O_calc
# Agricultural Demand
# Agricultural Demand|Bioenergy
# Agricultural Demand|Bioenergy|1st generation
# Agricultural Demand|Bioenergy|2nd generation
# Agricultural Demand|Feed
# Agricultural Demand|Feed|Crops
# Agricultural Demand|Food
# Agricultural Demand|Food|Crops
# Agricultural Demand|Food|Livestock
# Agricultural Demand|Non-Food
# Agricultural Demand|Non-Food|Crops
# Agricultural Demand|Non-Food|Livestock
# Agricultural Production
# Agricultural Production|Energy Crops
# Agricultural Production|Livestock
# Agricultural Production|Non-Energy Crops
# Agricultural Production|Non-Energy Crops|Cereals
# BCA_LandUseChangeEM
# BCA_SavanBurnEM
# Biodiesel_G1
# bioenergy
# Bioethanol_G1
# CalAnim
# CalCrop
# CalTot
# CH4_LandUseChangeEM
# CH4_SavanBurnEM
# CO_LandUseChangeEM
# CO_SavanBurnEM
# CO2_oil
# CO2_rem
# cooling__bio_hpl
# cooling__bio_istig
# cooling__bio_istig_ccs
# cooling__bio_ppl
# cooling__coal_adv
# cooling__coal_adv_ccs
# cooling__coal_ppl
# cooling__coal_ppl_u
# cooling__foil_hpl
# cooling__foil_ppl
# cooling__gas_cc
# cooling__gas_cc_ccs
# cooling__gas_hpl
# cooling__gas_ppl
# cooling__geo_hpl
# cooling__geo_ppl
# cooling__igcc
# cooling__igcc_ccs
# cooling__loil_cc
# cooling__loil_ppl
# cooling__nuc_hc
# cooling__nuc_lc
# cooling__solar_th_ppl
# CrpLnd
# crude_1
# crude_2
# crude_3
# crude_4
# crude_5
# crude_6
# crude_7
# crude_8
# Def_CO2_G4M
# Def_CO2_GLO
# dumagr
# dumfert
# Emissions|CH4|Land Use
# Emissions|CH4|Land Use|Agricultural Waste Burning
# Emissions|CH4|Land Use|Agriculture
# Emissions|CH4|Land Use|Agriculture|AWM
# Emissions|CH4|Land Use|Agriculture|Enteric Fermentation
# Emissions|CH4|Land Use|Agriculture|Rice
# Emissions|CH4|Land Use|Savannah Burning
# Emissions|CO2|Land Use
# Emissions|CO2|Land Use|Negative
# Emissions|CO2|Land Use|Positive
# Emissions|N2O|Land Use
# Emissions|N2O|Land Use|Agricultural Waste Burning
# Emissions|N2O|Land Use|Agriculture
# Emissions|N2O|Land Use|Agriculture|AWM
# Emissions|N2O|Land Use|Agriculture|Cropland Soils
# Emissions|N2O|Land Use|Agriculture|Pasture
# Emissions|N2O|Land Use|Savannah Burning
# EnergyRoundwood
# exports
# Fertilizer Use|Nitrogen
# Fertilizer Use|Phosphorus
# Fmg_CO2_G4M
# Food Demand
# Food Demand|Crops
# Food Demand|Livestock
# Food Energy Demand
# Food Energy Demand|Livestock
# ForestBiomass
# ForestBiomass_G4M
# ForestHarvestDF_G4M
# ForestHarvestFM_G4M
# ForestHarvestTot_G4M
# ForestHarvestTot_GLO
# Forestry Demand|Roundwood
# Forestry Demand|Roundwood|Industrial Roundwood
# Forestry Demand|Roundwood|Wood Fuel
# Forestry Production|Forest Residues
# Forestry Production|Roundwood
# Forestry Production|Roundwood|Industrial Roundwood
# Forestry Production|Roundwood|Wood Fuel
# freshwater_instream
# FuelWood
# FuelWood_G4M
# gas
# gas_1
# gas_2
# gas_3
# gas_4
# gas_5
# gas_6
# gas_7
# gas_8
# gas_afr
# gas_cpa
# gas_eeu
# gas_nam
# gas_pao
# gas_pas
# gas_sas
# gas_weu
# GrsLnd
# i_feed
# i_spec
# i_therm
# IrriWithdrawal
# Land Cover
# Land Cover|Cropland
# Land Cover|Cropland|Cereals
# Land Cover|Cropland|Energy Crops
# Land Cover|Cropland|Irrigated
# Land Cover|Forest
# Land Cover|Forest|Afforestation and Reforestation
# Land Cover|Forest|Forestry
# Land Cover|Forest|Managed
# Land Cover|Forest|Natural Forest
# Land Cover|Other Natural Land
# Land Cover|Pasture
# LiquidTotal
# LNG
# LoggingResidues
# LU_CO2
# LU_GHG
# LucGrs_CO2
# LucOth_CO2
# NewFor_G4M
# NH3_LandUseChangeEM
# NH3_ManureEM
# NH3_RiceEM
# NH3_SavanBurnEM
# NH3_SoilEM
# NOx_LandUseChangeEM
# NOx_SavanBurnEM
# NOx_SoilEM
# nucfuel
# OCA_LandUseChangeEM
# OCA_SavanBurnEM
# oil_st
# Olc_CO2_GLO
# Olc_CO2_GLO_neg
# Olc_CO2_GLO_pos
# OldFor_G4M
# OtherLnd
# OthSolidNonComm
# PlantationBiomass
# PlantationHarvest_GLO
# PltArt
# PltFor
# PltFor_gr
# Price_BIO
# Price_CO2
# Price|Agriculture|Non-Energy Crops and Livestock|Index
# Price|Agriculture|Non-Energy Crops|Index
# Price|Primary Energy|Biomass
# pu
# puq
# puq2
# saline_supply
# SawmillResidues
# SawmillResidues_G4M
# shipping
# SO2_LandUseChangeEM
# SO2_SavanBurnEM
# SolidExogenous
# SolidExogenous_G4M
# SolidTotal
# SolidTotal_G4M
# TCE
# TimberIndust
# TimberIndust_G4M
# Tot_CO2_G4M
# total_cost
# TotalLnd
# TotFor_G4M
# u5
# u5q
# u5t
# upstream_landuse
# uq
# uranium
# VOC_LandUseChangeEM
# VOC_SavanBurnEM
# water_constraint
# Water|Withdrawal|Irrigation
# Yield|Cereal
# Yield|Oilcrops
# Yield|Sugarcrops
Levels (level.yaml)
This code list has no annotations and no hierarchy.
export:
name: Exports
final:
name: Final Energy
description: >-
Represents end-use demands of the end-use sectors (e.g. industry, transport,
residential, commercial and agriculture).
import:
name: Imports
primary:
name: Primary Energy
description: >-
A form found in nature that has not been subjected to any human engineered
conversion process.
secondary:
name: Secondary Energy
description: Forms which have been transformed from primary energy.
useful:
name: Useful Energy
description: >-
Represents energy-service demands (or activity levels) of the end-use
sectors in non-energy units.
water_supply:
name: Water Supply
description: >-
FIXME provide an unambiguous description of what this level represents.
# The following codes also appear in a recent (2020-02-28) SSP2 scenario, but
# are not currently used by model.bare.create_res.
#
# cooling
# land_use_reporting
# land_use
# piped-gas
# resource
# stocks
# water_supply_constraint
Technologies (technology.yaml)
Warning
This list is only for reference; particular MESSAGE-GLOBIOM scenarios may not contain all these technologies, or may contain other technologies not listed.
Each of these codes has the following annotations:
sectorA categorization of the technology.
input(
commodity,level) for input to the technology.output(
commodity,level) for output from the technology.vintagedTrueif the technology is subject to vintaging.typeSame as
output[1].
# This file describes a possible set of base technologies to be used in the
# global model. It will be usable by both model creation and reporting code.
#
# Each entry includes the following fields:
# - name, description: required.
# - sector: a label to group multiple technologies to a notional sector.
# Required.
# - output (required) and input (optional): either
# - a list of [commodity, level] giving the output generated or input used by
# the technology; or,
# - a list of 2 or more such lists, if the technology has multiple inputs or
# outputs.
# - vintaged: True if the technology's properties vary by year_vintage.
# Optional; False if omitted.
# - type: In the Excel file used to create this YAML file (see
# https://github.com/iiasa/message_data/issues/74), 'type' appears to be
# always the same as 'output'/level; *unless* the 'output'/commodity is a
# dummy commodity, in which case it is 'dummy'.
#
# TODO if this is the case, remove 'type' from this file, and generate 'type'
# in tools.technologies.get_info.
CF4_TCE:
name: CF4_TCE
description: Tetrafluoromethane (CF4) Total Carbon Emissions
type: primary
sector: dummy
output: [dummy, primary]
CH4_TCE:
name: CH4_TCE
description: Methane total carbon equivalent emissions
type: dummy
sector: dummy
output: [dummy, primary]
CH4g_TCE:
name: CH4g_TCE
description: CH4 emissions from animals directly in Total Carbon Equivalent emissions
type: dummy
sector: dummy
output: [dummy agriculture, primary]
CH4n_TCE:
name: CH4n_TCE
description: CH4 emissions from anaerobic waste decomposition in Total Carbon Equivalent emissions
type: dummy
sector: dummy
output: [dummy, primary]
CH4o_TCE:
name: CH4o_TCE
description: Dummy technology converting CH4 emissions from industrial and domestic wastewater, non energy biomass burning and other CH4 emissions, to total carbon equivalent emissions (TCE)
type: dummy
sector: dummy
output: [dummy, primary]
CO2_TCE:
name: CO2_TCE
description: CO2 total carbon equivalent emissions
type: dummy
sector: dummy
output: [dummy, primary]
dom_total:
name: dom_total
description: Used in balance equation for domestic energy supply and in the equation for constraining net imports
type: secondary
sector: dummy
output: [exports, secondary]
dummy_producer:
name: dummy_producer
description: Technology added to produce dummy energy to avoid infeasibility if needed (e.g. when CO2_TCE needs to go negative)
type: primary
sector: dummy
output: [dummy, primary]
exp_total:
name: exp_total
description: Used in balance equation for exported energy supply and in the equation for constraining net imports
type: secondary
sector: dummy
output: [exports, secondary]
HFC_TCE:
name: HFC_TCE
description: HFC total carbon equivalent emissions
type: primary
sector: dummy
output: [dummy, primary]
HFCo_TCE:
name: HFCo_TCE
description: Dummy technology converting HFC equiv emissions from solvents, fire extinguishers, aerosols MDI, aerosols non-MDI to total carbon equivalent emissions (TCE)
type: primary
sector: dummy
output: [dummy, primary]
imp_total:
name: imp_total
description: Used in balance equation for imported energy supply
type: exports
sector: dummy
output: [exports, secondary]
N2O_TCE:
name: N2O_TCE
description: N2O total carbon equivalent emissions
type: dummy
sector: dummy
output: [dummy]
N2OG_TCE:
name: N2OG_TCE
description: N2O soil emissions total carbon equivalent emissions
type: dummy
sector: dummy
output: [dummy]
N2On_TCE:
name: N2On_TCE
description: N2O adipic acid total carbon equivalent emissions
type: dummy
sector: dummy
output: [dummy]
N2Oo_TCE:
name: N2Oo_TCE
description: Dummy technology converting N2O emissions from Manure Management, Human Sewage, Other Agricultural sources, Other Non Ag Sources to total carbon equivalent emissions (TCE)
type: dummy
sector: dummy
output: [dummy]
nica_con:
name: nica_con
type: dummy
sector: dummy
output: [dummy]
nitric_catalytic1:
name: nitric_catalytic1
description: Mitigation technology (catalytic converter) category 2 for N2O emissions
type: dummy
sector: dummy
output: [dummy, primary]
nitric_catalytic2:
name: nitric_catalytic2
description: Mitigation technology (catalytic converter) category 1 for N2O emissions
type: dummy
sector: dummy
output: [dummy, primary]
nitric_catalytic3:
name: nitric_catalytic3
description: Mitigation technology (catalytic converter) category 3 for N2O emissions
type: dummy
sector: dummy
output: [dummy, primary]
nitric_catalytic4:
name: nitric_catalytic4
description: Mitigation technology (catalytic converter) category 4 for N2O emissions
type: dummy
sector: dummy
output: [dummy, primary]
nitric_catalytic5:
name: nitric_catalytic5
description: Mitigation technology (catalytic converter) category 5 for N2O emissions
type: dummy
sector: dummy
output: [dummy, primary]
nitric_catalytic6:
name: nitric_catalytic6
description: Mitigation technology (catalytic converter) category 6 for N2O emissions
type: dummy
sector: dummy
output: [dummy, primary]
nitric_catalytic7:
name: nitric_catalytic7
description: Mitigation technology (catalytic converter) category 7 for N2O emissions
type: dummy
sector: dummy
output: [dummy, primary]
SF6_TCE:
name: SF6_TCE
description: SF6 total carbon equivalent emissions
type: primary
sector: dummy
output: [dummy, primary]
useful_feedstock:
name: useful_feedstock
description: Share constraint for industry feedstocks
type: dummy
sector: dummy
output: [dummy_useful, primary]
useful_industry_sp:
name: useful_industry_sp
description: Share constraint for Industry Specific
type: dummy
sector: dummy
output: [dummy_useful, primary]
useful_industry_th:
name: useful_industry_th
description: Share constraint for Industry Thermal
type: dummy
sector: dummy
output: [dummy_useful, primary]
useful_res/comm_sp:
name: useful_res/comm_sp
description: Share constraint for Residential and Commercial Specific
type: dummy
sector: dummy
output: [dummy_useful, primary]
useful_res/comm_th:
name: useful_res/comm_th
description: Share constraint for Residential and Commercial Thermal
type: dummy
sector: dummy
output: [dummy_useful, primary]
useful_transport:
name: useful_transport
description: Share constraint for Transport
type: dummy
sector: dummy
output: [dummy_useful, primary]
bio_istig:
name: bio_istig
description: Advanced biomass power plant- gasified biomass is burned in gas turbine plant - modes with and without net carbon release
type: secondary
vintaged: TRUE
sector: electricity
input: [biomass, primary]
output: [electr, secondary]
bio_istig_ccs:
name: bio_istig_ccs
description: Advanced biomass power plant with carbon capture and storage- gasified biomass is burned in gas turbine plant - modes with and without net carbon release
type: secondary
vintaged: TRUE
sector: electricity
input: [biomass, primary]
output: [electr, secondary]
bio_ppl:
name: bio_ppl
description: Bio powerplant
type: secondary
vintaged: TRUE
sector: electricity
input:
- [biomass, primary]
- [cooling__bio_ppl, cooling]
- [freshwater_supply, water_supply]
output: [electr, secondary]
coal_adv:
name: coal_adv
description: Advanced coal power plant
type: secondary
vintaged: TRUE
sector: electricity
input: [coal, secondary]
output: [electr, secondary]
coal_adv_ccs:
name: coal_adv_ccs
description: Advanced coal power plant with carbon capture and storage
type: secondary
vintaged: TRUE
sector: electricity
input: [coal, secondary]
output: [electr, secondary]
coal_ppl:
name: coal_ppl
description: Coal power-plant
type: secondary
vintaged: TRUE
sector: electricity
input: [coal, secondary]
output: [electr, secondary]
coal_ppl_u:
name: coal_ppl_u
description: Coal power plant without abatement measures
type: secondary
vintaged: TRUE
sector: electricity
input: [coal, secondary]
output: [electr, secondary]
elec_exp:
name: elec_exp
description: Net export of electricity
type: exports
sector: electricity
input: [electr, secondary]
output: [electr, exports]
elec_imp:
name: elec_imp
description: Net import of electricity
type: secondary
sector: electricity
input: [electr, imports]
output: [electr, secondary]
elec_t/d:
name: elec_t/d
description: Grid technology cost converted to 2005$
type: final
vintaged: TRUE
sector: electricity
input: [electr, secondary]
output: [electr, final]
foil_ppl:
name: foil_ppl
description: New standard oil power plant, Rankine cycle
type: secondary
vintaged: TRUE
sector: electricity
input: [fueloil, secondary]
output: [electr, secondary]
gas_cc:
name: gas_cc
description: Gas combined cycle power-plant
type: secondary
vintaged: TRUE
sector: electricity
input: [gas, secondary]
output: [electr, secondary]
gas_cc_ccs:
name: gas_cc_ccs
description: Gas combined cycle power-plant with carbon capture and storage
type: secondary
vintaged: TRUE
sector: electricity
input: [gas, secondary]
output: [electr, secondary]
gas_ct:
name: gas_ct
description: Gas combustion-turbine power plant
type: secondary
vintaged: TRUE
sector: electricity
input: [gas, secondary]
output: [electr, secondary]
gas_htfc:
name: gas_htfc
description: High temperature fuel cell powered with natural gas
type: secondary
vintaged: TRUE
sector: electricity
input: [gas, secondary]
output: [electr, secondary]
gas_ppl:
name: gas_ppl
description: Gas power plant, Rankine cycle
type: secondary
vintaged: TRUE
sector: electricity
input: [gas, secondary]
output: [electr, secondary]
geo_ppl:
name: geo_ppl
description: Geothermal power plant
type: secondary
vintaged: TRUE
sector: electricity
output: [electr, secondary]
glb_elec_exp:
name: glb_elec_exp
description: Global net export of electricity
type: imports
sector: electricity
output: [electr, imports]
glb_elec_imp:
name: glb_elec_imp
description: Global net import of electricity
type: exports
sector: electricity
input: [electr, exports]
output: [exports]
hydro_hc:
name: hydro_hc
description: High cost hydro power plant
type: secondary
vintaged: TRUE
sector: electricity
output: [electr, secondary]
hydro_lc:
name: hydro_lc
description: Low cost hydro power plant
type: secondary
vintaged: TRUE
sector: electricity
output: [electr, secondary]
igcc:
name: igcc
description: Integrated gasification combined cycle (IGCC) power plant
type: secondary
vintaged: TRUE
sector: electricity
input: [coal, secondary]
output: [electr, secondary]
igcc_ccs:
name: igcc_ccs
description: Integrated gasification combined cycle (IGCC) power plant with carbon capture and storage
type: secondary
vintaged: TRUE
sector: electricity
input: [coal, secondary]
output: [electr, secondary]
igcc_co2scr:
name: igcc_co2scr
description: New coal scrubber for igcc plants
type: exports
vintaged: TRUE
sector: electricity
output: [exports, secondary]
loil_cc:
name: loil_cc
description: Light oil combined cycle
type: secondary
vintaged: TRUE
sector: electricity
input: [lightoil, secondary]
output: [electr, secondary]
loil_ppl:
name: loil_ppl
description: Existing light oil power-plant
type: secondary
vintaged: TRUE
sector: electricity
input: [lightoil, secondary]
output: [electr, secondary]
nuc_hc:
name: nuc_hc
description: Nuclear power plant (~GEN III+), high cost
type: secondary
vintaged: TRUE
sector: electricity
input: [uranium, stocks]
output: [electr, secondary]
nuc_lc:
name: nuc_lc
description: Nuclear power plant (~GEN II), low cost
type: secondary
vintaged: TRUE
sector: electricity
input: [uranium, stocks]
output: [electr, secondary]
solar_curtailment1:
name: solar_curtailment1
description: Solar PV curtailment steps
type: dummy
sector: electricity
input: [electr, secondary]
output: [dummy renewable, secondary]
solar_curtailment2:
name: solar_curtailment2
description: Solar PV curtailment steps
type: dummy
sector: electricity
input: [electr, secondary]
output: [dummy renewable, secondary]
solar_curtailment3:
name: solar_curtailment3
description: Solar PV curtailment steps
type: dummy
sector: electricity
input: [electr, secondary]
output: [dummy renewable, secondary]
solar_cv1:
name: solar_cv1
description: Quadratic systems integration costs added to solar PV
type: dummy
sector: electricity
output: [dummy renewable, secondary]
solar_cv2:
name: solar_cv2
description: Quadratic systems integration costs added to solar PV
type: dummy
sector: electricity
output: [dummy renewable, secondary]
solar_cv3:
name: solar_cv3
description: Quadratic systems integration costs added to solar PV
type: dummy
sector: electricity
output: [dummy renewable, secondary]
solar_cv4:
name: solar_cv4
description: Quadratic systems integration costs added to solar PV
type: dummy
sector: electricity
output: [dummy renewable, secondary]
solar_pv_ppl:
name: solar_pv_ppl
description: Solar photovoltaic power plant (no storage)
type: dummy
vintaged: TRUE
sector: electricity
output: [dummy renewable, secondary]
solar_res1:
name: solar_res1
description: Maximum solar electricity potential 1
type: secondary
sector: electricity
output: [electr, secondary]
solar_res2:
name: solar_res2
description: Maximum solar electricity potential 2
type: secondary
sector: electricity
output: [electr, secondary]
solar_res3:
name: solar_res3
description: Maximum solar electricity potential 3
type: secondary
sector: electricity
output: [electr, secondary]
solar_res4:
name: solar_res4
description: Maximum solar electricity potential 4
type: secondary
sector: electricity
output: [electr, secondary]
solar_res5:
name: solar_res5
description: Maximum solar electricity potential 5
type: secondary
sector: electricity
output: [electr, secondary]
solar_res6:
name: solar_res6
description: Maximum solar electricity potential 6
type: secondary
sector: electricity
output: [electr, secondary]
solar_res7:
name: solar_res7
description: Maximum solar electricity potential 7
type: secondary
sector: electricity
output: [electr, secondary]
solar_res8:
name: solar_res8
description: Maximum solar electricity potential 8
type: secondary
sector: electricity
output: [electr, secondary]
solar_res_hist_2005:
name: solar_res_hist_2005
description: Currently installed solar electricity capacity with 2005 year bin
type: secondary
sector: electricity
output: [electr, secondary]
solar_res_hist_2010:
name: solar_res_hist_2010
description: Currently installed solar electricity capacity with 2010 year bin
type: secondary
sector: electricity
output: [electr, secondary]
solar_res_hist_2015:
name: solar_res_hist_2015
description: Currently installed solar electricity capacity with 2015 year bin
type: secondary
sector: electricity
output: [electr, secondary]
solar_res_hist_2020:
name: solar_res_hist_2020
description: Currently installed solar electricity capacity with 2020 year bin
type: secondary
sector: electricity
output: [electr, secondary]
solar_th_ppl:
name: solar_th_ppl
description: Solar thermal power plant with storage
type: secondary
vintaged: TRUE
sector: electricity
output: [electr, secondary]
stor_ppl:
name: stor_ppl
description: Generic electric storage
type: secondary
vintaged: TRUE
sector: electricity
input: [electr, secondary]
output: [exports, secondary]
wind_curtailment1:
name: wind_curtailment1
description: Wind curtailment steps
type: dummy
sector: electricity
input: [secondary, electricity]
output: [dummy renewable, secondary]
wind_curtailment2:
name: wind_curtailment2
description: Wind curtailment steps
type: dummy
sector: electricity
input: [secondary, electricity]
output: [dummy renewable, secondary]
wind_curtailment3:
name: wind_curtailment3
description: Wind curtailment steps
type: dummy
sector: electricity
input: [secondary, electricity]
output: [dummy renewable, secondary]
wind_cv1:
name: wind_cv1
description: Wind flexibility requirement and firm capacity contribution, quadratic systems integration costs added to wind
type: dummy
sector: electricity
output: [dummy renewable, secondary]
wind_cv2:
name: wind_cv2
description: Wind flexibility requirement and firm capacity contribution, quadratic systems integration costs added to wind
type: dummy
sector: electricity
output: [dummy renewable, secondary]
wind_cv3:
name: wind_cv3
description: Wind flexibility requirement and firm capacity contribution, quadratic systems integration costs added to wind
type: dummy
sector: electricity
output: [dummy renewable, secondary]
wind_cv4:
name: wind_cv4
description: Wind flexibility requirement and firm capacity contribution, quadratic systems integration costs added to wind
type: dummy
sector: electricity
output: [dummy renewable, secondary]
wind_ppl:
name: wind_ppl
description: Wind power plant onshore (provides capacity only)
type: dummy
vintaged: TRUE
sector: electricity
output: [dummy renewable, secondary]
wind_res1:
name: wind_res1
description: Wind onshore potential and generation 1
type: secondary
sector: electricity
output: [electr, secondary]
wind_res2:
name: wind_res2
description: Wind onshore potential and generation 2
type: secondary
sector: electricity
output: [electr, secondary]
wind_res3:
name: wind_res3
description: Wind onshore potential and generation 3
type: secondary
sector: electricity
output: [electr, secondary]
wind_res4:
name: wind_res4
description: Wind onshore potential and generation 4
type: secondary
sector: electricity
output: [electr, secondary]
wind_res_hist_2005:
name: wind_res_hist_2005
description: Currently installed wind onshore capacity with 2005 year bin
type: secondary
sector: electricity
output: [electr, secondary]
wind_res_hist_2010:
name: wind_res_hist_2010
description: Currently installed wind onshore capacity with 2010 year bin
type: secondary
sector: electricity
output: [electr, secondary]
wind_res_hist_2015:
name: wind_res_hist_2015
description: Currently installed wind onshore capacity with 2015 year bin
type: secondary
sector: electricity
output: [electr, secondary]
wind_res_hist_2020:
name: wind_res_hist_2020
description: Currently installed wind onshore capacity with 2020 year bin
type: secondary
sector: electricity
output: [electr, secondary]
wind_ppf:
name: wind_ppf
description: Wind power plant offshore (provides capacity only)
type: secondary
vintaged: TRUE
sector: electricity
output: [dummy renewable, secondary]
wind_ref1:
name: wind_ref1
description: Wind offshore potential and generation 1
type: secondary
sector: electricity
output: [electr, secondary]
wind_ref2:
name: wind_ref2
description: Wind offshore potential and generation 2
type: secondary
sector: electricity
output: [electr, secondary]
wind_ref3:
name: wind_ref3
description: Wind offshore potential and generation 3
type: secondary
sector: electricity
output: [electr, secondary]
wind_ref4:
name: wind_ref4
description: Wind offshore potential and generation 4
type: secondary
sector: electricity
output: [electr, secondary]
wind_ref5:
name: wind_ref5
description: Wind offshore potential and generation 5
type: secondary
sector: electricity
output: [electr, secondary]
wind_ref_hist_2005:
name: wind_ref_hist_2005
description: Currently installed wind offshore capacity with 2005 year bin
type: secondary
sector: electricity
output: [electr, secondary]
wind_ref_hist_2010:
name: wind_ref_hist_2010
description: Currently installed wind offshore capacity with 2010 year bin
type: secondary
sector: electricity
output: [electr, secondary]
wind_ref_hist_2015:
name: wind_ref_hist_2015
description: Currently installed wind offshore capacity with 2015 year bin
type: secondary
sector: electricity
output: [electr, secondary]
wind_ref_hist_2020:
name: wind_ref_hist_2020
description: Currently installed wind offshore capacity with 2020 year bin
type: secondary
sector: electricity
output: [electr, secondary]
csp_sm3_res:
name: csp_sm3_res
description: Concentrating solar power (CSP) with solar multiple of 3 potential and generation 1
type: secondary
sector: electricity
output: [electr, secondary]
csp_sm3_res1:
name: csp_sm3_res1
description: Concentrating solar power (CSP) with solar multiple of 3 potential and generation 2
type: secondary
sector: electricity
output: [electr, secondary]
csp_sm3_res2:
name: csp_sm3_res2
description: Concentrating solar power (CSP) with solar multiple of 3 potential and generation 3
type: secondary
sector: electricity
output: [electr, secondary]
csp_sm3_res3:
name: csp_sm3_res3
description: Concentrating solar power (CSP) with solar multiple of 3 potential and generation 4
type: secondary
sector: electricity
output: [electr, secondary]
csp_sm3_res4:
name: csp_sm3_res4
description: Concentrating solar power (CSP) with solar multiple of 3 potential and generation 5
type: secondary
sector: electricity
output: [electr, secondary]
csp_sm3_res5:
name: csp_sm3_res5
description: Concentrating solar power (CSP) with solar multiple of 3 potential and generation 6
type: secondary
sector: electricity
output: [electr, secondary]
csp_sm3_res6:
name: csp_sm3_res6
description: Concentrating solar power (CSP) with solar multiple of 3 potential and generation 7
type: secondary
sector: electricity
output: [electr, secondary]
csp_sm3_res7:
name: csp_sm3_res7
description: Concentrating solar power (CSP) with solar multiple of 3 potential and generation 8
type: secondary
sector: electricity
output: [electr, secondary]
csp_sm3_ppl:
name: csp_sm3_ppl
description: Concentrating solar power (CSP) with solar multiple of 3 (provides capacity only)
type: secondary
vintaged: TRUE
sector: electricity
output: [dummy renewable, secondary]
csp_sm1_res:
name: csp_sm1_res
description: Concentrating solar power (CSP) with solar multiple of 1 potential and generation 1
type: secondary
sector: electricity
output: [electr, secondary]
csp_sm1_res1:
name: csp_sm1_res1
description: Concentrating solar power (CSP) with solar multiple of 1 potential and generation 2
type: secondary
sector: electricity
output: [electr, secondary]
csp_sm1_res2:
name: csp_sm1_res2
description: Concentrating solar power (CSP) with solar multiple of 1 potential and generation 3
type: secondary
sector: electricity
output: [electr, secondary]
csp_sm1_res3:
name: csp_sm1_res3
description: Concentrating solar power (CSP) with solar multiple of 1 potential and generation 4
type: secondary
sector: electricity
output: [electr, secondary]
csp_sm1_res4:
name: csp_sm1_res4
description: Concentrating solar power (CSP) with solar multiple of 1 potential and generation 5
type: secondary
sector: electricity
output: [electr, secondary]
csp_sm1_res5:
name: csp_sm1_res5
description: Concentrating solar power (CSP) with solar multiple of 1 potential and generation 6
type: secondary
sector: electricity
output: [electr, secondary]
csp_sm1_res6:
name: csp_sm1_res6
description: Concentrating solar power (CSP) with solar multiple of 1 potential and generation 7
type: secondary
sector: electricity
output: [electr, secondary]
csp_sm1_res7:
name: csp_sm1_res7
description: Concentrating solar power (CSP) with solar multiple of 1 potential and generation 8
type: secondary
sector: electricity
output: [electr, secondary]
csp_sm1_ppl:
name: csp_sm1_ppl
description: Concentrating solar power (CSP) with solar multiple of 1 (provides capacity only)
type: secondary
vintaged: TRUE
sector: electricity
output: [dummy renewable, secondary]
bio_extr_1:
name: bio_extr_1
description: Biomass Extraction
type: primary
sector: extraction
output: [biomass, primary]
bio_extr_2:
name: bio_extr_2
description: Biomass Extraction
type: primary
sector: extraction
output: [biomass, primary]
bio_extr_3:
name: bio_extr_3
description: Biomass Extraction
type: primary
sector: extraction
output: [biomass, primary]
bio_extr_4:
name: bio_extr_4
description: Biomass Extraction
type: primary
sector: extraction
output: [biomass, primary]
bio_extr_5:
name: bio_extr_5
description: Biomass Extraction
type: primary
sector: extraction
output: [biomass, primary]
bio_extr_6:
name: bio_extr_6
description: Biomass Extraction
type: primary
sector: extraction
output: [biomass, primary]
coal_extr:
name: coal_extr
description: Hard coal extraction, world average grade A
type: primary
sector: extraction
input: [coal, resource]
output: [coal, primary]
coal_extr_ch4:
name: coal_extr_ch4
description: Describes efforts in CH4-reduction from coal mining
type: primary
vintaged: TRUE
sector: extraction
input: [coal, resource]
output: [coal, primary]
flaring_CO2:
name: flaring_CO2
description: Co2 emissions from gas flaring
type: exports
sector: extraction
output: [exports, exports]
gas_extr_1:
name: gas_extr_1
description: Natural gas extraction, Cat I = Master et al.14.WPC "Identified Reserves"
type: primary
sector: extraction
input: [resource]
output: [primary]
gas_extr_2:
name: gas_extr_2
description: Natural gas extraction, Cat II = Master et al.14.WPC "Mode" undiscovered natural gas
type: primary
sector: extraction
input: [resource]
output: [primary]
gas_extr_3:
name: gas_extr_3
description: Natural gas extraction, Cat III = Masters et al.14.WPC Difference between "Mode and 5%" undiscovered natural gas
type: primary
sector: extraction
input: [resource]
output: [primary]
gas_extr_4:
name: gas_extr_4
description: Natural gas extraction, Cat IV = Estimated enhanced Recovery (30% of Resources I+II+III) plus 15% of historical production
type: primary
sector: extraction
input: [resource]
output: [primary]
gas_extr_5:
name: gas_extr_5
description: Natural gas extraction, Cat V = Non-conventional reserves (20% of Coal bed; 15% of fractured Shale; 15% of Tight formation)
type: primary
sector: extraction
input: [resource]
output: [primary]
gas_extr_6:
name: gas_extr_6
description: Natural gas extraction, Cat VI -VII= Non-conventional resources. Rest of Coal bed (80%), fractured Shale (85%) and Tight formation (85%) were aggregated and then distributed to VI (40%) nd VII (60%)
type: primary
sector: extraction
input: [resource]
output: [primary]
gas_extr_mpen:
name: gas_extr_mpen
description: Common Market penetration for all gas extraction technologies
type: secondary
sector: extraction
output: [exports, secondary]
lignite_extr:
name: lignite_extr
description: Lignite extraction, world average grade A
type: primary
sector: extraction
input: [lignite, resource]
output: [coal, primary]
oil_extr_1:
name: oil_extr_1
description: Crude oil extraction, Cat I = Masters 14 WPC conv. oil reserves
type: primary
sector: extraction
input: [crude 1 resource, primary]
output: [crude oil, primary]
oil_extr_1_ch4:
name: oil_extr_1_ch4
description: Describes efforts in CH4-reduction from oil extraction of Cat I
type: primary
sector: extraction
input: [crude 1 resource, primary]
output: [crude oil, primary]
oil_extr_2:
name: oil_extr_2
description: Crude oil extraction, Cat II = Masters mode undiscovered conv. oil (incl. NGL)
type: primary
sector: extraction
input: [crude 2 resource, primary]
output: [crude oil, primary]
oil_extr_2_ch4:
name: oil_extr_2_ch4
description: Describes efforts in CH4-reduction from oil extraction of Cat II
type: primary
sector: extraction
input: [crude 2 resource, primary]
output: [crude oil, primary]
oil_extr_3:
name: oil_extr_3
description: Crude oil extraction, Cat III = Masters 5% - Masters 50%
type: primary
sector: extraction
input: [crude 3 resource, primary]
output: [crude oil, primary]
oil_extr_3_ch4:
name: oil_extr_3_ch4
description: Describes efforts in CH4-reduction from oil extraction of Cat III
type: primary
sector: extraction
input: [crude 3 resource, primary]
output: [crude oil, primary]
oil_extr_4:
name: oil_extr_4
description: Crude oil extraction, Cat IV = Recoverable "reserves" non-conventional oil
type: primary
sector: extraction
input: [crude 4 resource, primary]
output: [crude oil, primary]
oil_extr_4_ch4:
name: oil_extr_4_ch4
description: Describes efforts in CH4-reduction from oil extraction of Cat IV
type: primary
sector: extraction
input: [crude 4 resource, primary]
output: [crude oil, primary]
oil_extr_5:
name: oil_extr_5
description: Crude oil extraction, Cat V = Recoverable reserves of nonconventional oil = Shale, tarsands/bitumen and heavy oils
type: primary
sector: extraction
input: [crude 5 resource, primary]
output: [crude oil, primary]
oil_extr_6:
name: oil_extr_6
description: Crude oil extraction, Cat VI = 20% of estimated occurrences (-reserves) of shale, heavy oils, tarsands/bitumen
type: primary
sector: extraction
input: [crude 6 resource, primary]
output: [crude oil, primary]
oil_extr_mpen:
name: oil_extr_mpen
description: Common Market penetration for all oil extraction technologies
type: secondary
sector: extraction
output: [exports, secondary]
Feeds_1:
name: Feeds_1
description: Conservation cost curve step for industry feedstock demand
type: useful
sector: feedstock
output: [i_feed, useful]
Feeds_2:
name: Feeds_2
description: Conservation cost curve step for industry feedstock demand
type: useful
sector: feedstock
output: [i_feed, useful]
Feeds_3:
name: Feeds_3
description: Conservation cost curve step for industry feedstock demand
type: useful
sector: feedstock
output: [i_feed, useful]
Feeds_4:
name: Feeds_4
description: Conservation cost curve step for industry feedstock demand
type: useful
sector: feedstock
output: [i_feed, useful]
Feeds_5:
name: Feeds_5
description: Conservation cost curve step for industry feedstock demand
type: useful
sector: feedstock
output: [i_feed, useful]
Feeds_con:
name: Feeds_con
description: Joint diffusion constraint for feedstock conservation cost curve steps
type: primary
sector: feedstock
output: [dummy agriculture, primary]
coal_fs:
name: coal_fs
description: Coal as industry feedstock
type: useful
sector: feedstock
input: [coal, final]
output: [i_feed, useful]
ethanol_fs:
name: ethanol_fs
description: Ethanol as industry feedstock
type: useful
sector: feedstock
input: [ethanol, final]
output: [i_feed, useful]
foil_fs:
name: foil_fs
description: Fuel oil as industry feedstock
type: useful
sector: feedstock
input: [fueloil, final]
output: [i_feed, useful]
gas_fs:
name: gas_fs
description: Gas as industry feedstock
type: useful
sector: feedstock
input: [gas, final]
output: [i_feed, useful]
loil_fs:
name: loil_fs
description: Lightoil as industry feedstock
type: useful
sector: feedstock
input: [lightoil, final]
output: [i_feed, useful]
methanol_fs:
name: methanol_fs
description: Methanol as industry feedstock
type: useful
sector: feedstock
input: [methanol, final]
output: [i_feed, useful]
coal_gas:
name: coal_gas
description: Hard coal gasification
type: secondary
vintaged: TRUE
sector: gas
input:
- [coal, secondary]
- [freshwater_supply, water_supply]
output: [gas, secondary]
g_ppl_co2scr:
name: g_ppl_co2scr
description: CO2 scrubber for natural gas power plant
type: secondary
vintaged: TRUE
sector: gas
output: [exports, secondary]
gas_bal:
name: gas_bal
description: Link technology to stabilize gas production
type: secondary
sector: gas
input: [gas, primary]
output: [gas, secondary]
gas_bio:
name: gas_bio
description: Synthesis gas production from biomass
type: secondary
vintaged: TRUE
sector: gas
input:
- [biomass, primary]
- [electr, secondary]
- [freshwater_supply, water_supply]
output: [gas, secondary]
gas_imp:
name: gas_imp
description: Piped Gas imports
type: secondary
sector: gas
input: [gas, exports]
output: [gas, secondary]
gas_rc:
name: gas_rc
description: Gas heating in residential/commercial sector
type: final
sector: residential/commercial
input: [gas, secondary]
output: [gas, final]
gas_t_d:
name: gas_t_d
description: Transmission/Distribution of gas
type: final
vintaged: TRUE
sector: gas
input: [gas, secondary]
output: [gas, final]
gas_t_d_ch4:
name: gas_t_d_ch4
description: Transmission/Distribution of gas with CH4 mitigation
type: final
vintaged: TRUE
sector: gas
input: [gas, secondary]
output: [gas, final]
gfc_co2scr:
name: gfc_co2scr
description: New co2 scrubber for gas fuel cells
type: secondary
vintaged: TRUE
sector: gas
output: [exports, secondary]
glb_gas_exp:
name: glb_gas_exp
description: Global net export of gas
type: exports
sector: gas
output: [gas, exports]
glb_LNG_exp:
name: glb_LNG_exp
description: Global net export of liquified natural gas
type: imports
sector: gas
output: [LNG, imports]
h2_mix:
name: h2_mix
description: Hydrogen injection into the natural gas system
type: secondary
sector: gas
input: [hydrogen, secondary]
output: [gas, secondary]
LNG_bal:
name: LNG_bal
description: Link technology to stabilize liquified natural gas production
type: secondary
sector: gas
input: [LNG, primary]
output: [LNG, secondary]
LNG_imp:
name: LNG_imp
description: LNG Imports
type: imports
sector: gas
input: [LNG, imports]
output: [LNG, secondary]
LNG_regas:
name: LNG_regas
description: LNG regasification (just link; losses are in trade)
type: secondary
vintaged: TRUE
sector: gas
input: [LNG, secondary]
output: [gas, secondary]
bio_hpl:
name: bio_hpl
description: Biomass heating plant
type: secondary
vintaged: TRUE
sector: heat
input:
- [biomass, primary]
- [cooling__bio_hpl, cooling]
- [freshwater_supply, water_supply]
output: [d_heat, secondary]
coal_hpl:
name: coal_hpl
description: Coal heating plant
type: secondary
vintaged: TRUE
sector: heat
input: [coal, secondary]
output: [d_heat, secondary]
foil_hpl:
name: foil_hpl
description: Fuel oil heating plant
type: secondary
vintaged: TRUE
sector: heat
input: [fueloil, secondary]
output: [d_heat, secondary]
gas_hpl:
name: gas_hpl
description: Natural gas heating plant
type: secondary
vintaged: TRUE
sector: heat
input: [gas, secondary]
output: [d_heat, secondary]
geo_hpl:
name: geo_hpl
description: Geothermal heat plant
type: secondary
vintaged: TRUE
sector: heat
output: [d_heat, secondary]
heat_t/d:
name: heat_t/d
description: Transmission/Distribution of district heat
type: final
vintaged: TRUE
sector: heat
input: [d_heat, secondary]
output: [d_heat, final]
po_turbine:
name: po_turbine
description: Pass out turbine
type: secondary
vintaged: TRUE
sector: heat
input: [electr, secondary]
output: [d_heat, secondary]
glb_lh2_imp:
name: glb_lh2_imp
description: Global net import of liquid hydrogen
type: exports
sector: hydrogen
input: [liquid hydrogen, exports]
output: [exports]
h2_bio:
name: h2_bio
description: Hydrogen production from biomass with C (via gasification)
type: secondary
vintaged: TRUE
sector: hydrogen
input:
- [biomass, primary]
- [freshwater_supply, water_supply]
output:
- [hydrogen, secondary]
- [electr, secondary]
h2_bio_ccs:
name: h2_bio_ccs
description: Hydrogen production from biomass with C (via gasification) with carbon capture and storage
type: secondary
vintaged: TRUE
sector: hydrogen
input:
- [biomass, primary]
- [freshwater_supply, water_supply]
output:
- [hydrogen, secondary]
- [electr, secondary]
h2_co2_scrub:
name: h2_co2_scrub
description: CO2 scrubber for h2 production from coal and gas
type: exports
vintaged: TRUE
sector: hydrogen
input: [electr, secondary]
output: [exports, secondary]
h2_coal:
name: h2_coal
description: Hydrogen production via coal gasification
type: secondary
vintaged: TRUE
sector: hydrogen
input:
- [coal, secondary]
- [freshwater_supply, water_supply]
output:
- [hydrogen, secondary]
- [electr, secondary]
h2_coal_ccs:
name: h2_coal_ccs
description: Hydrogen production via coal gasification with carbon capture and storage
type: secondary
vintaged: TRUE
sector: hydrogen
input:
- [coal, secondary]
- [freshwater_supply, water_supply]
output:
- [hydrogen, secondary]
- [electr, secondary]
h2_elec:
name: h2_elec
description: Hydrogen production via electrolysis
type: secondary
vintaged: TRUE
sector: hydrogen
input: [electr, secondary]
output: [hydrogen, secondary]
h2_liq:
name: h2_liq
description: Hydrogen liquefaction
type: primary
vintaged: TRUE
sector: hydrogen
input: [hydrogen, primary]
output: [liquid hydrogen, primary]
h2_smr:
name: h2_smr
description: Hydrogen production via steam-methane reforming of natural gas
type: secondary
vintaged: TRUE
sector: hydrogen
input:
- [gas, secondary]
- [freshwater_supply, water_supply]
output:
- [hydrogen, secondary]
- [electr, secondary]
h2_smr_ccs:
name: h2_smr_ccs
description: Hydrogen production via steam-methane reforming of natural gas with carbon capture and storage
type: secondary
vintaged: TRUE
sector: hydrogen
input:
- [gas, secondary]
- [freshwater_supply, water_supply]
output:
- [hydrogen, secondary]
- [electr, secondary]
h2_t/d:
name: h2_t/d
description: Transmission/Distribution of gaseous hydrogen (just linking technology)
type: final
vintaged: TRUE
sector: hydrogen
input: [hydrogen, secondary]
output: [hydrogen, final]
h2b_co2_scrub:
name: h2b_co2_scrub
description: CO2 scrubber for h2 production from biomass
type: secondary
vintaged: TRUE
sector: hydrogen
input: [electr, secondary]
output: [exports, secondary]
lh2_bal:
name: lh2_bal
description: Link technology to stabilize liquid hydrogen production
type: secondary
sector: hydrogen
input: [liquid hydrogen, primary]
output: [liquid hydrogen, secondary]
lh2_exp:
name: lh2_exp
description: Exports of liquid hydrogen
type: exports
sector: hydrogen
input: [liquid hydrogen, primary]
output: [liquid hydrogen, exports]
lh2_imp:
name: lh2_imp
description: Imports of liquid hydrogen
type: secondary
sector: hydrogen
input: [liquid hydrogen, exports]
output: [liquid hydrogen, secondary]
lh2_regas:
name: lh2_regas
description: Regasification of liquid hydrogen
type: secondary
vintaged: TRUE
sector: hydrogen
input: [liquid hydrogen, secondary]
output: [hydrogen, secondary]
lh2_t/d:
name: lh2_t/d
description: Transmission/Distribution of liquid hydrogen
type: final
vintaged: TRUE
sector: hydrogen
input: [liquid hydrogen, secondary]
output: [liquid hydrogen, final]
back_bio_ind:
name: back_bio_ind
description: Backstop for diagnosing model infeasibility
type: final
sector: industry
output: [biomass, useful]
back_fs:
name: back_fs
description: Backstop for diagnosing model infeasibility
type: useful
sector: industry
output: [i_feed, useful]
back_I:
name: back_I
description: Backstop for diagnosing model infeasibility
type: useful
sector: industry
output: [i_spec, useful]
cement_CO2:
name: cement_CO2
description: Co2 emissions from cement production
type: secondary
sector: industry
output: [exports, secondary]
cement_co2scr:
name: cement_co2scr
description: Cement CO2 scrubber (CCS)
type: secondary
vintaged: TRUE
sector: industry
output: [exports, secondary]
coal_i:
name: coal_i
description: Coal in industry thermal
type: useful
vintaged: TRUE
sector: industry
input: [coal, final]
output: [i_therm, useful]
elec_i:
name: elec_i
description: Electricity in industry thermal
type: useful
vintaged: TRUE
sector: industry
input: [electr, final]
output: [i_therm, useful]
eth_i:
name: eth_i
description: Ethanol (without C) replacement for use as liquid fuel in industry thermal
type: useful
vintaged: TRUE
sector: industry
input: [ethanol, final]
output: [i_therm, useful]
foil_i:
name: foil_i
description: Fuel oil for thermal uses in industry thermal
type: useful
vintaged: TRUE
sector: industry
input: [fueloil, final]
output: [i_therm, useful]
gas_i:
name: gas_i
description: Gas for thermal uses in industry thermal
type: useful
vintaged: TRUE
sector: industry
input: [gas, final]
output: [i_therm, useful]
h2_i:
name: h2_i
description: Gaseous hydrogen in industry thermal
type: useful
vintaged: TRUE
sector: industry
input: [hydrogen, final]
output: [i_therm, useful]
heat_i:
name: heat_i
description: District heating for thermal uses in industry thermal
type: useful
vintaged: TRUE
sector: industry
input: [d_heat, final]
output: [i_therm, useful]
hp_el_i:
name: hp_el_i
description: Electric heat pump in industry thermal
type: useful
vintaged: TRUE
sector: industry
input: [electr, final]
output: [i_therm, useful]
hp_gas_i:
name: hp_gas_i
description: Natural gas heat pump in industry thermal
type: useful
vintaged: TRUE
sector: industry
input: [gas, final]
output: [i_therm, useful]
loil_i:
name: loil_i
description: Lightoil for thermal uses in industry thermal
type: useful
vintaged: TRUE
sector: industry
input: [lightoil, final]
output: [i_therm, useful]
meth_i:
name: meth_i
description: Methanol (with C) replacement for use as liquid fuel in industry thermal
type: useful
vintaged: TRUE
sector: industry
input: [methanol, final]
output: [i_therm, useful]
solar_i:
name: solar_i
description: Solar thermal in industry thermal sector
type: useful
vintaged: TRUE
sector: industry
output: [i_therm, useful]
Ispec_1:
name: Ispec_1
description: Conservation cost curve step for industry specific demand
type: useful
sector: industry
output: [i_spec, useful]
Ispec_2:
name: Ispec_2
description: Conservation cost curve step for industry specific demand
type: useful
sector: industry
output: [i_spec, useful]
Ispec_3:
name: Ispec_3
description: Conservation cost curve step for industry specific demand
type: useful
sector: industry
output: [i_spec, useful]
Ispec_4:
name: Ispec_4
description: Conservation cost curve step for industry specific demand
type: useful
sector: industry
output: [i_spec, useful]
Ispec_5:
name: Ispec_5
description: Conservation cost curve step for industry specific demand
type: useful
sector: industry
output: [i_spec, useful]
Ispec_con:
name: Ispec_con
description: Joint diffusion constraint for industry specific conservation cost curve steps
type: primary
sector: industry
output: [dummy agriculture, primary]
Itherm_1:
name: Itherm_1
description: Conservation cost curve step for industry thermal demand
type: useful
sector: industry
output: [i_therm, useful]
Itherm_2:
name: Itherm_2
description: Conservation cost curve step for industry thermal demand
type: useful
sector: industry
output: [i_therm, useful]
Itherm_3:
name: Itherm_3
description: Conservation cost curve step for industry thermal demand
type: useful
sector: industry
output: [i_therm, useful]
Itherm_4:
name: Itherm_4
description: Conservation cost curve step for industry thermal demand
type: useful
sector: industry
output: [i_therm, useful]
Itherm_5:
name: Itherm_5
description: Conservation cost curve step for industry thermal demand
type: useful
sector: industry
output: [i_therm, useful]
Itherm_con:
name: Itherm_con
description: Joint diffusion constraint for industry thermal conservation cost curve steps
type: dummy
sector: industry
output: [dummy agriculture, primary]
solar_pv_I:
name: solar_pv_I
description: On-site solar photovoltaic power plant (no storage) in industry specific
type: useful
vintaged: TRUE
sector: industry
output: [i_spec, useful]
h2_fc_I:
name: h2_fc_I
description: Hydrogen fuel cell cogeneration system for industry specific
type: useful
vintaged: TRUE
sector: industry
input: [hydrogen, final]
output: [i_spec, useful]
sp_coal_I:
name: sp_coal_I
description: Specific use of coal in industry
type: useful
sector: industry
input: [coal, final]
output: [i_spec, useful]
sp_el_I:
name: sp_el_I
description: Specific use of electricity in industry
type: useful
sector: industry
input: [electr, final]
output: [i_spec, useful]
sp_eth_I:
name: sp_eth_I
description: Ethanol (without net C) replacement for specific use of light oil in industry
type: useful
sector: industry
input: [ethanol, final]
output: [i_spec, useful]
sp_liq_I:
name: sp_liq_I
description: Specific use of light oil in industry
type: useful
sector: industry
input: [lightoil, final]
output: [i_spec, useful]
sp_meth_I:
name: sp_meth_I
description: Methanol (with C) replacement for specific use of light oil in industry
type: useful
sector: industry
input: [methanol, final]
output: [i_spec, useful]
bio_extr_mpen:
name: bio_extr_mpen
description: Slack primary biomass created with new implementation of non commercial biomass
type: secondary
sector: land
output: [exports, secondary]
forest_CO2:
name: forest_CO2
description: Co2 emissions from forests
type: secondary
sector: land
output: [exports, secondary]
sinks_1:
name: sinks_1
description: Potential for sinks (50. US$)
type: secondary
sector: land
output: [exports, secondary]
sinks_2:
name: sinks_2
description: Potential for sinks (100. US$)
type: secondary
sector: land
output: [exports, secondary]
sinks_3:
name: sinks_3
description: Potential for sinks (200. US$)
type: secondary
sector: land
output: [exports, secondary]
sinks_4:
name: sinks_4
description: Potential for sinks (300. US$)
type: secondary
sector: land
output: [exports, secondary]
eth_bal:
name: eth_bal
description: Link technology to stabilize ethanol production
type: secondary
sector: liquids
input: [ethanol, primary]
output: [ethanol, secondary]
eth_bio:
name: eth_bio
description: Ethanol synthesis via biomass gasification
type: primary
vintaged: TRUE
sector: liquids
input:
- [biomass, primary]
- [freshwater_supply, water_supply]
output:
- [ethanol, primary]
- [electr, secondary]
eth_bio_ccs:
name: eth_bio_ccs
description: Ethanol synthesis via biomass gasification with carbon capture and storage
type: primary
vintaged: TRUE
sector: liquids
input:
- [biomass, primary]
- [freshwater_supply, water_supply]
output:
- [ethanol, primary]
- [electr, secondary]
eth_exp:
name: eth_exp
description: Exports of ethanol (no accounting of CO2 transferred)
type: exports
sector: liquids
input: [ethanol, primary]
output: [ethanol, exports]
eth_imp:
name: eth_imp
description: Imports of ethanol (no accounting of CO2 transferred)
type: secondary
sector: liquids
input: [ethanol, exports]
output: [ethanol, secondary]
eth_t/d:
name: eth_t/d
description: Transmission/Distribution of methanol without net C (just linking technology)
type: final
sector: liquids
input: [ethanol, secondary]
output: [ethanol, final]
foil_exp:
name: foil_exp
description: Net exports of crude oil at 95% of oil price
type: exports
sector: liquids
input: [fueloil, secondary]
output: [fueloil, exports]
foil_imp:
name: foil_imp
description: Net imports of residual oil at 95% of oil price
type: secondary
sector: liquids
input: [fueloil, imports]
output: [fueloil, secondary]
foil_t/d:
name: foil_t/d
description: Transmission/Distribution of fueloil (just linking technology)
type: final
sector: liquids
input: [fueloil, secondary]
output: [fueloil, final]
glb_eth_imp:
name: glb_eth_imp
description: Global net import of ethanol
type: exports
sector: liquids
input: [ethanol, exports]
output: [exports]
glb_foil_exp:
name: glb_foil_exp
description: Global net export of fuel oil
type: imports
sector: liquids
output: [fueloil, imports]
glb_foil_imp:
name: glb_foil_imp
description: Global net import of fuel oil
type: exports
sector: liquids
input: [fueloil, exports]
output: [exports]
glb_loil_exp:
name: glb_loil_exp
description: Global net export of light oil
type: imports
sector: liquids
output: [loil, imports]
glb_loil_imp:
name: glb_loil_imp
description: Global net import of light oil
type: exports
sector: liquids
input: [loil, exports]
output: [exports]
glb_meth_imp:
name: glb_meth_imp
description: Global net import of methanol
type: exports
sector: liquids
input: [methanol, exports]
output: [exports]
glb_oil_exp:
name: glb_oil_exp
description: Global net export of crude oil
type: imports
sector: liquids
output: [oil, imports]
glb_oil_imp:
name: glb_oil_imp
description: Global net import of crude oil
type: exports
sector: liquids
input: [oil, exports]
output: [exports]
liq_bio:
name: liq_bio
description: Second Generation Ethanol Production based on Biomass to FTL
type: primary
vintaged: TRUE
sector: liquids
input:
- [biomass, primary]
- [freshwater_supply, water_supply]
output:
- [ethanol, primary]
- [electr, secondary]
liq_bio_ccs:
name: liq_bio_ccs
description: Second Generation Ethanol Production with carbon capture and storage based on Biomass to FTL
type: primary
vintaged: TRUE
sector: liquids
input:
- [biomass, primary]
- [freshwater_supply, water_supply]
output:
- [ethanol, primary]
- [electr, secondary]
loil_exp:
name: loil_exp
description: Net exports of crude oil at 15% above oil price
type: exports
sector: liquids
input: [lightoil, secondary]
output: [lightoil, exports]
loil_imp:
name: loil_imp
description: Net imports of light oil at 15% above crude price
type: secondary
sector: liquids
input: [lightoil, imports]
output: [lightoil, secondary]
loil_std:
name: loil_std
description: Standard light oil power-plant
type: secondary
vintaged: TRUE
sector: liquids
output: [lightoil, secondary]
loil_t/d:
name: loil_t/d
description: Transmission/Distribution of light oil (just linking technology)
type: final
sector: liquids
input: [lightoil, secondary]
output: [lightoil, final]
meth_coal:
name: meth_coal
description: Methanol synthesis via coal gasification
type: primary
vintaged: TRUE
sector: liquids
input:
- [coal, secondary]
- [freshwater_supply, water_supply]
output:
- [methanol, primary]
- [electr, secondary]
meth_coal_ccs:
name: meth_coal_ccs
description: Methanol synthesis via coal gasification with carbon capture and storage
type: primary
vintaged: TRUE
sector: liquids
input:
- [coal, secondary]
- [freshwater_supply, water_supply]
output:
- [methanol, primary]
- [electr, secondary]
meth_exp:
name: meth_exp
description: Exports of methanol (no accounting of CO2 transferred)
type: exports
sector: liquids
input: [methanol, primary]
output: [methanol, exports]
meth_imp:
name: meth_imp
description: Imports of methanol (no accounting of CO2 transferred)
type: secondary
sector: liquids
input: [methanol, exports]
output: [methanol, secondary]
meth_ng:
name: meth_ng
description: Methanol synthesis via natural gas
type: primary
vintaged: TRUE
sector: liquids
input:
- [gas, secondary]
- [freshwater_supply, water_supply]
output: [methanol, primary]
meth_ng_ccs:
name: meth_ng_ccs
description: Methanol synthesis via natural gas with carbon capture and storage
type: primary
vintaged: TRUE
sector: liquids
input:
- [gas, secondary]
- [freshwater_supply, water_supply]
output: [methanol, primary]
meth_t/d:
name: meth_t/d
description: Transmission/Distribution of methanol with C
type: final
sector: liquids
input: [methanol, secondary]
output: [methanol, final]
oil_bal:
name: oil_bal
description: Link technology to stabilize crude oil production
type: secondary
sector: liquids
input: [crude oil, primary]
output: [crude oil, secondary]
oil_exp:
name: oil_exp
description: Net exports of crude oil at 100% of oil price
type: exports
sector: liquids
input: [crude oil, primary]
output: [oil, exports]
oil_imp:
name: oil_imp
description: Net imports of oil
type: secondary
sector: liquids
input: [oil, imports]
output: [crude oil, secondary]
plutonium_prod:
name: plutonium_prod
description: Plutonium production
type: stocks
sector: liquids
input: [plutonium, stocks]
output: [plutonium, stocks]
ref_hil:
name: ref_hil
description: New deeply upgraded refineries
type: secondary
vintaged: TRUE
sector: liquids
input: [crude oil, secondary]
output: [fueloil, secondary]
ref_lol:
name: ref_lol
description: Existing refineries (low yield)
type: secondary
vintaged: TRUE
sector: liquids
input: [crude oil, secondary]
output: [fueloil, secondary]
SO2_scrub_ref:
name: SO2_scrub_ref
description: SO2 scrubber for refineries
type: secondary
vintaged: TRUE
sector: liquids
output: [exports, secondary]
syn_liq:
name: syn_liq
description: Coal liquefaction and light oil synthesis
type: secondary
vintaged: TRUE
sector: liquids
input:
- [coal, secondary]
- [freshwater_supply, water_supply]
output:
- [lightoil, secondary]
- [electr, secondary]
syn_liq_ccs:
name: syn_liq_ccs
description: Coal liquefaction and light oil synthesis with carbon capture and storage
type: secondary
vintaged: TRUE
sector: liquids
input:
- [coal, secondary]
- [freshwater_supply, water_supply]
output:
- [lightoil, secondary]
- [electr, secondary]
adipic_thermal:
name: adipic_thermal
description: Thermal destruction tech for adipic acid sector
type: dummy
sector: non-co2
output: [dummy, primary]
ammonia_secloop:
name: ammonia_secloop
description: Ammonia Secondary Loop Systems
type: dummy
sector: non-co2
output: [dummy, primary]
enre_con:
name: enre_con
description: Joint diffusion constraint for enteric fermentation mitigation technologies
type: dummy
sector: non-co2
output: [dummy agriculture, primary]
ent_red1:
name: ent_red1
description: Mitigation for CH4 emissions from animals directly
type: dummy
sector: non-co2
output: [dummy agriculture, primary]
ent_red2:
name: ent_red2
description: Mitigation for CH4 emissions from animals directly
type: dummy
sector: non-co2
output: [dummy agriculture, primary]
ent_red3:
name: ent_red3
description: Mitigation for CH4 emissions from animals directly
type: dummy
sector: non-co2
output: [dummy agriculture, primary]
landfill_compost1:
name: landfill_compost1
description: Landfill mitigation technology (composting) technology 1 for CH4 mitigation
type: dummy
vintaged: TRUE
sector: non-co2
output: [dummy, primary]
landfill_compost2:
name: landfill_compost2
description: Landfill mitigation technology (composting) technology 2 for CH4 mitigation
type: dummy
vintaged: TRUE
sector: non-co2
output: [dummy, primary]
landfill_direct1:
name: landfill_direct1
description: Landfill mitigation technology (direct) 1 for CH4 mitigation
type: dummy
vintaged: TRUE
sector: non-co2
output: [dummy, primary]
landfill_direct2:
name: landfill_direct2
description: Landfill mitigation technology (direct) 1 for CH4 mitigation
type: dummy
vintaged: TRUE
sector: non-co2
output: [dummy, primary]
landfill_ele:
name: landfill_ele
description: Landfill mitigation technology (ele) 1 for CH4 mitigation
type: dummy
vintaged: TRUE
sector: non-co2
output: [dummy, primary]
landfill_flaring:
name: landfill_flaring
description: Landfill mitigation technology (flaring) 1 for CH4 mitigation
type: dummy
vintaged: TRUE
sector: non-co2
output: [dummy, primary]
landfill_heatprdn:
name: landfill_heatprdn
description: Landfill mitigation technology (heat production) 1 for CH4 mitigation
type: dummy
vintaged: TRUE
sector: non-co2
output: [dummy, primary]
landfill_oxdn:
name: landfill_oxdn
description: Landfill mitigation technology (oxidation) 1 for CH4 mitigation
type: dummy
vintaged: TRUE
sector: non-co2
output: [dummy, primary]
leak_repair:
name: leak_repair
description: Leak-repairs, HFC-134a from refrigeration & AC(SR)
type: dummy
sector: non-co2
output: [dummy, primary]
leak_repairsf6:
name: leak_repairsf6
description: Recycling gas carts for SF6 recovery during assembly of gas insulated equipment
type: dummy
sector: non-co2
output: [dummy, primary]
lfil_con:
name: lfil_con
description: Joint diffusion constraint for landfill mitigation technologies
type: dummy
sector: non-co2
output: [dummy agriculture, primary]
manu_con:
name: manu_con
description: Joint diffusion constraint for manure management+B249 mitigation technologies
type: primary
sector: non-co2
output: [dummy agriculture, primary]
meth_bal:
name: meth_bal
description: Link technology to stabilize methanol production
type: primary
sector: non-co2
input: [methanol, primary]
output: [methanol, secondary]
mvac_co2:
name: mvac_co2
description: Transcritical vapor cycle CO2 systems for mobile vehicle air conditioners
type: dummy
sector: non-co2
output: [dummy]
recycling_gas1:
name: recycling_gas1
description: Recycling gas carts for SF6 recovery during maintenance of gas insulated equipment(SR)
type: dummy
sector: non-co2
output: [dummy, primary]
refrigerant_recover:
name: refrigerant_recover
description: Recovery of refrigerant, HFC-134a from refrigeration and AC (SR)
type: primary
sector: non-co2
output: [dummy, primary]
repl_hc:
name: repl_hc
description: Replacement with HC for foams
type: primary
sector: non-co2
output: [dummy, primary]
replacement_so2:
name: replacement_so2
description: Replacing SF6 by SO2(SR)
type: primary
sector: non-co2
output: [dummy, primary]
rice_red1:
name: rice_red1
description: Mitigation for CH4 emissions from rice
type: primary
sector: non-co2
output: [dummy agriculture, primary]
rice_red2:
name: rice_red2
description: Mitigation for CH4 emissions from rice
type: primary
sector: non-co2
output: [dummy agriculture, primary]
rice_red3:
name: rice_red3
description: Mitigation for CH4 emissions from rice
type: primary
sector: non-co2
output: [dummy agriculture, primary]
rire_con:
name: rire_con
description: Joint diffusion constraint for rice cultivation mitigation technologies
type: primary
sector: non-co2
output: [dummy agriculture, primary]
soil_red1:
name: soil_red1
description: Mitigation for N2Oemissions from soil
type: primary
sector: non-co2
output: [dummy agriculture, primary]
soil_red2:
name: soil_red2
description: Mitigation for N2Oemissions from soil
type: primary
sector: non-co2
output: [dummy agriculture, primary]
soil_red3:
name: soil_red3
description: Mitigation for N2Oemissions from soil
type: primary
sector: non-co2
output: [dummy agriculture, primary]
vertical_stud:
name: vertical_stud
description: Soderberg process for CF4 from aluminum (SR)
type: dummy
sector: non-co2
output: [dummy, primary]
u5-reproc:
name: u5-reproc
description: Uranium reprocessing
type: stocks
vintaged: TRUE
sector: nuclear
input: [uranium, stocks]
output: [uranium, stocks]
Uran_extr:
name: Uran_extr
description: Uranium extraction, milling for FBR blanket
type: stocks
sector: nuclear
input: [uranium, resource]
output: [uranium, stocks]
uran2u5:
name: uran2u5
description: Uranium extraction, milling, fluorination and enrichment per t U5
type: stocks
sector: nuclear
input: [uranium, resource]
output: [uranium, stocks]
bco2_tr_dis:
name: bco2_tr_dis
description: Technology for co2 transportation and disposal from biomass technologies
type: secondary
sector: other conversion
output: [exports, secondary]
co2_tr_dis:
name: co2_tr_dis
description: Technology for co2 transportation and disposal
type: secondary
sector: other conversion
output: [exports, secondary]
back_rc:
name: back_RC
description: Backstop for diagnosing model infeasibility
type: useful
sector: residential/commercial
output: [rc_spec, useful]
solar_rc:
name: solar_rc
description: Solar thermal in residential/commercial sector
type: useful
sector: residential/commercial
output: [rc_therm, useful]
biomass_rc:
name: biomass_rc
description: Biomass with C for heating in residential/commercial sector
type: useful
sector: residential/commercial
input: [biomass, final]
output: [rc_therm, useful]
coal_rc:
name: coal_rc
description: Coal heating in residential/commercial sector
type: useful
sector: residential/commercial
input: [coal, final]
output: [rc_therm, useful]
elec_rc:
name: elec_rc
description: Electricity heating in residential/commercial sector
type: useful
sector: residential/commercial
input: [electr, final]
output: [rc_therm, useful]
eth_rc:
name: eth_rc
description: Ethanol (without C) replacement for use as liquid fuel in residential/commercial
type: useful
sector: residential/commercial
input: [ethanol, final]
output: [rc_therm, useful]
foil_rc:
name: foil_rc
description: Fuel oil heating in residential/commercial sector
type: useful
sector: residential/commercial
input: [fueloil, final]
output: [rc_therm, useful]
h2_rc:
name: h2_rc
description: Hydrogen (gaseous) catalytic heating in the residential/commercial sector
type: secondary
sector: residential/commercial
input: [hydrogen, final]
output: [rc_therm, useful]
heat_rc:
name: heat_rc
description: District heating in residential/commercial sector
type: useful
sector: residential/commercial
input: [d_heat, final]
output: [rc_therm, useful]
hp_el_rc:
name: hp_el_rc
description: Electric heat pump in residential/commercial sector
type: useful
sector: residential/commercial
input: [electr, final]
output: [rc_therm, useful]
hp_gas_rc:
name: hp_gas_rc
description: Natural gas heat pump in residential/commercial sector
type: useful
sector: residential/commercial
input: [gas, final]
output: [rc_therm, useful]
loil_rc:
name: loil_rc
description: Lightoil heating in residential/commercial sector
type: useful
sector: residential/commercial
input: [lightoil, final]
output: [rc_therm, useful]
meth_rc:
name: meth_rc
description: Methanol (with C) replacement for use as liquid fuel in residential/commercial
type: useful
sector: residential/commercial
input: [methanol, final]
output: [rc_therm, useful]
RCspec_1:
name: RCspec_1
description: Conservation cost curve step for residential/commercial specific demand
type: useful
sector: residential/commercial
output: [useful]
RCspec_2:
name: RCspec_2
description: Conservation cost curve step for residential/commercial specific demand
type: useful
sector: residential/commercial
output: [useful]
RCspec_3:
name: RCspec_3
description: Conservation cost curve step for residential/commercial specific demand
type: useful
sector: residential/commercial
output: [useful]
RCspec_4:
name: RCspec_4
description: Conservation cost curve step for residential/commercial specific demand
type: useful
sector: residential/commercial
output: [useful]
RCspec_5:
name: RCspec_5
description: Conservation cost curve step for residential/commercial specific demand
type: useful
sector: residential/commercial
output: [useful]
RCspec_con:
name: RCspec_con
description: Joint diffusion constraint for residential/commercial specific conservation cost curve steps
type: dummy
sector: residential/commercial
output: [dummy agriculture, primary]
RCtherm_1:
name: RCtherm_1
description: Conservation cost curve step for residential/commercial thermal demand
type: useful
sector: residential/commercial
output: [rc_therm, useful]
RCtherm_2:
name: RCtherm_2
description: Conservation cost curve step for residential/commercial thermal demand
type: useful
sector: residential/commercial
output: [rc_therm, useful]
RCtherm_3:
name: RCtherm_3
description: Conservation cost curve step for residential/commercial thermal demand
type: useful
sector: residential/commercial
output: [rc_therm, useful]
RCtherm_4:
name: RCtherm_4
description: Conservation cost curve step for residential/commercial thermal demand
type: useful
sector: residential/commercial
output: [rc_therm, useful]
RCtherm_5:
name: RCtherm_5
description: Conservation cost curve step for residential/commercial thermal demand
type: useful
sector: residential/commercial
output: [rc_therm, useful]
RCtherm_con:
name: RCtherm_con
description: Joint diffusion constraint for residential/commercial thermal conservation cost curve steps
type: dummy
sector: residential/commercial
output: [dummy agriculture, primary]
solar_pv_RC:
name: solar_pv_RC
description: Specific use of on-site solar photovoltaic power plant (no storage) in residential/commercial
type: useful
vintaged: TRUE
sector: residential/commercial
output: [rc_spec, useful]
sp_el_RC:
name: sp_el_RC
description: Specific use of electricity in residential/commercial
type: useful
sector: residential/commercial
input: [electr, final]
output: [rc_spec, useful]
h2_fc_RC:
name: h2_fc_RC
description: Specific use of hydrogen fuel cell cogeneration system in res/comm
type: useful
vintaged: TRUE
sector: residential/commercial
input: [hydrogen, final]
output: [rc_spec, useful]
bio_extr_chp:
name: bio_extr_chp
description: Supply of biomass without net C emissions; defined here as agricultural wastes, and other crops with cycle of 1 year or less
type: primary
sector: solids
output: [biomass, primary]
bio_ppl_co2scr:
name: bio_ppl_co2scr
description: New coal scrubber for power plants
type: secondary
vintaged: TRUE
sector: solids
output: [exports, secondary]
biomass_i:
name: biomass_i
description: Biomass with C in industry thermal
type: useful
vintaged: TRUE
sector: solids
input: [biomass, final]
output: [i_therm, useful]
biomass_nc:
name: biomass_nc
description: Non-commercial biomass with C
type: useful
vintaged: TRUE
sector: solids
input: [biomass, primary]
output: [non-comm, useful]
biomass_t/d:
name: biomass_t/d
description: Transmission/Distribution of biomass with C
type: useful
sector: solids
input: [biomass, primary]
output: [biomass, final]
c_ppl_co2scr:
name: c_ppl_co2scr
description: New coal scrubber for coal power plants
type: secondary
vintaged: TRUE
sector: solids
output: [exports, secondary]
cfc_co2scr:
name: cfc_co2scr
description: Co2 scrubber for coal fuel cells (CCS)
type: secondary
vintaged: TRUE
sector: solids
output: [exports, secondary]
coal_bal:
name: coal_bal
description: Link technology to stabilize coal production
type: secondary
sector: solids
input: [coal, primary]
output: [coal, secondary]
coal_exp:
name: coal_exp
description: Net exports of coal at fixed price of about US$ 42/tce
type: exports
sector: solids
input: [coal, primary]
output: [coal, exports]
coal_imp:
name: coal_imp
description: Net imports of coal
type: secondary
sector: solids
input: [coal, imports]
output: [coal, secondary]
coal_t/d:
name: coal_t/d
description: Transmission/Distribution of coal
type: final
sector: solids
input: [coal, secondary]
output: [coal, final]
coal_t/d-in-06%:
name: coal_t/d-in-06%
description: Transmission/Distribution of coal industry like coal_t/d but imported coal with 0.6% S content
type: final
sector: solids
input: [coal, secondary]
output: [coal, final]
coal_t/d-in-SO2:
name: coal_t/d-in-SO2
description: Transmission/Distribution of coal industry like coal_t/d but processed coal
type: final
sector: solids
input: [coal, secondary]
output: [coal, final]
coal_t/d-rc-06%:
name: coal_t/d-rc-06%
description: Transmission/Distribution of coal residential/commercial like coal_t/d but imported coal with 0.6% S content
type: final
sector: solids
input: [coal, secondary]
output: [coal, final]
coal_t/d-rc-SO2:
name: coal_t/d-rc-SO2
description: Transmission/Distribution of coal like coal_t/d but processed coal
type: final
sector: solids
input: [coal, secondary]
output: [coal, final]
glb_coal_exp:
name: glb_coal_exp
description: Global net export of coal
type: imports
sector: solids
output: [coal, imports]
glb_coal_imp:
name: glb_coal_imp
description: Global net import of coal
type: exports
sector: solids
input: [electr, exports]
output: [exports]
back_trp:
name: back_trp
description: Backstop for diagnosing model infeasibility
type: useful
sector: transport
output: [transport, useful]
coal_trp:
name: coal_trp
description: Coal-based transport
type: useful
sector: transport
input: [coal, final]
output: [transport, useful]
elec_trp:
name: elec_trp
description: Electricity-based transport
type: useful
sector: transport
input: [electr, final]
output: [transport, useful]
eth_fc_trp:
name: eth_fc_trp
description: Ethanol (without net C) fuel cell-based transport
type: useful
sector: transport
input: [ethanol, final]
output: [transport, useful]
eth_ic_trp:
name: eth_ic_trp
description: Ethanol (without net C) ic-engine-based transport
type: useful
sector: transport
input: [ethanol, final]
output: [transport, useful]
foil_trp:
name: foil_trp
description: Fueloil-based transport
type: useful
sector: transport
input: [fueloil, final]
output: [transport, useful]
gas_trp:
name: gas_trp
description: Gas-based transport
type: useful
sector: transport
input: [gas, final]
output: [transport, useful]
h2_fc_trp:
name: h2_fc_trp
description: Hydrogen fuel cell-based transport (plus off-hours electricity generation)
type: useful
vintaged: TRUE
sector: transport
input: [liquid hydrogen, final]
output: [transport, useful]
loil_trp:
name: loil_trp
description: Lightoil-based transport
type: useful
sector: transport
input: [lightoil, final]
output: [transport, useful]
meth_fc_trp:
name: meth_fc_trp
description: Methanol (with C) fuel cell-based transport
type: useful
sector: transport
input: [methanol, final]
output: [transport, useful]
meth_ic_trp:
name: meth_ic_trp
description: Methanol (with C) ic-engine-based transport
type: useful
sector: transport
input: [methanol, final]
output: [transport, useful]
Trans_1:
name: Trans_1
description: Conservation cost curve step for transport demand
type: useful
sector: transport
output: [transport, useful]
Trans_2:
name: Trans_2
description: Conservation cost curve step for transport demand
type: useful
sector: transport
output: [transport, useful]
Trans_3:
name: Trans_3
description: Conservation cost curve step for transport demand
type: useful
sector: transport
output: [transport, useful]
Trans_4:
name: Trans_4
description: Conservation cost curve step for transport demand
type: useful
sector: transport
output: [transport, useful]
Trans_5:
name: Trans_5
description: Conservation cost curve step for transport demand
type: useful
sector: transport
output: [transport, useful]
Trans_con:
name: Trans_con
description: Joint diffusion constraint for transport conservation cost curve steps
type: primary
sector: transport
output: [dummy agriculture, primary]
foil_bunker:
name: foil_bunker
description: Fuel oil demand for international shipping bunkers (global trade)
type: useful
sector: shipping
input: [fueloil, final]
output: [shipping, useful]
loil_bunker:
name: loil_bunker
description: Light oil demand for international shipping bunkers (global trade)
type: useful
sector: shipping
input: [lightoil, final]
output: [shipping, useful]
meth_bunker:
name: meth_bunker
description: Methanol demand for international shipping bunkers (global trade)
type: useful
sector: shipping
input: [methanol, final]
output: [shipping, useful]
eth_bunker:
name: eth_bunker
description: Ethanol demand for international shipping bunkers (global trade)
type: useful
sector: shipping
input: [ethanol, final]
output: [shipping, useful]
LNG_bunker:
name: LNG_bunker
description: Liquified natural gas demand for international shipping bunkers (global trade)
type: useful
sector: shipping
input: [LNG, final]
output: [shipping, useful]
LH2_bunker:
name: LH2_bunker
description: Liquified hydrogen demand for international shipping bunkers (global trade)
type: useful
sector: shipping
input: [lh2, final]
output: [shipping, useful]
Others
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<com:Name xml:lang="en">Shared Socioeconomic Pathways (2017 edition)</com:Name>
<com:Description xml:lang="en">This code list is *not* officially published by ICONICS; rather, it is a rendering into SDMX of structural information that is provided by ICONICS participants. It may change or be superseded at any time. Each code has a single digit ID like "1"; the "original-id" annotation (and the start of the name) give a string like "SSP1". These original IDs are *only* unique if using data enumerated by solely by one code list or the other; if mixing the two, then they will be ambiguous. The URNs of the codes or parts thereof (for instance, "ICONICS:SSP(2017).1") are, by construction, unique.
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<com:Annotation id="original-id">
<com:AnnotationText xml:lang="en">SSP1</com:AnnotationText>
</com:Annotation>
</com:Annotations>
<com:Name xml:lang="en">SSP1: Sustainability</com:Name>
<com:Description xml:lang="en">SSP1: Sustainability – Taking the Green Road
Low challenges to mitigation and adaptation.
The world shifts gradually, but pervasively, toward a more sustainable path, emphasizing
more inclusive development that respects perceived environmental boundaries. Management
of the global commons slowly improves, educational and health investments accelerate the
demographic transition, and the emphasis on economic growth shifts toward a broader
emphasis on human well-being. Driven by an increasing commitment to achieving
development goals, inequality is reduced both across and within countries. Consumption
is oriented toward low material growth and lower resource and energy intensity.</com:Description>
</str:Code>
<str:Code id="2" urn="urn:sdmx:org.sdmx.infomodel.codelist.Code=ICONICS:SSP(2017).2">
<com:Annotations>
<com:Annotation id="original-id">
<com:AnnotationText xml:lang="en">SSP2</com:AnnotationText>
</com:Annotation>
</com:Annotations>
<com:Name xml:lang="en">SSP2: Middle of the Road</com:Name>
<com:Description xml:lang="en">SSP2: Middle of the Road
Medium challenges to mitigation and adaptation.
The world follows a path in which social, economic, and technological trends do not
shift markedly from historical patterns. Development and income growth proceeds
unevenly, with some countries making relatively good progress while others fall short of
expectations. Global and national institutions work toward but make slow progress in
achieving sustainable development goals. Environmental systems experience degradation,
although there are some improvements and overall the intensity of resource and energy
use declines. Global population growth is moderate and levels off in the second half of
the century. Income inequality persists or improves only slowly and challenges to
reducing vulnerability to societal and environmental changes remain.</com:Description>
</str:Code>
<str:Code id="3" urn="urn:sdmx:org.sdmx.infomodel.codelist.Code=ICONICS:SSP(2017).3">
<com:Annotations>
<com:Annotation id="original-id">
<com:AnnotationText xml:lang="en">SSP3</com:AnnotationText>
</com:Annotation>
</com:Annotations>
<com:Name xml:lang="en">SSP3: Regional Rivalry</com:Name>
<com:Description xml:lang="en">SSP3: Regional Rivalry – A Rocky Road
High challenges to mitigation and adaptation.
A resurgent nationalism, concerns about competitiveness and security, and regional
conflicts push countries to increasingly focus on domestic or, at most, regional issues.
Policies shift over time to become increasingly oriented toward national and regional
security issues. Countries focus on achieving energy and food security goals within
their own regions at the expense of broader-based development. Investments in education
and technological development decline. Economic development is slow, consumption is
material-intensive, and inequalities persist or worsen over time. Population growth is
low in industrialized and high in developing countries. A low international priority for
addressing environmental concerns leads to strong environmental degradation in some
regions.</com:Description>
</str:Code>
<str:Code id="4" urn="urn:sdmx:org.sdmx.infomodel.codelist.Code=ICONICS:SSP(2017).4">
<com:Annotations>
<com:Annotation id="original-id">
<com:AnnotationText xml:lang="en">SSP4</com:AnnotationText>
</com:Annotation>
</com:Annotations>
<com:Name xml:lang="en">SSP4: Inequality</com:Name>
<com:Description xml:lang="en">SSP4: Inequality – A Road Divided
Low challenges to mitigation, high challenges to adaptation.
Highly unequal investments in human capital, combined with increasing disparities in
economic opportunity and political power, lead to increasing inequalities and
stratification both across and within countries. Over time, a gap widens between an
internationally-connected society that contributes to knowledge- and capital-intensive
sectors of the global economy, and a fragmented collection of lower-income, poorly
educated societies that work in a labor intensive, low-tech economy. Social cohesion
degrades and conflict and unrest become increasingly common. Technology development is
high in the high-tech economy and sectors. The globally connected energy sector
diversifies, with investments in both carbon-intensive fuels like coal and
unconventional oil, but also low-carbon energy sources. Environmental policies focus on
local issues around middle and high income areas.</com:Description>
</str:Code>
<str:Code id="5" urn="urn:sdmx:org.sdmx.infomodel.codelist.Code=ICONICS:SSP(2017).5">
<com:Annotations>
<com:Annotation id="original-id">
<com:AnnotationText xml:lang="en">SSP5</com:AnnotationText>
</com:Annotation>
</com:Annotations>
<com:Name xml:lang="en">SSP5: Fossil-fueled Development</com:Name>
<com:Description xml:lang="en">SSP5: Fossil-fueled Development – Taking the Highway
High challenges to mitigation, low challenges to adaptation.
This world places increasing faith in competitive markets, innovation and participatory
societies to produce rapid technological progress and development of human capital as
the path to sustainable development. Global markets are increasingly integrated. There
are also strong investments in health, education, and institutions to enhance human and
social capital. At the same time, the push for economic and social development is
coupled with the exploitation of abundant fossil fuel resources and the adoption of
resource and energy intensive lifestyles around the world. All these factors lead to
rapid growth of the global economy, while global population peaks and declines in the
21st century. Local environmental problems like air pollution are successfully managed.
There is faith in the ability to effectively manage social and ecological systems,
including by geo-engineering if necessary.</com:Description>
</str:Code>
</str:Codelist>
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<str:Codelists>
<str:Codelist version="2024" isExternalReference="none" isFinal="none" agencyID="ICONICS" id="SSP" urn="urn:sdmx:org.sdmx.infomodel.codelist.Codelist=ICONICS:SSP(2024)">
<com:Name xml:lang="en">Shared Socioeconomic Pathways (2024 edition)</com:Name>
<com:Description xml:lang="en">This code list is *not* officially published by ICONICS; rather, it is a rendering into SDMX of structural information that is provided by ICONICS participants. It may change or be superseded at any time. Each code has a single digit ID like "1"; the "original-id" annotation (and the start of the name) give a string like "SSP1". These original IDs are *only* unique if using data enumerated by solely by one code list or the other; if mixing the two, then they will be ambiguous. The URNs of the codes or parts thereof (for instance, "ICONICS:SSP(2017).1") are, by construction, unique.
This set of SSPs is currently under development; for details, see https://depts.washington.edu/iconics/.</com:Description>
<str:Code id="1" urn="urn:sdmx:org.sdmx.infomodel.codelist.Code=ICONICS:SSP(2024).1">
<com:Annotations>
<com:Annotation id="original-id">
<com:AnnotationText xml:lang="en">SSP1</com:AnnotationText>
</com:Annotation>
</com:Annotations>
<com:Name xml:lang="en">SSP1: Sustainability</com:Name>
<com:Description xml:lang="en">SSP1: Sustainability – Taking the Green Road
Low challenges to mitigation and adaptation.
The world shifts gradually, but pervasively, toward a more sustainable path, emphasizing
more inclusive development that respects perceived environmental boundaries. Management
of the global commons slowly improves, educational and health investments accelerate the
demographic transition, and the emphasis on economic growth shifts toward a broader
emphasis on human well-being. Driven by an increasing commitment to achieving
development goals, inequality is reduced both across and within countries. Consumption
is oriented toward low material growth and lower resource and energy intensity.</com:Description>
</str:Code>
<str:Code id="2" urn="urn:sdmx:org.sdmx.infomodel.codelist.Code=ICONICS:SSP(2024).2">
<com:Annotations>
<com:Annotation id="original-id">
<com:AnnotationText xml:lang="en">SSP2</com:AnnotationText>
</com:Annotation>
</com:Annotations>
<com:Name xml:lang="en">SSP2: Middle of the Road</com:Name>
<com:Description xml:lang="en">SSP2: Middle of the Road
Medium challenges to mitigation and adaptation.
The world follows a path in which social, economic, and technological trends do not
shift markedly from historical patterns. Development and income growth proceeds
unevenly, with some countries making relatively good progress while others fall short of
expectations. Global and national institutions work toward but make slow progress in
achieving sustainable development goals. Environmental systems experience degradation,
although there are some improvements and overall the intensity of resource and energy
use declines. Global population growth is moderate and levels off in the second half of
the century. Income inequality persists or improves only slowly and challenges to
reducing vulnerability to societal and environmental changes remain.</com:Description>
</str:Code>
<str:Code id="3" urn="urn:sdmx:org.sdmx.infomodel.codelist.Code=ICONICS:SSP(2024).3">
<com:Annotations>
<com:Annotation id="original-id">
<com:AnnotationText xml:lang="en">SSP3</com:AnnotationText>
</com:Annotation>
</com:Annotations>
<com:Name xml:lang="en">SSP3: Regional Rivalry</com:Name>
<com:Description xml:lang="en">SSP3: Regional Rivalry – A Rocky Road
High challenges to mitigation and adaptation.
A resurgent nationalism, concerns about competitiveness and security, and regional
conflicts push countries to increasingly focus on domestic or, at most, regional issues.
Policies shift over time to become increasingly oriented toward national and regional
security issues. Countries focus on achieving energy and food security goals within
their own regions at the expense of broader-based development. Investments in education
and technological development decline. Economic development is slow, consumption is
material-intensive, and inequalities persist or worsen over time. Population growth is
low in industrialized and high in developing countries. A low international priority for
addressing environmental concerns leads to strong environmental degradation in some
regions.</com:Description>
</str:Code>
<str:Code id="4" urn="urn:sdmx:org.sdmx.infomodel.codelist.Code=ICONICS:SSP(2024).4">
<com:Annotations>
<com:Annotation id="original-id">
<com:AnnotationText xml:lang="en">SSP4</com:AnnotationText>
</com:Annotation>
</com:Annotations>
<com:Name xml:lang="en">SSP4: Inequality</com:Name>
<com:Description xml:lang="en">SSP4: Inequality – A Road Divided
Low challenges to mitigation, high challenges to adaptation.
Highly unequal investments in human capital, combined with increasing disparities in
economic opportunity and political power, lead to increasing inequalities and
stratification both across and within countries. Over time, a gap widens between an
internationally-connected society that contributes to knowledge- and capital-intensive
sectors of the global economy, and a fragmented collection of lower-income, poorly
educated societies that work in a labor intensive, low-tech economy. Social cohesion
degrades and conflict and unrest become increasingly common. Technology development is
high in the high-tech economy and sectors. The globally connected energy sector
diversifies, with investments in both carbon-intensive fuels like coal and
unconventional oil, but also low-carbon energy sources. Environmental policies focus on
local issues around middle and high income areas.</com:Description>
</str:Code>
<str:Code id="5" urn="urn:sdmx:org.sdmx.infomodel.codelist.Code=ICONICS:SSP(2024).5">
<com:Annotations>
<com:Annotation id="original-id">
<com:AnnotationText xml:lang="en">SSP5</com:AnnotationText>
</com:Annotation>
</com:Annotations>
<com:Name xml:lang="en">SSP5: Fossil-fueled Development</com:Name>
<com:Description xml:lang="en">SSP5: Fossil-fueled Development – Taking the Highway
High challenges to mitigation, low challenges to adaptation.
This world places increasing faith in competitive markets, innovation and participatory
societies to produce rapid technological progress and development of human capital as
the path to sustainable development. Global markets are increasingly integrated. There
are also strong investments in health, education, and institutions to enhance human and
social capital. At the same time, the push for economic and social development is
coupled with the exploitation of abundant fossil fuel resources and the adoption of
resource and energy intensive lifestyles around the world. All these factors lead to
rapid growth of the global economy, while global population peaks and declines in the
21st century. Local environmental problems like air pollution are successfully managed.
There is faith in the ability to effectively manage social and ecological systems,
including by geo-engineering if necessary.</com:Description>
</str:Code>
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<mes:Structures>
<str:OrganisationSchemes>
<str:AgencyScheme version="0.1" isExternalReference="false" isFinal="false" agencyID="IIASA_ECE" id="AGENCIES" urn="urn:sdmx:org.sdmx.infomodel.base.AgencyScheme=IIASA_ECE:AGENCIES(0.1)">
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<str:Agency id="IIASA_ECE">
<com:Name xml:lang="en">IIASA Energy, Climate, and Environment Program</com:Name>
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<str:Agency id="ICONICS">
<com:Name xml:lang="en">International Committee on New Integrated Climate Change Assessment Scenarios</com:Name>
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<str:Agency id="IEA">
<com:Name xml:lang="en">International Energy Agency</com:Name>
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