Data and configuration files
Technology (water/technology.yaml)
# Water technologies
cooling:
# Water technologies
extract_surfacewater:
description: >-
Freshwater extraction technology
input: {commodity: freshwater_supply}
extract_salinewater:
description: >-
Sea water extraction used for cooling technologies requiring seawater
input: {commodity: saline_supply_ppl}
extract_groundwater:
description: >-
Groundwater extraction technology
input: {commodity: freshwater_supply}
bio_hpl__ot_fresh:
description: >-
Biomass heating power plant cooling by once through cooling technology
using freshwater
input: {commodity: freshwater_supply}
bio_hpl__cl_fresh:
description: >-
Biomass heating power plant cooling by closed loop cooling technology
using freshwater & freshwater supply
input: {commodity: freshwater_supply, electr}
bio_hpl__ot_saline:
description: >-
Biomass heating power plant cooling by once through cooling technology
using saline
input: {commodity: saline_supply_ppl}
bio_hpl__air:
description: >-
Biomass heating power plant cooling by air cooled technology
using freshwater supply
input: {commodity: electr}
bio_istig__ot_fresh:
description: >-
# TODO fill in description of bio_istig cooling by once through cooling
# technology using freshwater
input: {commodity: freshwater_supply}
bio_istig__cl_fresh:
description: >-
# TODO fill in description of bio_istig cooling by closed loop cooling
# technology using freshwater
input: {commodity: freshwater_supply,electr}
bio_istig__ot_saline:
description: >-
# TODO fill in description of bio_istig through once through cooling
# technology using saline water
input: {commodity: saline_supply_ppl}
bio_istig__air:
description: >-
# TODO fill in description of bio_istig through air cooled
# technology using freshwater supply
input: {commodity: electr}
bio_istig_ccs__ot_fresh:
description: >-
# TODO fill in description of bio_istig cooling by once through cooling
# technology using freshwater
input: {commodity: freshwater_supply}
bio_istig_ccs__cl_fresh:
description: >-
# TODO fill in description of bio_istig cooling by closed loop cooling
# technology using freshwater
input: {commodity: freshwater_supply,electr}
bio_istig_ccs__ot_saline:
description: >-
# TODO fill in description of bio_istig through once through cooling
# technology using saline water
input: {commodity: saline_supply_ppl}
bio_istig_ccs__air:
description: >-
# TODO fill in description of bio_istig through air cooled
# technology using freshwater supply
input: {commodity: electr}
bio_ppl__ot_fresh:
description: >-
Bio power plant cooling by once through cooling technology using freshwater
input: {commodity: freshwater_supply}
bio_ppl__cl_fresh:
description: >-
Bio power plant cooling by closed loop cooling technology using
freshwater & freshwater supply
input: {commodity: freshwater_supply, electr}
bio_ppl__ot_saline:
description: >-
Bio power plant cooling by once through cooling technology
using saline water
input: {commodity: saline_supply_ppl}
bio_ppl__air:
description: >-
Biopower plant cooling by air cooled technology
using freshwater supply
input: {commodity: electr}
coal_adv__ot_fresh:
description: >-
Advanced coal power plant cooling by once through cooling technology using
freshwater
input: {commodity: freshwater_supply}
coal_adv__cl_fresh:
description: >-
Advanced coal power plant cooling by closed loop cooling technology using
freshwater & freshwater supply
input: {commodity: freshwater_supply,electr}
coal_adv__ot_saline:
description: >-
Advanced coal power plant cooling by once through cooling technology using
saline water
input: {commodity: saline_supply_ppl}
coal_adv__air:
description: >-
Advanced coal power plant cooling by air cooled cooling technology using
freshwater supply
input: {commodity: electr}
coal_adv_ccs__ot_fresh:
description: >-
Advanced coal power plant with carbon capture and storage cooling by once
through cooling technology using freshwater
input: {commodity: freshwater_supply}
coal_adv_ccs__cl_fresh:
description: >-
Advanced coal power plant with carbon capture and storage by closed loop
cooling technology using freshwater
input: {commodity: freshwater_supply, electr}
coal_adv_ccs__ot_saline:
description: >-
Advanced coal power plant with carbon capture and storage by once through
cooling technology using freshwater
input: {commodity: saline_supply_ppl}
coal_adv_ccs__air:
description: >-
Advanced coal power plant with carbon capture and storage by air cooled
cooling technology using freshwater supply
input: {commodity: electr}
coal_ppl__ot_fresh:
description: >-
Coal power plant cooling by once through cooling technology using freshwater
input: {commodity: freshwater_supply}
coal_ppl__cl_fresh:
description: >-
Coal power plant cooling by closed loop cooling technology using freshwater
& freshwater supply
input: {commodity: freshwater_supply,electr}
coal_ppl__ot_saline:
description: >-
Coal power plant cooling by once through cooling technology using freshwater
input: {commodity: saline_supply_ppl}
coal_ppl__air:
description: >-
Coal power plant cooling by air cooled cooling technology using parasitic
electricity
input: {commodity: electr}
coal_ppl_u__ot_fresh:
description: >-
Coal power plant without abatement measures cooling by once through
cooling technology using freshwater
input: {commodity: freshwater_supply}
coal_ppl_u__cl_fresh:
description: >-
Coal power plant without abatement measures cooling by closed loop
cooling technology using freshwater & freshwater supply
input: {commodity: freshwater_supply,electr}
coal_ppl_u__ot_saline:
description: >-
Coal power plant without abatement measures cooling by once through
cooling technology using saline water
input: {commodity: saline_supply_ppl}
coal_ppl_u__air:
description: >-
Coal power plant without abatement measures cooling by air cooled
cooling technology using freshwater supply
input: {commodity: electr}
foil_ppl__ot_fresh:
description: >-
New standard oil power plant (Rankine cycle), cooling by once through
cooling technology using freshwater
using freshwater
input: {commodity: freshwater_supply}
foil_ppl__cl_fresh:
description: >-
New standard oil power plant (Rankine cycle),cooling by closed loop
cooling technology using freshwater & freshwater supply
input: {commodity: freshwater_supply, electr}
foil_ppl__ot_saline:
description: >-
New standard oil power plant (Rankine cycle),cooling by once through
cooling technology using saline water
input: {commodity: saline_supply_ppl}
foil_ppl__air:
description: >-
New standard oil power plant (Rankine cycle),cooling by air cooled
cooling technology using parasitic electricity
input: {commodity: electr}
foil_hpl__ot_fresh:
description: >-
Fuel oil heating plant cooling by once through cooling technology using
freshwater
input: {commodity: freshwater_supply}
foil_hpl__cl_fresh:
description: >-
Fuel oil heating plant cooling by closed loop cooling technology using
freshwater & freshwater supply
input: {commodity: freshwater_supply,electr}
foil_hpl__ot_saline:
description: >-
Fuel oil heating plant cooling by once through cooling technology using
saline water
input: {commodity: saline_supply_ppl}
foil_hpl__air:
description: >-
Fuel oil heating plant cooling by cooling by air cooled cooling technology
using parasitic electricity
input: {commodity: electr}
gas_cc__ot_fresh:
description: >-
Gas combined cycle power plant cooling by once through cooling technology
using freshwater
input: {commodity: freshwater_supply}
gas_cc__cl_fresh:
description: >-
Gas combined cycle power plant cooling by closed loop cooling technology
using freshwater & freshwater supply
input: {commodity: freshwater_supply,electr}
gas_cc__ot_saline:
description: >-
Gas combined cycle power plant cooling by once through cooling technology
using saline water
input: {commodity: saline_supply_ppl}
gas_cc__air:
description: >-
Gas combined cycle power plant cooling by air cooled cooling technology
using parasitic electricity
input: {commodity: electr}
gas_cc_ccs__ot_fresh:
description: >-
Gas combined cycle power-plant with carbon capture and storage cooling by
once through cooling technology using freshwater
input: {commodity: freshwater_supply}
gas_cc_ccs__cl_fresh:
description: >-
Gas combined cycle power-plant with carbon capture and storage cooling by
closed loop cooling technology using freshwater & freshwater supply
input: {commodity: freshwater_supply,electr}
gas_cc_ccs__ot_saline:
description: >-
Gas combined cycle power-plant with carbon capture and storage cooling by
once through cooling technology using saline water
input: {commodity: saline_supply_ppl}
gas_cc_ccs__air:
description: >-
Gas combined cycle power-plant with carbon capture and storage cooling by
air cooled cooling technology using parasitic electricity
input: {commodity: electr}
gas_hpl__ot_fresh:
description: >-
Natural gas heating plant plant cooling by once through cooling technology
using freshwater
input: {commodity: freshwater_supply}
gas_hpl__cl_fresh:
description: >-
Natural gas heating plant cooling by closed loop cooling technology using
freshwater & freshwater supply
input: {commodity: freshwater_supply,electr}
gas_hpl__ot_saline:
description: >-
Natural gas heating plant cooling by once through cooling technology using
saline water
input: {commodity: saline_supply_ppl}
gas_hpl__air:
description: >-
Natural gas heating plant cooling by once through cooling technology by
air cooled cooling technology using parasitic electricity
input: {commodity: electr}
gas_ppl__ot_fresh:
description: >-
Gas power plant (Rankine cycle) cooling by once through cooling technology
using freshwater
input: {commodity: freshwater_supply}
gas_ppl__cl_fresh:
description: >-
Gas power plant (Rankine cycle) cooling by closed loop cooling technology
using freshwater & freshwater supply
input: {commodity: freshwater_supply,electr}
gas_ppl__ot_saline:
description: >-
Biomass heating power plant cooling by once through cooling technology using
freshwater
input: {commodity: saline_supply_ppl}
gas_ppl__air:
description: >-
Biomass heating power plant cooling by air cooled cooling technology using
freshwater supply
input: {commodity: electr}
geo_hpl__ot_fresh:
description: >-
Geothermal heat plant cooling by once through cooling technology using
freshwater
input: {commodity: freshwater_supply}
geo_hpl__cl_fresh:
description: >-
Geothermal heat plant cooling by closed loop cooling technology using
freshwater & freshwater supply
input: {commodity: freshwater_supply,electr}
geo_hpl__ot_saline:
description: >-
Geothermal heat plant cooling by once through cooling technology using
saline water
input: {commodity: saline_supply_ppl}
geo_hpl__air:
description: >-
Geothermal heat plant cooling by air cooled cooling technology using
freshwater supply
input: {commodity: electr}
geo_ppl__ot_fresh:
description: >-
Geothermal power plant cooling by once through cooling technology using
freshwater
input: {commodity: freshwater_supply}
geo_ppl__cl_fresh:
description: >-
Geothermal power plant cooling by closed loop cooling technology using
freshwater & freshwater supply
input: {commodity: freshwater_supply,electr}
geo_ppl__ot_saline:
description: >-
Geothermal power plant cooling by once through cooling technology using
saline water
input: {commodity: saline_supply_ppl}
geo_ppl__air:
description: >-
Geothermal power plant cooling by closed loop cooling technology using
freshwater supply
input: {commodity: electr}
igcc__ot_fresh:
description: >-
Integrated gasification combined cycle (IGCC) power plant cooling by once
through cooling technology using freshwater
input: {commodity: freshwater_supply}
igcc__cl_fresh:
description: >-
Integrated gasification combined cycle (IGCC) power plant cooling by closed
loop cooling technology using freshwater & freshwater supply
input: {commodity: freshwater_supply,electr}
igcc__ot_saline:
description: >-
Integrated gasification combined cycle (IGCC) power plant cooling by once
through cooling technology using saline water
input: {commodity: saline_supply_ppl}
igcc__air:
description: >-
Integrated gasification combined cycle (IGCC) power plant cooling by air cooled
cooling technology using freshwater supply
input: {commodity: electr}
igcc_ccs__ot_fresh:
description: >-
Integrated gasification combined cycle (IGCC) power plant with carbon capture
and storage cooling by once through cooling technology using freshwater
input: {commodity: freshwater_supply}
igcc_ccs__cl_fresh:
description: >-
Integrated gasification combined cycle (IGCC) power plant with carbon capture
and storage cooling by closed loop cooling technology using freshwater &
freshwater supply
input: {commodity: freshwater_supply,electr}
igcc_ccs__ot_saline:
description: >-
Integrated gasification combined cycle (IGCC) power plant with carbon capture
and storage cooling by once through cooling technology using saline water
input: {commodity: saline_supply_ppl}
igcc_ccs__air:
description: >-
Integrated gasification combined cycle (IGCC) power plant with carbon capture
and storage cooling by air cooled cooling technology using freshwater supply
input: {commodity: electr}
loil_cc__ot_fresh:
description: >-
Light oil combined cycle cooling by once through cooling technology using
freshwater
input: {commodity: freshwater_supply}
loil_cc__cl_fresh:
description: >-
Light oil combined cycle cooling by closed loop cooling technology using
freshwater & freshwater supply
input: {commodity: freshwater_supply,electr}
loil_cc__ot_saline:
description: >-
Light oil combined cycle cooling by once through cooling technology using
saline supply
input: {commodity: saline_supply_ppl}
loil_cc__air:
description: >-
Light oil combined cycle cooling by air cooled cooling technology using
freshwater supply
input: {commodity: electr}
loil_ppl__ot_fresh:
description: >-
Existing light oil power plant cooling by once through cooling technology
using extract_freshwater_supply
input: {commodity: freshwater_supply}
loil_ppl__cl_fresh:
description: >-
Existing light oil power plant cooling by once through cooling technology using
freshwater supply
input: {commodity: freshwater_supply,electr}
loil_ppl__ot_saline:
description: >-
Existing light oil power plant cooling by once through cooling technology
using freshwater supply
input: {commodity: electr}
loil_ppl__air:
description: >-
Existing light oil power plant cooling by air cooled cooling technology
using parasitic electricity
input: {commodity: electr}
nuc_hc__ot_fresh:
description: >-
Nuclear power plant (~GEN III+) (high cost) cooling by once through cooling
technology using freshwater supply
input: {commodity: freshwater_supply}
nuc_hc__cl_fresh:
description: >-
Nuclear power plant (~GEN III+) (high cost) cooling by closed loop cooling
technology using freshwater supply & parasitic
input: {commodity: freshwater_supply,electr}
nuc_hc__ot_saline:
description: >-
Nuclear power plant (~GEN III+) (high cost) cooling by once through cooling
technology using saline water supply
input: {commodity: saline_supply_ppl}
nuc_hc__air:
description: >-
Nuclear power plant (~GEN III+) (high cost) cooling by once through cooling
technology using parasitic electricity
input: {commodity: electr}
nuc_lc__ot_fresh:
description: >-
Nuclear power plant (~GEN III+) (low cost) cooling by once through cooling
technology using freshwater supply
input: {commodity: freshwater_supply}
nuc_lc__cl_fresh:
description: >-
Nuclear power plant (~GEN III+) (low cost) cooling by closed loop cooling
technology using freshwater supply & parasitic
input: {commodity: freshwater_supply,electr}
nuc_lc__ot_saline:
description: >-
Nuclear power plant (~GEN III+) (low cost) cooling by once through cooling
technology using saline water supply
input: {commodity: saline_supply_ppl}
nuc_lc__air:
description: >-
Nuclear power plant (~GEN III+) (low cost) cooling by once through cooling
technology using parasitic electricity
input: {commodity: electr}
solar_th_ppl__ot_fresh:
description: >-
Solar thermal power plant with storage cooling by once through cooling
technology using freshwater supply
input: {commodity: freshwater_supply}
solar_th_ppl__cl_fresh:
description: >-
Solar thermal power plant with storage cooling by closed loop cooling
technology using freshwater supply & parasitic electricity
input: {commodity: freshwater_supply,electr}
solar_th_ppl__ot_saline:
description: >-
Solar thermal power plant with storage cooling by once through cooling
technology using freshwater supply
input: {commodity: saline_supply_ppl}
solar_th_ppl__air:
description: >-
Solar thermal power plant with storage cooling by once through cooling
technology using parasitic electricity
input: {commodity: electr}
# CSP_SM1 with RES to RES7
csp_sm1_res__ot_fresh:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using freshwater supply.
input: {commodity: freshwater_supply}
csp_sm1_res__cl_fresh:
description: >-
Solar thermal power plant with storage cooling by closed-loop cooling
technology using freshwater supply & parasitic electricity.
input: {commodity: freshwater_supply, electr}
csp_sm1_res__ot_saline:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using saline water supply.
input: {commodity: saline_supply_ppl}
csp_sm1_res__air:
description: >-
Solar thermal power plant with storage cooling by air cooling
technology using parasitic electricity.
input: {commodity: electr}
csp_sm1_res1__ot_fresh:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using freshwater supply.
input: {commodity: freshwater_supply}
csp_sm1_res1__cl_fresh:
description: >-
Solar thermal power plant with storage cooling by closed-loop cooling
technology using freshwater supply & parasitic electricity.
input: {commodity: freshwater_supply, electr}
csp_sm1_res1__ot_saline:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using saline water supply.
input: {commodity: saline_supply_ppl}
csp_sm1_res1__air:
description: >-
Solar thermal power plant with storage cooling by air cooling
technology using parasitic electricity.
input: {commodity: electr}
csp_sm1_res2__ot_fresh:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using freshwater supply.
input: {commodity: freshwater_supply}
csp_sm1_res2__cl_fresh:
description: >-
Solar thermal power plant with storage cooling by closed-loop cooling
technology using freshwater supply & parasitic electricity.
input: {commodity: freshwater_supply, electr}
csp_sm1_res2__ot_saline:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using saline water supply.
input: {commodity: saline_supply_ppl}
csp_sm1_res2__air:
description: >-
Solar thermal power plant with storage cooling by air cooling
technology using parasitic electricity.
input: {commodity: electr}
csp_sm1_res3__ot_fresh:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using freshwater supply.
input: {commodity: freshwater_supply}
csp_sm1_res3__cl_fresh:
description: >-
Solar thermal power plant with storage cooling by closed-loop cooling
technology using freshwater supply & parasitic electricity.
input: {commodity: freshwater_supply, electr}
csp_sm1_res3__ot_saline:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using saline water supply.
input: {commodity: saline_supply_ppl}
csp_sm1_res3__air:
description: >-
Solar thermal power plant with storage cooling by air cooling
technology using parasitic electricity.
input: {commodity: electr}
csp_sm1_res4__ot_fresh:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using freshwater supply.
input: {commodity: freshwater_supply}
csp_sm1_res4__cl_fresh:
description: >-
Solar thermal power plant with storage cooling by closed-loop cooling
technology using freshwater supply & parasitic electricity.
input: {commodity: freshwater_supply, electr}
csp_sm1_res4__ot_saline:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using saline water supply.
input: {commodity: saline_supply_ppl}
csp_sm1_res4__air:
description: >-
Solar thermal power plant with storage cooling by air cooling
technology using parasitic electricity.
input: {commodity: electr}
csp_sm1_res5__ot_fresh:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using freshwater supply.
input: {commodity: freshwater_supply}
csp_sm1_res5__cl_fresh:
description: >-
Solar thermal power plant with storage cooling by closed-loop cooling
technology using freshwater supply & parasitic electricity.
input: {commodity: freshwater_supply, electr}
csp_sm1_res5__ot_saline:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using saline water supply.
input: {commodity: saline_supply_ppl}
csp_sm1_res5__air:
description: >-
Solar thermal power plant with storage cooling by air cooling
technology using parasitic electricity.
input: {commodity: electr}
csp_sm1_res6__ot_fresh:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using freshwater supply.
input: {commodity: freshwater_supply}
csp_sm1_res6__cl_fresh:
description: >-
Solar thermal power plant with storage cooling by closed-loop cooling
technology using freshwater supply & parasitic electricity.
input: {commodity: freshwater_supply, electr}
csp_sm1_res6__ot_saline:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using saline water supply.
input: {commodity: saline_supply_ppl}
csp_sm1_res6__air:
description: >-
Solar thermal power plant with storage cooling by air cooling
technology using parasitic electricity.
input: {commodity: electr}
csp_sm1_res7__ot_fresh:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using freshwater supply.
input: {commodity: freshwater_supply}
csp_sm1_res7__cl_fresh:
description: >-
Solar thermal power plant with storage cooling by closed-loop cooling
technology using freshwater supply & parasitic electricity.
input: {commodity: freshwater_supply, electr}
csp_sm1_res7__ot_saline:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using saline water supply.
input: {commodity: saline_supply_ppl}
csp_sm1_res7__air:
description: >-
Solar thermal power plant with storage cooling by air cooling
technology using parasitic electricity.
input: {commodity: electr}
# Repeat similar structure for res4 through res7 for csp_sm1.
csp_sm3_res__ot_fresh:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using freshwater supply.
input: {commodity: freshwater_supply}
csp_sm3_res__cl_fresh:
description: >-
Solar thermal power plant with storage cooling by closed-loop cooling
technology using freshwater supply & parasitic electricity.
input: {commodity: freshwater_supply, electr}
csp_sm3_res__ot_saline:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using saline water supply.
input: {commodity: saline_supply_ppl}
csp_sm3_res__air:
description: >-
Solar thermal power plant with storage cooling by air cooling
technology using parasitic electricity.
input: {commodity: electr}
csp_sm3_res1__ot_fresh:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using freshwater supply.
input: {commodity: freshwater_supply}
csp_sm3_res1__cl_fresh:
description: >-
Solar thermal power plant with storage cooling by closed-loop cooling
technology using freshwater supply & parasitic electricity.
input: {commodity: freshwater_supply, electr}
csp_sm3_res1__ot_saline:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using saline water supply.
input: {commodity: saline_supply_ppl}
csp_sm3_res1__air:
description: >-
Solar thermal power plant with storage cooling by air cooling
technology using parasitic electricity.
input: {commodity: electr}
csp_sm3_res2__ot_fresh:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using freshwater supply.
input: {commodity: freshwater_supply}
csp_sm3_res2__cl_fresh:
description: >-
Solar thermal power plant with storage cooling by closed-loop cooling
technology using freshwater supply & parasitic electricity.
input: {commodity: freshwater_supply, electr}
csp_sm3_res2__ot_saline:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using saline water supply.
input: {commodity: saline_supply_ppl}
csp_sm3_res2__air:
description: >-
Solar thermal power plant with storage cooling by air cooling
technology using parasitic electricity.
input: {commodity: electr}
csp_sm3_res3__ot_fresh:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using freshwater supply.
input: {commodity: freshwater_supply}
csp_sm3_res3__cl_fresh:
description: >-
Solar thermal power plant with storage cooling by closed-loop cooling
technology using freshwater supply & parasitic electricity.
input: {commodity: freshwater_supply, electr}
csp_sm3_res3__ot_saline:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using saline water supply.
input: {commodity: saline_supply_ppl}
csp_sm3_res3__air:
description: >-
Solar thermal power plant with storage cooling by air cooling
technology using parasitic electricity.
input: {commodity: electr}
csp_sm3_res4__ot_fresh:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using freshwater supply.
input: {commodity: freshwater_supply}
csp_sm3_res4__cl_fresh:
description: >-
Solar thermal power plant with storage cooling by closed-loop cooling
technology using freshwater supply & parasitic electricity.
input: {commodity: freshwater_supply, electr}
csp_sm3_res4__ot_saline:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using saline water supply.
input: {commodity: saline_supply_ppl}
csp_sm3_res4__air:
description: >-
Solar thermal power plant with storage cooling by air cooling
technology using parasitic electricity.
input: {commodity: electr}
csp_sm3_res5__ot_fresh:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using freshwater supply.
input: {commodity: freshwater_supply}
csp_sm3_res5__cl_fresh:
description: >-
Solar thermal power plant with storage cooling by closed-loop cooling
technology using freshwater supply & parasitic electricity.
input: {commodity: freshwater_supply, electr}
csp_sm3_res5__ot_saline:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using saline water supply.
input: {commodity: saline_supply_ppl}
csp_sm3_res5__air:
description: >-
Solar thermal power plant with storage cooling by air cooling
technology using parasitic electricity.
input: {commodity: electr}
csp_sm3_res6__ot_fresh:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using freshwater supply.
input: {commodity: freshwater_supply}
csp_sm3_res6__cl_fresh:
description: >-
Solar thermal power plant with storage cooling by closed-loop cooling
technology using freshwater supply & parasitic electricity.
input: {commodity: freshwater_supply, electr}
csp_sm3_res6__ot_saline:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using saline water supply.
input: {commodity: saline_supply_ppl}
csp_sm3_res6__air:
description: >-
Solar thermal power plant with storage cooling by air cooling
technology using parasitic electricity.
input: {commodity: electr}
csp_sm3_res7__ot_fresh:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using freshwater supply.
input: {commodity: freshwater_supply}
csp_sm3_res7__cl_fresh:
description: >-
Solar thermal power plant with storage cooling by closed-loop cooling
technology using freshwater supply & parasitic electricity.
input: {commodity: freshwater_supply, electr}
csp_sm3_res7__ot_saline:
description: >-
Solar thermal power plant with storage cooling by once-through cooling
technology using saline water supply.
input: {commodity: saline_supply_ppl}
csp_sm3_res7__air:
description: >-
Solar thermal power plant with storage cooling by air cooling
technology using parasitic electricity.
input: {commodity: electr}
nexus:
extract_gw_fossil:
description: >-
Groundwater extraction from fossil reservoirs (unlimited used as slack)
extract_salinewater_basin:
description: >-
Sea water extraction used for desalination and providing freshwater
input: {commodity: saline_supply_basin}
urban_t_d:
description: >-
Urban water transmission & distribution
input: {commodity: freshwater_supply}
rural_t_d:
description: >-
Rural water transmission & distribution
input: {commodity: freshwater_supply}
industry_unconnected:
description: >-
unconnected industry water not connected to system
input: {commodity: freshwater_supply}
industry_untreated:
description: >-
untreated industry water return flows
input: {commodity: urban_uncollected_wst}
urban_unconnected:
description: >-
untreated urban water not connected to system
input: {commodity: freshwater_supply}
rural_unconnected:
description: >-
untreated rural water not connected to system
input: {commodity: freshwater_supply}
urban_sewerage:
description: >-
urban wastewater
input: {commodity: freshwater_supply}
urban_untreated:
description: >-
untreated urban water return flows
input: {commodity: urban_uncollected_wst}
urban_discharge:
description: >-
treated urban water which is discharged
input: {commodity: electr, urban_collected_wst}
urban_recycle:
description: >-
treated wastewater used as available water
input: {commodity: electr, urban_collected_wst}
rural_discharge:
description: >-
treated rural water which is discharged
input: {commodity: rural_collected_wst}
rural_untreated:
description: >-
untreated rural water return flows
input: {commodity: rural_collected_wst}
membrane:
description: >-
desalination technology using membrane i.e water and salts is separated
through a semipermeable membrane
input: {commodity: electr,saline_supply}
distillation:
description: >-
traditional desalination technology i.e boiling and recondensation of
seawater to leave salt and impurities behin
input: {commodity: electr,saline_supply,d_heat}
desal_t_d:
description: >-
Desalinated water transmission and distribution
input: {commodity: desalinated_water}
saline_ppl_t_d:
description: >-
Saline power plant transmission & distribution
# TODO verify description
input: {commodity: saline_supply}
basin_to_reg:
description: >-
dummy technology to map basin technologies water supply to energy technologies
input: {commodity: freshwater_supply}
ueff1:
description: >-
low urban efficiency
input: {commodity: urban_mw, urban_collected_wst}
ueff2:
description: >-
low urban efficiency
input: {commodity: urban_mw, urban_collected_wst}
ueff3:
description: >-
low urban efficiency
input: {commodity: urban_mw, urban_collected_wst}
reff1:
description: >-
low rural efficiency
input: {commodity: rural_mw, rural_collected_wst}
reff2:
description: >-
mid rural efficiency
input: {commodity: rural_mw, rural_collected_wst}
reff3:
description: >-
high rural efficiency
input: {commodity: rural_mw, rural_collected_wst}
ieff1:
description: >-
low irrigation efficiency
input: {commodity: freshwater_supply}
ieff2:
description: >-
mid irrigation efficiency
input: {commodity: freshwater_supply}
ieff3:
description: >-
high irrigation efficiency
input: {commodity: freshwater_supply}
return_flow:
description: >-
remaining surface water left after consumption
gw_recharge:
description: >-
remaining groundwater left after consumption
rural_recycle:
description: >-
recycled water after rural treatment
rural_sewerage:
description: >-
treated rural water
irrigation_oilcrops:
description: >-
Irrigation technology connecting irrigation withdrawals with the demands
input: {commodity: freshwater}
irrigation_sugarcrops:
description: >-
Irrigation technology connecting irrigation withdrawals with the demands
input: {commodity: freshwater}
irrigation_cereal:
description: >-
Irrigation technology connecting irrigation withdrawals with the demands
input: {commodity: freshwater}
salinewater_return:
description: >-
remaining salinewater left after consumption
Other sets (water/set.yaml)
#Set configuration for the MESSAGE-Water model
# For each set in the MESSAGEix framework, the group contains:
# - 'require': elements that must be present for the model to be set up.
# - 'remove': elements to remove.
# - 'add': elements to add. This is a mapping from element short names to a
# longer description.
cooling:
commodity:
require:
- electr
remove:
# removing all technologies which are related to water in the previous model
# Re added in the newer implementation with lesser commodities
- saline_supply
#- freshwater_instream
# maybe comment, but material breaks
- freshwater_supply
- desalinated_water
- saline_supply_ppl
- urban_collected_wst
- urban_uncollected_wst
- yield_freshwater_suply
- rural_collected_wst
- rural_uncollected_wst
- urban_mw
- urban_dis
- rural_mw
- rural_dis
- cooling__bio_hpl
- cooling__bio_ppl
- cooling__bio_istig
- 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__solar_th_ppl
- cooling__csp_sm1_ppl
- cooling__csp_sm3_ppl
add:
- electr
- salinewater
- freshwater_instream
- freshwater
- freshwater_basin
- surfacewater_basin
- groundwater_basin
- desalinated_water
- saline_ppl
- ot_fresh
- cl_fresh
- air
- ot_saline
level:
require:
- secondary
remove:
# maybe comment, but material breaks
- water_supply
- cooling
- desalination_supply
- water_treat
add:
- water_supply
- saline_supply
- share
mode:
require:
- all
technology:
remove:
- extract__saline_supply
- bio_hpl__ot_fresh
- bio_hpl__cl_fresh
- bio_hpl__cl_fresh
- bio_hpl__ot_saline
- bio_hpl__air
- bio_istig__ot_fresh
- bio_istig__cl_fresh
- bio_istig__cl_fresh
- bio_istig__ot_saline
- bio_istig__air
- bio_istig_ccs__ot_fresh
- bio_istig_ccs__cl_fresh
- bio_istig_ccs__cl_fresh
- bio_istig_ccs__ot_saline
- bio_istig_ccs__air
- bio_ppl__ot_fresh
- bio_ppl__cl_fresh
- bio_ppl__cl_fresh
- bio_ppl__ot_saline
- bio_ppl__air
- coal_adv__ot_fresh
- coal_adv__cl_fresh
- coal_adv__cl_fresh
- coal_adv__ot_saline
- coal_adv__air
- coal_adv_ccs__ot_fresh
- coal_adv_ccs__cl_fresh
- coal_adv_ccs__cl_fresh
- coal_adv_ccs__ot_saline
- coal_ppl__ot_fresh
- coal_ppl__cl_fresh
- coal_ppl__cl_fresh
- coal_ppl__ot_saline
- coal_ppl__air
- coal_ppl_u__ot_fresh
- coal_ppl_u__cl_fresh
- coal_ppl_u__cl_fresh
- coal_ppl_u__ot_saline
- coal_ppl_u__air
- foil_hpl__ot_fresh
- foil_hpl__cl_fresh
- foil_hpl__cl_fresh
- foil_hpl__ot_saline
- foil_hpl__air
- foil_ppl__ot_fresh
- foil_ppl__cl_fresh
- foil_ppl__cl_fresh
- foil_ppl__ot_saline
- foil_ppl__air
- gas_cc__ot_fresh
- gas_cc__cl_fresh
- gas_cc__cl_fresh
- gas_cc__ot_saline
- gas_cc__air
- gas_cc_ccs__ot_fresh
- gas_cc_ccs__cl_fresh
- gas_cc_ccs__cl_fresh
- gas_cc_ccs__ot_saline
- gas_hpl__ot_fresh
- gas_hpl__cl_fresh
- gas_hpl__cl_fresh
- gas_hpl__ot_saline
- gas_hpl__air
- gas_ppl__ot_fresh
- gas_ppl__cl_fresh
- gas_ppl__cl_fresh
- gas_ppl__ot_saline
- gas_ppl__air
- geo_hpl__ot_fresh
- geo_hpl__cl_fresh
- geo_hpl__cl_fresh
- geo_hpl__ot_saline
- geo_hpl__air
- geo_ppl__ot_fresh
- geo_ppl__cl_fresh
- geo_ppl__cl_fresh
- geo_ppl__ot_saline
- geo_ppl__air
- igcc__ot_fresh
- igcc__cl_fresh
- igcc__cl_fresh
- igcc__ot_saline
- igcc__air
- igcc_ccs__ot_fresh
- igcc_ccs__cl_fresh
- igcc_ccs__cl_fresh
- igcc_ccs__ot_saline
- loil_cc__ot_fresh
- loil_cc__cl_fresh
- loil_cc__cl_fresh
- loil_cc__ot_saline
- loil_cc__air
- loil_ppl__ot_fresh
- loil_ppl__cl_fresh
- loil_ppl__cl_fresh
- loil_ppl__ot_saline
- loil_ppl__air
- nuc_hc__ot_fresh
- nuc_hc__cl_fresh
- nuc_hc__cl_fresh
- nuc_hc__ot_saline
- solar_th_ppl__ot_fresh
- solar_th_ppl__cl_fresh
- solar_th_ppl__ot_saline
- solar_th_ppl__air
- csp_sm1_res__ot_fresh
- csp_sm1_res__cl_fresh
- csp_sm1_res__ot_saline
- csp_sm1_res__air
- csp_sm1_res1__ot_fresh
- csp_sm1_res1__cl_fresh
- csp_sm1_res1__ot_saline
- csp_sm1_res1__air
- csp_sm1_res2__ot_fresh
- csp_sm1_res2__cl_fresh
- csp_sm1_res2__ot_saline
- csp_sm1_res2__air
- csp_sm1_res3__ot_fresh
- csp_sm1_res3__cl_fresh
- csp_sm1_res3__ot_saline
- csp_sm1_res3__air
- csp_sm1_res4__ot_fresh
- csp_sm1_res4__cl_fresh
- csp_sm1_res4__ot_saline
- csp_sm1_res4__air
- csp_sm1_res5__ot_fresh
- csp_sm1_res5__cl_fresh
- csp_sm1_res5__ot_saline
- csp_sm1_res5__air
- csp_sm1_res6__ot_fresh
- csp_sm1_res6__cl_fresh
- csp_sm1_res6__ot_saline
- csp_sm1_res6__air
- csp_sm1_res7__ot_fresh
- csp_sm1_res7__cl_fresh
- csp_sm1_res7__ot_saline
- csp_sm1_res7__air
- csp_sm3_res__ot_fresh
- csp_sm3_res__cl_fresh
- csp_sm3_res__ot_saline
- csp_sm3_res__air
- csp_sm3_res1__ot_fresh
- csp_sm3_res1__cl_fresh
- csp_sm3_res1__ot_saline
- csp_sm3_res1__air
- csp_sm3_res2__ot_fresh
- csp_sm3_res2__cl_fresh
- csp_sm3_res2__ot_saline
- csp_sm3_res2__air
- csp_sm3_res3__ot_fresh
- csp_sm3_res3__cl_fresh
- csp_sm3_res3__ot_saline
- csp_sm3_res3__air
- csp_sm3_res4__ot_fresh
- csp_sm3_res4__cl_fresh
- csp_sm3_res4__ot_saline
- csp_sm3_res4__air
- csp_sm3_res5__ot_fresh
- csp_sm3_res5__cl_fresh
- csp_sm3_res5__ot_saline
- csp_sm3_res5__air
- csp_sm3_res6__ot_fresh
- csp_sm3_res6__cl_fresh
- csp_sm3_res6__ot_saline
- csp_sm3_res6__air
- csp_sm3_res7__ot_fresh
- csp_sm3_res7__cl_fresh
- csp_sm3_res7__ot_saline
- csp_sm3_res7__air
- extract__upstream_landuse
- extract__saline_supply
- extract__freshwater_supply
- extract__freshwater_instream
#add:
# Adds all technologies from technologies.yaml file again to reconfigure
time:
# NB cannot handle models with sub-annual time resolution
require:
- year
# Addon techs include cooling technologies for now
addon:
add:
- bio_hpl__ot_fresh
- bio_hpl__cl_fresh
- bio_hpl__ot_saline
- bio_hpl__air
- bio_istig__ot_fresh
- bio_istig__cl_fresh
- bio_istig__ot_saline
- bio_istig__air
- bio_istig_ccs__ot_fresh
- bio_istig_ccs__cl_fresh
- bio_istig_ccs__ot_saline
- bio_istig_ccs__air
- bio_ppl__ot_fresh
- bio_ppl__cl_fresh
- bio_ppl__ot_saline
- bio_ppl__air
- coal_adv__ot_fresh
- coal_adv__cl_fresh
- coal_adv__ot_saline
- coal_adv__air
- coal_adv_ccs__ot_fresh
- coal_adv_ccs__cl_fresh
- coal_adv_ccs__ot_saline
- coal_adv_ccs__air
- coal_ppl__ot_fresh
- coal_ppl__cl_fresh
- coal_ppl__ot_saline
- coal_ppl__air
- coal_ppl_u__ot_fresh
- coal_ppl_u__cl_fresh
- coal_ppl_u__ot_saline
- coal_ppl_u__air
- foil_ppl__ot_fresh
- foil_ppl__cl_fresh
- foil_ppl__ot_saline
- foil_ppl__air
- foil_hpl__ot_fresh
- foil_hpl__cl_fresh
- foil_hpl__ot_saline
- foil_hpl__air
- gas_cc__ot_fresh
- gas_cc__cl_fresh
- gas_cc__ot_saline
- gas_cc__air
- gas_cc_ccs__ot_fresh
- gas_cc_ccs__cl_fresh
- gas_cc_ccs__ot_saline
- gas_cc_ccs__air
- gas_hpl__ot_fresh
- gas_hpl__cl_fresh
- gas_hpl__ot_saline
- gas_hpl__air
- gas_ppl__ot_fresh
- gas_ppl__cl_fresh
- gas_ppl__ot_saline
- gas_ppl__air
- geo_hpl__ot_fresh
- geo_hpl__cl_fresh
- geo_hpl__cl_fresh
- geo_hpl__ot_saline
- geo_hpl__air
- geo_ppl__ot_fresh
- geo_ppl__cl_fresh
- geo_ppl__cl_fresh
- geo_ppl__ot_saline
- geo_ppl__air
- igcc__ot_fresh
- igcc__cl_fresh
- igcc__ot_saline
- igcc__air
- igcc_ccs__ot_fresh
- igcc_ccs__cl_fresh
- igcc_ccs__ot_saline
- igcc_ccs__air
- loil_cc__ot_fresh
- loil_cc__cl_fresh
- loil_cc__ot_saline
- loil_cc__air
- loil_ppl__ot_fresh
- loil_ppl__cl_fresh
- loil_ppl__ot_saline
- loil_ppl__air
- nuc_hc__ot_fresh
- nuc_hc__cl_fresh
- nuc_hc__ot_saline
- nuc_hc__air
- solar_th_ppl__ot_fresh
- solar_th_ppl__cl_fresh
- solar_th_ppl__ot_saline
- solar_th_ppl__air
- csp_sm1_res__ot_fresh
- csp_sm1_res__cl_fresh
- csp_sm1_res__ot_saline
- csp_sm1_res__air
- csp_sm1_res1__ot_fresh
- csp_sm1_res1__cl_fresh
- csp_sm1_res1__ot_saline
- csp_sm1_res1__air
- csp_sm1_res2__ot_fresh
- csp_sm1_res2__cl_fresh
- csp_sm1_res2__ot_saline
- csp_sm1_res2__air
- csp_sm1_res3__ot_fresh
- csp_sm1_res3__cl_fresh
- csp_sm1_res3__ot_saline
- csp_sm1_res3__air
- csp_sm1_res4__ot_fresh
- csp_sm1_res4__cl_fresh
- csp_sm1_res4__ot_saline
- csp_sm1_res4__air
- csp_sm1_res5__ot_fresh
- csp_sm1_res5__cl_fresh
- csp_sm1_res5__ot_saline
- csp_sm1_res5__air
- csp_sm1_res6__ot_fresh
- csp_sm1_res6__cl_fresh
- csp_sm1_res6__ot_saline
- csp_sm1_res6__air
- csp_sm1_res7__ot_fresh
- csp_sm1_res7__cl_fresh
- csp_sm1_res7__ot_saline
- csp_sm1_res7__air
- csp_sm3_res__ot_fresh
- csp_sm3_res__cl_fresh
- csp_sm3_res__ot_saline
- csp_sm3_res__air
- csp_sm3_res1__ot_fresh
- csp_sm3_res1__cl_fresh
- csp_sm3_res1__ot_saline
- csp_sm3_res1__air
- csp_sm3_res2__ot_fresh
- csp_sm3_res2__cl_fresh
- csp_sm3_res2__ot_saline
- csp_sm3_res2__air
- csp_sm3_res3__ot_fresh
- csp_sm3_res3__cl_fresh
- csp_sm3_res3__ot_saline
- csp_sm3_res3__air
- csp_sm3_res4__ot_fresh
- csp_sm3_res4__cl_fresh
- csp_sm3_res4__ot_saline
- csp_sm3_res4__air
- csp_sm3_res5__ot_fresh
- csp_sm3_res5__cl_fresh
- csp_sm3_res5__ot_saline
- csp_sm3_res5__air
- csp_sm3_res6__ot_fresh
- csp_sm3_res6__cl_fresh
- csp_sm3_res6__ot_saline
- csp_sm3_res6__air
- csp_sm3_res7__ot_fresh
- csp_sm3_res7__cl_fresh
- csp_sm3_res7__ot_saline
- csp_sm3_res7__air
# cat_addon includes cooling technology addons for parent technologies
type_addon:
add:
- 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
- cooling__csp_sm1_res
- cooling__csp_sm1_res1
- cooling__csp_sm1_res2
- cooling__csp_sm1_res3
- cooling__csp_sm1_res4
- cooling__csp_sm1_res5
- cooling__csp_sm1_res6
- cooling__csp_sm1_res7
- cooling__csp_sm3_res
- cooling__csp_sm3_res1
- cooling__csp_sm3_res2
- cooling__csp_sm3_res3
- cooling__csp_sm3_res4
- cooling__csp_sm3_res5
- cooling__csp_sm3_res6
- cooling__csp_sm3_res7
map_tec_addon:
add:
- [bio_hpl, cooling__bio_hpl]
- [bio_istig, cooling__bio_istig]
- [bio_istig_ccs, cooling__bio_istig_ccs]
- [bio_ppl,cooling__bio_ppl]
- [coal_adv, cooling__coal_adv]
- [coal_adv_ccs, cooling__coal_adv_ccs]
- [coal_ppl, cooling__coal_ppl]
- [coal_ppl_u, cooling__coal_ppl_u]
- [foil_hpl, cooling__foil_hpl]
- [foil_ppl, cooling__foil_ppl]
- [gas_cc, cooling__gas_cc]
- [gas_cc_ccs, cooling__gas_cc_ccs]
- [gas_hpl, cooling__gas_hpl]
- [gas_ppl, cooling__gas_ppl]
- [geo_hpl, cooling__geo_hpl]
- [geo_ppl, cooling__geo_ppl]
- [igcc, cooling__igcc]
- [igcc_ccs, cooling__igcc_ccs]
- [loil_cc, cooling__loil_cc]
- [loil_ppl, cooling__loil_ppl]
- [nuc_hc, cooling__nuc_hc]
- [nuc_lc, cooling__nuc_lc]
# - [solar_th_ppl, cooling__solar_th_ppl]
- [csp_sm1_res, cooling__csp_sm1_res]
- [csp_sm1_res1, cooling__csp_sm1_res1]
- [csp_sm1_res2, cooling__csp_sm1_res2]
- [csp_sm1_res3, cooling__csp_sm1_res3]
- [csp_sm1_res4, cooling__csp_sm1_res4]
- [csp_sm1_res5, cooling__csp_sm1_res5]
- [csp_sm1_res6, cooling__csp_sm1_res6]
- [csp_sm1_res7, cooling__csp_sm1_res7]
- [csp_sm3_res, cooling__csp_sm3_res]
- [csp_sm3_res1, cooling__csp_sm3_res1]
- [csp_sm3_res2, cooling__csp_sm3_res2]
- [csp_sm3_res3, cooling__csp_sm3_res3]
- [csp_sm3_res4, cooling__csp_sm3_res4]
- [csp_sm3_res5, cooling__csp_sm3_res5]
- [csp_sm3_res6, cooling__csp_sm3_res6]
- [csp_sm3_res7, cooling__csp_sm3_res7]
cat_addon:
# #TODO check whether these needs to be added ?
add:
- [cooling__bio_hpl, bio_hpl__ot_fresh]
- [cooling__bio_hpl, bio_hpl__cl_fresh]
- [cooling__bio_hpl, bio_hpl__ot_saline]
- [cooling__bio_hpl, bio_hpl__air]
- [cooling__bio_istig, bio_istig__ot_fresh]
- [cooling__bio_istig, bio_istig__cl_fresh]
- [cooling__bio_istig, bio_istig__ot_saline]
- [cooling__bio_istig, bio_istig__air]
- [cooling__bio_istig_ccs, bio_istig_ccs__ot_fresh]
- [cooling__bio_istig_ccs, bio_istig_ccs__cl_fresh]
- [cooling__bio_istig_ccs, bio_istig_ccs__ot_saline]
- [cooling__bio_istig_ccs, bio_istig_ccs__air]
- [cooling__coal_adv, coal_adv__ot_fresh]
- [cooling__coal_adv, coal_adv__cl_fresh]
- [cooling__coal_adv, coal_adv__ot_saline]
- [cooling__coal_adv, coal_adv__air]
- [cooling__coal_adv_ccs, coal_adv_ccs__ot_fresh]
- [cooling__coal_adv_ccs, coal_adv_ccs__cl_fresh]
- [cooling__coal_adv_ccs, coal_adv_ccs__ot_saline]
- [cooling__coal_adv_ccs, coal_adv_ccs__air]
- [cooling__bio_ppl, bio_ppl__ot_fresh]
- [cooling__bio_ppl, bio_ppl__cl_fresh]
- [cooling__bio_ppl, bio_ppl__ot_saline]
- [cooling__bio_ppl, bio_ppl__air]
- [cooling__coal_ppl, coal_ppl__ot_fresh]
- [cooling__coal_ppl, coal_ppl__cl_fresh]
- [cooling__coal_ppl, coal_ppl__ot_saline]
- [cooling__coal_ppl, coal_ppl__air]
- [cooling__coal_ppl_u, coal_ppl_u__ot_fresh]
- [cooling__coal_ppl_u, coal_ppl_u__cl_fresh]
- [cooling__coal_ppl_u, coal_ppl_u__ot_saline]
- [cooling__coal_ppl_u, coal_ppl_u__air]
- [cooling__foil_hpl, foil_hpl__ot_fresh]
- [cooling__foil_hpl, foil_hpl__cl_fresh]
- [cooling__foil_hpl, foil_hpl__ot_saline]
- [cooling__foil_hpl, foil_hpl__air]
- [cooling__foil_ppl, foil_ppl__ot_fresh]
- [cooling__foil_ppl, foil_ppl__cl_fresh]
- [cooling__foil_ppl, foil_ppl__ot_saline]
- [cooling__foil_ppl, foil_ppl__air]
- [cooling__gas_cc, gas_cc__ot_fresh]
- [cooling__gas_cc, gas_cc__cl_fresh]
- [cooling__gas_cc, gas_cc__ot_saline]
- [cooling__gas_cc, gas_cc__air]
- [cooling__gas_cc_ccs, gas_cc_ccs__ot_fresh]
- [cooling__gas_cc_ccs, gas_cc_ccs__cl_fresh]
- [cooling__gas_cc_ccs, gas_cc_ccs__ot_saline]
- [cooling__gas_cc_ccs, gas_cc_ccs__air]
- [cooling__gas_hpl, gas_hpl__ot_fresh]
- [cooling__gas_hpl, gas_hpl__cl_fresh]
- [cooling__gas_hpl, gas_hpl__ot_saline]
- [cooling__gas_hpl, gas_hpl__air]
- [cooling__gas_ppl, gas_ppl__ot_fresh]
- [cooling__gas_ppl, gas_ppl__cl_fresh]
- [cooling__gas_ppl, gas_ppl__ot_saline]
- [cooling__gas_ppl, gas_ppl__air]
- [cooling__geo_hpl, gas_hpl__ot_fresh]
- [cooling__geo_hpl, gas_hpl__cl_fresh]
- [cooling__geo_hpl, gas_hpl__ot_saline]
- [cooling__geo_hpl, gas_hpl__air]
- [cooling__geo_ppl, geo_ppl__ot_fresh]
- [cooling__geo_ppl, geo_ppl__cl_fresh]
- [cooling__geo_ppl, geo_ppl__ot_saline]
- [cooling__geo_ppl, geo_ppl__air]
- [cooling__igcc, igcc__ot_fresh]
- [cooling__igcc, igcc__cl_fresh]
- [cooling__igcc, igcc__ot_saline]
- [cooling__igcc, igcc__air]
- [cooling__igcc_ccs, igcc_ccs__ot_fresh]
- [cooling__igcc_ccs, igcc_ccs__cl_fresh]
- [cooling__igcc_ccs, igcc_ccs__ot_saline]
- [cooling__igcc_ccs, igcc_ccs__air]
- [cooling__loil_cc, loil_cc__ot_fresh]
- [cooling__loil_cc, loil_cc__cl_fresh]
- [cooling__loil_cc, loil_cc__ot_saline]
- [cooling__loil_cc, loil_cc__air]
- [cooling__loil_ppl, loil_ppl__ot_fresh]
- [cooling__loil_ppl, loil_ppl__cl_fresh]
- [cooling__loil_ppl, loil_ppl__ot_saline]
- [cooling__loil_ppl, loil_ppl__air]
- [cooling__nuc_hc, nuc_hc__ot_fresh]
- [cooling__nuc_hc, nuc_hc__cl_fresh]
- [cooling__nuc_hc, nuc_hc__ot_saline]
- [cooling__nuc_hc, nuc_hc__air]
- [cooling__nuc_lc, nuc_lc__ot_fresh]
- [cooling__nuc_lc, nuc_lc__cl_fresh]
- [cooling__nuc_lc, nuc_lc__ot_saline]
- [cooling__nuc_lc, nuc_lc__air]
- [cooling__solar_th_ppl, solar_th_ppl__ot_fresh]
- [cooling__solar_th_ppl, solar_th_ppl__cl_fresh]
- [cooling__solar_th_ppl, solar_th_ppl__ot_saline]
- [cooling__solar_th_ppl, solar_th_ppl__air]
- [cooling__csp_sm1_res, csp_sm1_res__ot_fresh]
- [cooling__csp_sm1_res, csp_sm1_res__cl_fresh]
- [cooling__csp_sm1_res, csp_sm1_res__ot_saline]
- [cooling__csp_sm1_res, csp_sm1_res__air]
- [cooling__csp_sm1_res1, csp_sm1_res1__ot_fresh]
- [cooling__csp_sm1_res1, csp_sm1_res1__cl_fresh]
- [cooling__csp_sm1_res1, csp_sm1_res1__ot_saline]
- [cooling__csp_sm1_res1, csp_sm1_res1__air]
- [cooling__csp_sm1_res2, csp_sm1_res2__ot_fresh]
- [cooling__csp_sm1_res2, csp_sm1_res2__cl_fresh]
- [cooling__csp_sm1_res2, csp_sm1_res2__ot_saline]
- [cooling__csp_sm1_res2, csp_sm1_res2__air]
- [cooling__csp_sm1_res3, csp_sm1_res3__ot_fresh]
- [cooling__csp_sm1_res3, csp_sm1_res3__cl_fresh]
- [cooling__csp_sm1_res3, csp_sm1_res3__ot_saline]
- [cooling__csp_sm1_res3, csp_sm1_res3__air]
- [cooling__csp_sm1_res4, csp_sm1_res4__ot_fresh]
- [cooling__csp_sm1_res4, csp_sm1_res4__cl_fresh]
- [cooling__csp_sm1_res4, csp_sm1_res4__ot_saline]
- [cooling__csp_sm1_res4, csp_sm1_res4__air]
- [cooling__csp_sm1_res5, csp_sm1_res5__ot_fresh]
- [cooling__csp_sm1_res5, csp_sm1_res5__cl_fresh]
- [cooling__csp_sm1_res5, csp_sm1_res5__ot_saline]
- [cooling__csp_sm1_res5, csp_sm1_res5__air]
- [cooling__csp_sm1_res6, csp_sm1_res6__ot_fresh]
- [cooling__csp_sm1_res6, csp_sm1_res6__cl_fresh]
- [cooling__csp_sm1_res6, csp_sm1_res6__ot_saline]
- [cooling__csp_sm1_res6, csp_sm1_res6__air]
- [cooling__csp_sm1_res7, csp_sm1_res7__ot_fresh]
- [cooling__csp_sm1_res7, csp_sm1_res7__cl_fresh]
- [cooling__csp_sm1_res7, csp_sm1_res7__ot_saline]
- [cooling__csp_sm1_res7, csp_sm1_res7__air]
- [cooling__csp_sm3_res, csp_sm3_res__ot_fresh]
- [cooling__csp_sm3_res, csp_sm3_res__cl_fresh]
- [cooling__csp_sm3_res, csp_sm3_res__ot_saline]
- [cooling__csp_sm3_res, csp_sm3_res__air]
- [cooling__csp_sm3_res1, csp_sm3_res1__ot_fresh]
- [cooling__csp_sm3_res1, csp_sm3_res1__cl_fresh]
- [cooling__csp_sm3_res1, csp_sm3_res1__ot_saline]
- [cooling__csp_sm3_res1, csp_sm3_res1__air]
- [cooling__csp_sm3_res2, csp_sm3_res2__ot_fresh]
- [cooling__csp_sm3_res2, csp_sm3_res2__cl_fresh]
- [cooling__csp_sm3_res2, csp_sm3_res2__ot_saline]
- [cooling__csp_sm3_res2, csp_sm3_res2__air]
- [cooling__csp_sm3_res3, csp_sm3_res3__ot_fresh]
- [cooling__csp_sm3_res3, csp_sm3_res3__cl_fresh]
- [cooling__csp_sm3_res3, csp_sm3_res3__ot_saline]
- [cooling__csp_sm3_res3, csp_sm3_res3__air]
- [cooling__csp_sm3_res4, csp_sm3_res4__ot_fresh]
- [cooling__csp_sm3_res4, csp_sm3_res4__cl_fresh]
- [cooling__csp_sm3_res4, csp_sm3_res4__ot_saline]
- [cooling__csp_sm3_res4, csp_sm3_res4__air]
- [cooling__csp_sm3_res5, csp_sm3_res5__ot_fresh]
- [cooling__csp_sm3_res5, csp_sm3_res5__cl_fresh]
- [cooling__csp_sm3_res5, csp_sm3_res5__ot_saline]
- [cooling__csp_sm3_res5, csp_sm3_res5__air]
- [cooling__csp_sm3_res6, csp_sm3_res6__ot_fresh]
- [cooling__csp_sm3_res6, csp_sm3_res6__cl_fresh]
- [cooling__csp_sm3_res6, csp_sm3_res6__ot_saline]
- [cooling__csp_sm3_res6, csp_sm3_res6__air]
- [cooling__csp_sm3_res7, csp_sm3_res7__ot_fresh]
- [cooling__csp_sm3_res7, csp_sm3_res7__cl_fresh]
- [cooling__csp_sm3_res7, csp_sm3_res7__ot_saline]
- [cooling__csp_sm3_res7, csp_sm3_res7__air]
shares:
add:
- share_cooling_ot_fresh
- share_cooling_cl_fresh
- share_cooling_ot_saline
- share_cooling_air
type_tec:
add:
- share_cooling_ot_fresh_tot
- share_cooling_ot_fresh_share
- share_cooling_cl_fresh_tot
- share_cooling_cl_fresh_share
- share_cooling_ot_saline_tot
- share_cooling_ot_saline_share
- share_cooling_air_tot
- share_cooling_air_share
unit:
add:
- km3/GWa
- km3
- km3/year
emission:
add:
- fresh_return
type_emission:
add:
- water_consumption
cat_emission:
add:
- [water_consumption, fresh_return]
nexus:
commodity:
add:
- salinewater_basin
- urban_collected_wst
- urban_uncollected_wst
- yield_freshwater_suply
- rural_collected_wst
- rural_uncollected_wst
- urban_mw
- industry_mw
- industry_uncollected_wst
- urban_disconnected
- rural_mw
- rural_disconnected
level:
add:
- water_supply_basin
- saline_supply_basin
- water_treat
- water_avail_basin
- irr_cereal
- irr_sugarcrops
- irr_oilcrops
mode:
add:
- Mf # efficient mode
- M1 # required for bare_res test
technology:
remove:
- rural_treatment
- urban_treatment
#add:
# Adds all technologies from technologies.yaml file again to reconfigure
type_tec:
add:
- water_distribution
- water_efficiency
- wastewater_treatment
- desalination
- share_low_lim_GWat_total
- share_low_lim_GWat_share
- share_wat_recycle_total
- share_wat_recycle_share
- water_resource_extraction # required for bare_res test
cat_tec:
add:
- [share_low_lim_GWat_total, extract_surfacewater]
- [share_low_lim_GWat_total, extract_groundwater]
- [share_low_lim_GWat_share, extract_groundwater]
- [share_wat_recycle_total, urban_recycle]
- [share_wat_recycle_total, urban_discharge]
- [share_wat_recycle_share, urban_recycle]
- [water_distribution, urban_t_d]
- [water_distribution, rural_t_d]
- [water_distribution, urban_unconnected]
- [water_distribution, rural_unconnected]
- [water_distribution, urban_sewerage]
- [wastewater_treatment, urban_sewerage]
- [wastewater_treatment, urban_untreated]
- [wastewater_treatment, urban_recycle]
- [wastewater_treatment, rural_sewerage]
- [wastewater_treatment, rural_untreated]
- [water_efficiency, ueff1]
- [water_efficiency, ueff2]
- [water_efficiency, ueff3]
- [water_efficiency, reff1]
- [water_efficiency, reff2]
- [water_efficiency, reff3]
- [water_efficiency, ieff1]
- [water_efficiency, ieff2]
- [water_efficiency, ieff3]
#- [water_resource_extraction, extract_upstream_landuse]
- [water_resource_extraction, extract_surfacewater]
#- [water_resource_extraction, extract_freshwater_instream]
- [water_resource_extraction, extract_salinewater]
- [water_resource_extraction, extract_groundwater]
- [water_resource_extraction, extract_gw_fossil]
- [desalination, membrane]
- [desalination, distillation]
balance_equality:
add:
- [freshwater, water_supply]
- [freshwater_basin, water_supply_basin]
- [surfacewater_basin, water_avail_basin]
- [groundwater_basin, water_avail_basin]
- [salinewater_basin,water_avail_basin]
- [urban_collected_wst, final]
- [urban_collected_wst, water_treat]
- [urban_uncollected_wst, final]
- [industry_uncollected_wst,final]
- [rural_collected_wst, final]
- [rural_collected_wst, water_treat]
- [rural_uncollected_wst, final]
- [urban_mw, final]
- [industry_mw,final]
- [urban_disconnected, final]
- [rural_mw, final]
- [rural_disconnected, final]
shares:
add:
- share_basin
- share_low_lim_GWat
- share_wat_recycle
unit:
add:
- USD/km3
Configuration (water/config.yaml)
# Configuration for MESSAGEix-Nexus
# Configuration file for the model
# Added data sources here.
# CSV files containing data for input calculations and assumptions
data files:
- cooltech_cost_and_shares_ssp_msg14
- tech_water_performance_ssp_msg