# Configuration for reporting of the MESSAGEix-GLOBIOM global model
#
#
# EDITING
#
# - Keep lists of labels—technologies, etc.—in alphabetical order.
# - Long lists can be on a single line.
units:
# Unit definitions are loaded from iam-units; only add units here which are
# idiosyncrasies of MESSAGEix-GLOBIOM.
# define: |
# USD = [value]
replace:
'???': ''
'-': ''
apply:
GDP: billion USD_2005 / year
PRICE_COMMODITY: USD_2010 / kWa
# These were initially "carbon", which is not a unit.
# TODO check that Mt (rather than t or kt) is correct for all values.
PRICE_EMISSION: USD_2005 / Mt
tax_emission: USD_2005 / Mt
# Inconsistent units. These quantities (and others computed from them)
# must be split apart into separate quantities with consistent units.
# Also applies to "emi". This value preserved because it works for the
# reporting of CH4 emissions.
emission_factor: "Mt / year"
# Files with external data
# files:
# - path: ./foo.csv
# key: gwp:e-gwp_source
# dims:
# message_act_name: e
# gwp: gwp_source
# Filters
#
# These limit the data that is retrieved from the backend by ixmp.report;
# so ALL quantities in the Reporter are limited to these values. Use these for
# debugging.
# filters:
# t: [coal_ppl, po_turbine, c_ppl_co2scr]
# Aggregate across dimensions of single quantities
#
# - The dimension `_dim` is not removed; it gains new labels that are the sum
# of the listed members. Basically regrouping over one dimension.
# - Keep members in alphabetical order.
aggregate:
# Quantities to aggregate
- _quantities: [in, out]
# Added to the end of the each key (e.g. '[key]:pe' or '[key]:[tag]+pe')
_tag: pe
# Dimension along which to aggregate
_dim: t
# Mappings from group names to members along _dim
# Coal
coal: [coal_extr, coal_extr_ch4]
lignite: [lignite_extr]
gas conventional: [gas_extr_1, gas_extr_2, gas_extr_3, gas_extr_4]
gas unconventional: [gas_extr_5, gas_extr_6, gas_extr_7, gas_extr_8]
oil conventional: [oil_extr_1_ch4, oil_extr_2_ch4, oil_extr_3_ch4,
oil_extr_1, oil_extr_2, oil_extr_3]
oil unconventional: [oil_extr_4_ch4, oil_extr_4, oil_extr_5, oil_extr_6,
oil_extr_7, oil_extr_8]
- _quantities:
- in
# This quantity (defined below in 'general:') has the non-main outputs of
# dual-output technologies removed; e.g. for t=h2_coal, only c=hydrogen and
# not c=electr is included.
- out::se_1
# Produces 'in::se' and 'out::se_1+se'
_tag: se
_dim: t
# Electricity
# Electricity missing.
Electricity|Biomass: [bio_istig, bio_istig_ccs ,bio_ppl]
Electricity|Biomass|w/o CCS: [bio_istig, bio_ppl]
Electricity|Biomass|w/ CCS: [bio_istig_ccs]
Electricity|Coal: [coal_adv, coal_adv_ccs, coal_ppl, coal_ppl_u, igcc, igcc_ccs]
Electricity|Coal|w/o CCS: [coal_adv, coal_ppl, coal_ppl_u, igcc]
Electricity|Coal|w/ CCS: [coal_adv_ccs, igcc_ccs]
# Electricity|Fossil will be in 'combine:' section
Electricity|Gas: [gas_cc, gas_cc_ccs, gas_ct, gas_htfc, gas_ppl]
Electricity|Gas|w/o CCS: [gas_cc, gas_ct, gas_htfc, gas_ppl]
Electricity|Gas|w/ CCS: [gas_cc_ccs]
Electricity|Geothermal: [geo_ppl]
Electricity|Hydro: [hydro_hc, hydro_lc]
# Non-biomass in 'combine:' section
Electricity|Nuclear: [nuc_fbr, nuc_hc, nuc_lc]
Electricity|Oil: [foil_ppl, loil_cc, loil_ppl, oil_ppl, SO2_scrub_ppl]
Electricity|Oil|w/o CCS: [foil_ppl, loil_cc, loil_ppl, oil_ppl, SO2_scrub_ppl]
# Electricity|Other:
# TODO include missing and these 3 below in 'combine:' section, as an
# operation:
# Electricity|Fossil: [coal_adv, coal_adv_ccs, coal_ppl, coal_ppl_u, foil_ppl, gas_cc, gas_cc_ccs, gas_ct, gas_htfc, gas_ppl, igcc, igcc_ccs, loil_cc, loil_ppl, oil_ppl, SO2_scrub_ppl]
# Electricity|Fossil|w/o CCS: [coal_ppl, coal_ppl_u, foil_ppl, gas_cc, gas_ct, gas_htfc, gas_ppl, igcc, loil_cc, loil_ppl, oil_ppl, SO2_scrub_ppl]
# Electricity|Fossil|w/ CCS: [coal_adv_ccs, gas_cc_ccs, igcc_ccs]
# Gases
# Gases: in 'combine:' section
Gases|Biomass: [gas_bio]
Gases|Coal: [coal_gas]
# Notice NG imports are included here.
Gases|Natural Gas: [LNG_regas, gas_imp, gas_bal]
# TODO use an input-based calculation here.
Gases|Other: [h2_mix]
# Heat
Heat: [bio_hpl, coal_hpl, gas_hpl, geo_hpl, foil_hpl, po_turbine]
Heat|Biomass: [bio_hpl]
Heat|Coal: [coal_hpl]
Heat|Gas: [gas_hpl]
Heat|Geothermal: [geo_hpl]
Heat|Oil: [foil_hpl]
Heat|Other: [po_turbine]
# Hydrogen
Hydrogen: [h2_bio, h2_bio_ccs, h2_coal, h2_coal_ccs, h2_elec, h2_smr, h2_smr_ccs]
Hydrogen|Biomass: [h2_bio, h2_bio_ccs] # Skip electr
Hydrogen|Biomass|w/o CCS: [h2_bio]
Hydrogen|Biomass|w/ CCS: [h2_bio_ccs]
Hydrogen|Coal: [h2_coal, h2_coal_ccs] # Skip electr
Hydrogen|Coal|w/o CCS: [h2_coal]
Hydrogen|Coal|w/ CCS: [h2_coal_ccs]
Hydrogen|Electricity: [h2_elec]
Hydrogen|Fossil: [h2_coal, h2_coal_ccs, h2_smr, h2_smr_ccs]
Hydrogen|Fossil|w/o CCS: [h2_coal, h2_smr]
Hydrogen|Fossil|w/ CCS: [h2_coal_ccs, h2_smr_ccs]
Hydrogen|Gas: [h2_smr, h2_smr_ccs]
Hydrogen|Gas|w/o CCS: [h2_smr]
Hydrogen|Gas|w/ CCS: [h2_smr_ccs]
# Liquids
# Liquids missing. Do the calculation in 'combine:' section
Liquids|Biomass: [eth_bio, eth_bio_ccs, liq_bio, liq_bio_ccs]
Liquids|Biomass|w/o CCS: [eth_bio, liq_bio]
Liquids|Biomass|w/ CCS: [eth_bio_ccs, liq_bio_ccs]
Liquids|Coal: [meth_coal, meth_coal_ccs, syn_liq, syn_liq_ccs]
Liquids|Coal|w/o CCS: [syn_liq, meth_coal]
Liquids|Coal|w/ CCS: [syn_liq_ccs, meth_coal_ccs]
Liquids|Fossil: [meth_coal, meth_coal_ccs, meth_ng, meth_ng_ccs, ref_hil, ref_lol, syn_liq, syn_liq_ccs, SO2_scrub_ref]
Liquids|Fossil|w/o CCS: [syn_liq, meth_coal, meth_ng, meth_ng_ccs, ref_hil, ref_lol, SO2_scrub_ref]
Liquids|Fossil|w/ CCS: [syn_liq_ccs, meth_coal_ccs, meth_ng_ccs]
Liquids|Gas: [meth_ng, meth_ng_ccs]
Liquids|Gas|w/o CCS: [meth_ng]
Liquids|Gas|w/ CCS: [meth_ng_ccs]
Liquids|Oil: [ref_hil, ref_lol, SO2_scrub_ref]
# Solids
Solids: [biomass_i, biomass_nc, biomass_rc, coal_i, coal_fs, coal_rc, coal_trp]
Solids|Biomass: [biomass_i, biomass_nc, biomass_rc]
Solids|Coal: [coal_i, coal_fs, coal_rc, coal_trp]
# Wind
wind curtailment: [wind_curtailment1, wind_curtailment2, wind_curtailment3]
wind gen onshore: [wind_res1, wind_res2, wind_res3, wind_res4]
wind gen offshore: [wind_ref1, wind_ref2, wind_ref3, wind_ref4, wind_ref5]
# Solar
solar pv gen elec: [solar_res1, solar_res2, solar_res3, solar_res4, solar_res5, solar_res6, solar_res7, solar_res8]
solar pv gen elec RC: [solar_pv_RC]
solar pv gen elec I: [solar_pv_I]
solar pv curtailment: [solar_curtailment1, solar_curtailment2, solar_curtailment3]
solar csp gen elec sm1: [csp_sm1_res, csp_sm1_res1, csp_sm1_res2, csp_sm1_res3, csp_sm1_res4, csp_sm1_res5, csp_sm1_res6, csp_sm1_res7]
solar csp gen elec sm3: [csp_sm3_res, csp_sm3_res1, csp_sm3_res2, csp_sm3_res3, csp_sm3_res4, csp_sm3_res5, csp_sm3_res6, csp_sm3_res7]
solar csp gen heat rc: [solar_rc]
solar csp gen heat i: [solar_i]
# Storage
storage elec: [stor_ppl]
# Cogeneration
cogeneration plants: [bio_istig, bio_istig_ccs, bio_ppl, coal_adv, coal_adv_ccs, coal_ppl, coal_ppl_u, foil_ppl, gas_cc, gas_cc_ccs, gas_ct, gas_htfc, gas_ppl, geo_ppl, igcc_ccs, igcc, loil_cc, loil_ppl, nuc_hc, nuc_lc]
passout turbine: [po_turbine]
# CO2 Scrubber
coal scrubber: [c_ppl_co2scr]
gas scrubber: [g_ppl_co2scr]
# Emissions of CH4
- _quantities: [emi]
_tag: CH4_0
_dim: t
Waste: [CH4_WasteBurnEM, CH4_DomWasteWa, CH4_IndWasteWa, CH4n_landfills, landfill_compost1, landfill_digester1, landfill_direct1, landfill_ele, landfill_flaring, landfill_heatprdn, landfill_mechbio]
Industrial Processes: [CH4_IndNonEnergyEM]
AFOLU|Biomass Burning: [CH4_AgWasteEM]
Heat: [bio_hpl, coal_hpl, foil_hpl, gas_hpl]
Electricity: [bio_istig_ccs, bio_istig, bio_ppl, coal_adv_ccs, coal_adv, coal_ppl_u, coal_ppl, foil_ppl, gas_cc_ccs, gas_cc, gas_ct, gas_htfc, gas_ppl, igcc_ccs, igcc, loil_cc, loil_ppl, oil_ppl, SO2_scrub_ppl]
# Fugitive - gas
Gases|Extraction: [flaring_CO2, gas_extr_1, gas_extr_2, gas_extr_3, gas_extr_4, gas_extr_5, gas_extr_6, gas_extr_7, gas_extr_8]
Gases|Transportation: [gas_t_d, gas_t_d_ch4]
Gases|Coal: [coal_gas]
Gases|Hydrogen: [h2_bio_ccs, h2_bio, h2_coal_ccs, h2_coal, h2_smr_ccs, h2_smr]
# Fugitive - liquid
Liquids|Extraction: [oil_extr_1, oil_extr_1_ch4, oil_extr_2, oil_extr_2_ch4, oil_extr_3, oil_extr_3_ch4, oil_extr_4, oil_extr_4_ch4, oil_extr_5, oil_extr_6, oil_extr_7, oil_extr_8]
Liquids|Transportation: [eth_t_d, foil_t_d, loil_t_d, meth_t_d]
Liquids|Oil: [ref_hil, ref_lol, SO2_scrub_ref]
Liquids|Natural Gas: [meth_ng, meth_ng_ccs]
Liquids|Coal: [meth_coal, meth_coal_ccs, syn_liq, syn_liq_ccs]
Liquids|Biomass: [eth_bio, eth_bio_ccs, liq_bio, liq_bio_ccs]
# Fugitive - solid
Solids|Extraction: [coal_extr, coal_extr_ch4, lignite_extr]
Solids|Transportation: [biomass_t_d, coal_t_d]
# Demand
Energy|Demand|Residential and Commercial: [biomass_nc, biomass_rc, coal_rc, elec_rc, eth_rc, foil_rc, gas_rc, h2_fc_RC, h2_rc, heat_rc, hp_el_rc, hp_gas_rc, loil_rc, meth_rc, other_sc, solar_pv_RC, solar_rc, sp_el_RC]
Energy|Demand|Transportation|Road Rail and Domestic Shipping: [coal_trp, elec_trp, eth_fc_trp, eth_ic_trp, foil_trp, gas_trp, h2_fc_trp, loil_trp, meth_fc_trp, meth_ic_trp]
# Second stage of CH4 aggregation
- _quantities: [emi::CH4_0]
_tag: '1'
_dim: t
Fugitive: [Gases|Coal, Gases|Extraction, Gases|Hydrogen, Gases|Transportation, Liquids|Biomass, Liquids|Coal, Liquids|Extraction, Liquids|Gas, Liquids|Oil, Liquids|Transportation, Solids|Extraction, Solids|Transportation]
# Third stage of CH4 aggregation
- _quantities: [emi::CH4_0+1]
_tag: '2'
_dim: e
CH4: [CH4_Emission, CH4_Emission_bunkers, CH4_new_Emission, CH4_nonenergy]
# Transmission & distribution
- _quantities: [in, out]
_tag: t_d
_dim: t
biomass: [biomass_t_d]
coal: [coal_t_d-rc-06p, coal_t_d-in-06p, coal_t_d-in-SO2, coal_t_d-rc-SO2, coal_t_d]
elec: [elec_t_d]
gas: [gas_t_d, gas_t_d_ch4]
heat: [heat_t_d]
oil: [loil_t_d, foil_t_d]
# Bunkers
- _quantities: [in, out]
_tag: bunker
_dim: t
methanol: [methanol_bunker]
gas: [LNG_bunker]
lh2: [LH2_bunker]
oil: [loil_bunker, foil_bunker]
# Imports
- _quantities: [in, out]
_tag: import
_dim: t
coal: [coal_imp]
elec: [elec_imp]
ethanol: [eth_imp]
# TODO check if LNG_imp should be included here. In old reporting it was not.
gas: [LNG_imp, gas_imp]
lh2: [lh2_imp]
methanol: [meth_imp]
oil: [oil_imp, loil_imp, foil_imp]
# Exports
- _quantities: [in, out]
_tag: export
_dim: t
coal: [coal_exp]
elec: [elec_exp]
ethanol: [eth_exp]
lh2: [lh2_exp]
gas: [LNG_exp, gas_exp_nam, gas_exp_weu, gas_exp_eeu, gas_exp_pao,
gas_exp_cpa, gas_exp_afr, gas_exp_sas, gas_exp_pas]
methanol: [meth_exp]
oil: [oil_exp, loil_exp, foil_exp]
# Aggregate emissions species
- _quantities: [emi::gwpe]
_tag: agg
_dim: e
F gases: [CF4, HFC, SF6]
# Parent technologies that have addon
# - _quantities: ['addon pot']
# _tag: addon_tecs
# _dim: type_addon
#
# cogeneration: [cogeneration_heat]
# scrubber: [scrubber_CO2_coal, scrubber_CO2_gas, scrubber_CO2_bio, scrubber_CO2_cement]
# Create new quantities by weighted sum across multiple quantities
combine:
# Name and dimensions of quantity to be created
- key: coal:nl-ya
# Inputs to sum
inputs:
# Input quantity. If dimensions are none ('name::tag') then the necessary
# dimensions are inferred: the union of the dimensions of 'key:' above,
# plus any dimensions appearing in 'select:''
- quantity: in::pe # e.g. 'in:nl-t-ya:pe' is inferred
# Values to select
select: {t: [coal, lignite]}
# Weight for these values in the weighted sum
- quantity: in::import
select: {t: coal}
- quantity: in::export
select: {t: coal}
weight: -1
# commented (PNK 2019-10-07): doesn't exist
# - quantity: in::bunker
# select: {t: coal}
- key: gas:nl-ya
inputs:
- quantity: in::pe
select: {t: ['gas conventional', 'gas unconventional']}
- quantity: in::import
select: {t: gas}
- quantity: in::export
select: {t: gas}
weight: -1
- quantity: in::bunker
select: {t: gas}
- key: oil:nl-ya
inputs:
- quantity: in::pe
select: {t: ['oil conventional', 'oil unconventional']}
- quantity: in::import
select: {t: oil}
- quantity: in::export
select: {t: oil}
- quantity: in::bunker
select: {t: oil}
weight: 1
- key: solar:nl-ya
inputs:
- quantity: out::se_1+se
select:
t:
- solar pv gen elec
- solar pv gen elec RC
- solar pv gen elec I
- solar csp gen elec sm1
- solar csp gen elec sm3
- solar csp gen heat rc
- solar csp gen heat i
# c: [electr]
- quantity: in::se
select: {t: solar pv curtailment} #, c: [electr]}
weight: -1
- key: se_trade:nl-ya
inputs:
- quantity: out::import
select: {t: [elec, ethanol, lh2, methanol]}
- quantity: in::export
select: {t: [elec, ethanol, lh2, methanol]}
weight: -1
- key: wind:nl-ya
inputs:
- quantity: out::se_1+se
select: {t: ['wind gen onshore', 'wind gen offshore']}
- quantity: in::se
select: {t: wind curtailment}
weight: -1
# TODO check if the sum of Electricity in aggregate:se should give the same
# values as the operation below
# - key: elec:nl-ya
# inputs:
# # Electricity going into the grid: [prod + exp - imp]
# - quantity: in::t_d
# select: {t: elec}
# # Minus electricity from imports, to obtain the net electricity production
# by conversion technologies
# - quantity: out::import
# select: {t: elec}
# weight: -1
# # Plus electricity from exports
# - quantity: in::export
# select: {t: elec}
- key: electr_fossil:nl-ya
inputs:
- quantity: out::se_1+se
# TOO check if this should include electr from h2_coal.
select: {t: Electricity|Coal}
- quantity: out::se_1+se
select: {t: Electricity|Gas}
- quantity: out::se_1+se
select: {t: Electricity|Oil}
- key: electr_fossil_w/_ccs:nl-ya
inputs:
- quantity: out::se_1+se
select: {t: Electricity|Coal|w/ CCS}
- quantity: out::se_1+se
select: {t: Electricity|Gas|w/ CCS}
# - quantity: out::se_1+se
# select: {t: Electricity|Oil|w/ CCS}
- key: electr_fossil_w/o_ccs:nl-ya
inputs:
- quantity: out::se_1+se
select: {t: Electricity|Coal|w/o CCS}
- quantity: out::se_1+se
select: {t: Electricity|Gas|w/o CCS}
- quantity: out::se_1+se
select: {t: Electricity|Oil|w/o CCS}
- key: gases:nl-ya
inputs:
- quantity: out::se_1+se
select: {t: Gases|Biomass}
- quantity: out::se_1+se
select: {t: Gases|Coal}
- quantity: out::se_1+se
select: {t: Gases|Natural Gas}
- quantity: in::se
select: {t: Gases|Other}
- key: liquids:nl-ya
inputs:
- quantity: out::se_1+se
select: {t: Liquids|Biomass}
- quantity: out::se_1+se
select: {t: Liquids|Fossil}
# Emissions
# CH4 emissions from GLOBIOM: apply a factor of 0.025 to land_out
# TODO document why this is needed
- key: land_out:n-s-y-c:CH4_0+1+2
inputs:
- quantity: land_out::CH4_0+1
weight: 0.025
# Prices
- key: price_carbon:n-y
# TODO PRICE_EMISSION has dimension "y", tax_emission has dimension
# "type_year". Implement a dimension rename so that the two can be
# combined in this way.
inputs:
- quantity: PRICE_EMISSION
select: {type_emission: [TCE], type_tec: [all]}
# - quantity: tax_emission
# select: {type_emission: [TCE], type_tec: [all]}
# Commodity price minus emission price
# NB This is only for illustration.
# TODO use emission factor must be used to convert the following to compatible
# units:
# - PRICE_COMMODITY with (c, l) dimensions and units [currency] / [energy]
# - 'price emission' with (e, t) dimensions and units [currency] / [mass]
- key: price ex carbon:n-t-y-c-l-e
inputs:
- quantity: PRICE_COMMODITY:n-c-l-y
- quantity: price emission:n-e-t-y
weight: -1
# TODO remove these entries once the one-step conversion is checked.
# - The following entries subset the components of PRICE_COMMODITY used in the
# legacy reporting. The preferred method is to convert the entire variable to
# IAMC format in one step; see below in the "iamc:" section.
# - l: [import] is sometimes included to pick up prices at the global node(s).
# - In general, PRICE_COMMODITY has data for n=GLB and level=import OR for
# other nodes and l=primary or secondary—but not otherwise.
- key: price_c:n-y-h
inputs:
- quantity: PRICE_COMMODITY
select: {c: [coal], l: [primary, import]}
- key: price_g_w:n-y-h
# Only includes 11 regions; no data for c="gas" for global regions, instead
# c="LNG" is used. The name "LNG" is replaced later.
inputs:
- quantity: PRICE_COMMODITY
select: {c: [gas], l: [primary]}
- key: price_o_w:n-y-h
# l="import" is used for the global region.
inputs:
- quantity: PRICE_COMMODITY
select: {c: [crudeoil], l: [primary, import]}
- key: price_b_w:n-y-h
inputs:
- quantity: PRICE_COMMODITY
select: {c: [biomass], l: [primary]}
- key: price_e_w:n-y-h
inputs:
- quantity: PRICE_COMMODITY
select: {c: [electr], l: [secondary]}
- key: price_h_w:n-y-h
# For the global region: l="import", c="l2h".
inputs:
- quantity: PRICE_COMMODITY
select: {c: [hydrogen], l: [secondary]}
- key: price_liq_o_w:n-y-h
# l="import" is used for the global region.
inputs:
- quantity: PRICE_COMMODITY
select: {c: [lightoil], l: [secondary, import]}
- key: price_liq_b_w:n-y-h
# l="import" is used for the global region.
inputs:
- quantity: PRICE_COMMODITY
select: {c: [ethanol], l: [secondary, import]}
- key: price_final_e:n-y-h
inputs:
- quantity: PRICE_COMMODITY
select: {c: [electr], l: [final]}
- key: price_final_sol_c:n-y-h
inputs:
- quantity: PRICE_COMMODITY
select: {c: [coal], l: [final]}
- key: price_final_sol_b:n-y-h
inputs:
- quantity: PRICE_COMMODITY
select: {c: [biomass], l: [final]}
- key: price_final_liq_o:n-y-h
inputs:
- quantity: PRICE_COMMODITY
select: {c: [lightoil], l: [final]}
- key: price_final_liq_b:n-y-h
inputs:
- quantity: PRICE_COMMODITY
select: {c: [ethanol], l: [final]}
- key: price_final_gas:n-y-h
inputs:
- quantity: PRICE_COMMODITY
select: {c: [gas], l: [final]}
# TODO complete or replace this
# - key: land_out:n-s-y-h
# inputs:
# - quantity: land_output
# select:
# l: [land_use_reporting]
# c: ["Price|Agriculture|Non-Energy Crops and Livestock|Index"]
general:
- key: Liquids:nl-ya
comp: apply_units
inputs: [liquids:nl-ya]
args:
units: 'GWa / year'
- key: Gases:nl-ya
comp: apply_units
inputs: [gases:nl-ya]
args:
units: 'GWa / year'
- key: Electricity|Fossil|w/o CCS:nl-ya
comp: apply_units
inputs: [electr_fossil_w/o_ccs:nl-ya]
args:
units: 'GWa / year'
- key: Electricity|Fossil|w/ CCS:nl-ya
comp: apply_units
inputs: [electr_fossil_w/_ccs:nl-ya]
args:
units: 'GWa / year'
- key: Electricity|Fossil:nl-ya
comp: apply_units
inputs: [electr_fossil:nl-ya]
args:
units: 'GWa / year'
- key: secondary_energy:nl-t-ya
comp: select
inputs: [out:nl-t-ya:se_1+se]
args:
indexers:
t:
# - Electricity
- Electricity|Biomass
- Electricity|Biomass|w/ CCS
- Electricity|Biomass|w/o CCS
- Electricity|Coal
- Electricity|Coal|w/ CCS
- Electricity|Coal|w/o CCS
# - Electricity|Fossil
# - Electricity|Fossil|w/ CCS
# - Electricity|Fossil|w/o CCS
- Electricity|Gas
- Electricity|Gas|w/ CCS
- Electricity|Gas|w/o CCS
- Electricity|Geothermal
- Electricity|Hydro
# - Electricity|Non-Biomass Renewables
- Electricity|Nuclear
- Electricity|Oil
- Electricity|Oil|w/o CCS
# - Electricity|Other
# - Electricity|Solar
# - Electricity|Solar|CSP
# - Electricity|Solar|PV
# - Electricity|Storage Losses
# - Electricity|Transmission Losses
# - Electricity|Wind
# - Electricity|Wind|Offshore
# - Electricity|Wind|Onshore
# - Gases
- Gases|Biomass
- Gases|Coal
- Gases|Natural Gas
- Gases|Other
- Heat
- Heat|Biomass
- Heat|Coal
- Heat|Gas
- Heat|Geothermal
- Heat|Oil
- Heat|Other
- Hydrogen
- Hydrogen|Biomass
- Hydrogen|Biomass|w/ CCS
- Hydrogen|Biomass|w/o CCS
- Hydrogen|Coal
- Hydrogen|Coal|w/ CCS
- Hydrogen|Coal|w/o CCS
- Hydrogen|Electricity
- Hydrogen|Fossil
- Hydrogen|Fossil|w/ CCS
- Hydrogen|Fossil|w/o CCS
- Hydrogen|Gas
- Hydrogen|Gas|w/ CCS
- Hydrogen|Gas|w/o CCS
# - Liquids
- Liquids|Biomass
- Liquids|Biomass|w/ CCS
- Liquids|Biomass|w/o CCS
- Liquids|Coal
- Liquids|Coal|w/ CCS
- Liquids|Coal|w/o CCS
- Liquids|Fossil
- Liquids|Fossil|w/ CCS
- Liquids|Fossil|w/o CCS
- Liquids|Gas
- Liquids|Gas|w/ CCS
- Liquids|Gas|w/o CCS
- Liquids|Oil
# - Solids
# - Solids|Biomass
# - Solids|Coal
- key: secondary_energy2:nl-t-ya
comp: apply_units
inputs: [secondary_energy:nl-t-ya]
args:
units: 'GWa / year'
# For secondary energy, only the 'main' output of technologies that produce
# hydrogen
- key: out:*:h2
comp: select
inputs: [out]
args:
indexers:
t: [h2_coal, h2_coal_ccs, h2_smr, h2_smr_ccs, h2_bio, h2_bio_ccs]
c: [hydrogen]
# All other technologies not in out::h2
- key: out:*:se_0
comp: select
inputs: [out]
args:
indexers:
t: [h2_coal, h2_coal_ccs, h2_smr, h2_smr_ccs, h2_bio, h2_bio_ccs]
inverse: true
# For secondary energy, only the 'main' output of technologies that produce
# ethanol
- key: out::eth
comp: select
inputs: [out]
args:
indexers:
t: [eth_bio, eth_bio_ccs, liq_bio, liq_bio_ccs]
c: [ethanol]
# For secondary energy, only the 'main' output of technologies that produce
# methanol
- key: out::meth
comp: select
inputs: [out]
args:
indexers:
t: [meth_coal, meth_coal_ccs]
c: [methanol]
# For secondary energy, only the 'main' output of technologies that produce
# lightoil
- key: out::liq
comp: select
inputs: [out]
args:
indexers:
t: [syn_liq, syn_liq_ccs]
c: [lightoil]
# TODO re-combine out::liq (and others?), similar to how out::h2 is handled
# below.
# Re-combine only the 'main' outputs of technologies for SE computations
- key: out:*:se_1
comp: concat
inputs:
- out::h2
- out::se_0
- key: solids_sum:nl-t-ya
comp: select
inputs: [in:nl-t-ya:se]
args:
indexers:
t:
- Solids
- Solids|Biomass
- Solids|Coal
- key: solids:nl-t-ya
comp: apply_units
inputs: [solids_sum:nl-t-ya]
args:
units: 'GWa / year'
- key: gdp_ppp
comp: product
inputs:
- GDP
- MERtoPPP
# CH4 emissions from GLOBIOM: select only the subset
- key: land_out:n-s-y-c-l-h:CH4_0
comp: select
inputs: [land_out]
args:
indexers:
c:
- Agri_CH4
- Emissions|CH4|Land Use|Agriculture|Enteric Fermentation
- Emissions|CH4|Land Use|Agriculture|AWM
l:
- land_use_reporting
sums: true
# Auto-sum over [l, h], apply units
- key: land_out:n-s-y-c:CH4_0+1
comp: apply_units
inputs: [land_out:n-s-y-c:CH4_0]
args:
units: 'Mt / year'
sums: true
# Remove elements from 'emi' so that the remainder have consistent units.
# 1. 'TCE' emissions. These appear to be used for some internal model purpose
# (maybe relations?) and have units 'tC'.
# 2. Water-related emissions. These have units '-'.
#
# TODO check if this is correct. If the actual units for different 'e' values
# are not the same, then add another 'comp: select' so that emi is split
# into two (or more) separate quantities, each with consistent units
- key: emi::_0
comp: select
inputs: [emi]
args:
# Remove the elements below
inverse: true
indexers:
e: [TCE,
fresh_consumption, fresh_thermal_pollution, fresh_wastewater,
instream_consumption,
saline_consumption, saline_thermal_polution, saline_wastewater]
# <emi::_0> filters out elements with units other than 'kg / kWa'. The units
# of emission_factor are stored as 'kg / kWa', and 'ACT' is in GWa / year, so
# assigning kt / year gives correct results.
#
- key: emi:nl-t-yv-ya-m-e-h:ghg
inputs: [emi::_0]
comp: apply_units
args:
units: 'kt / year' # TODO check if this is correct
sums: true
# GWP factors retrieved from the iam_units package. Dimensionless
- key: gwp factors:gwp metric-e-e equivalent
comp: gwp_factors
# Emissions converted to GWP-equivalent species
- key: emi::gwpe
comp: product
inputs:
- emi::ghg
- gwp factors
# Groups of keys for re-use. These keys are not parsed by
# reporting.prepare_reporter; they only exist to be referenced further in
# the file.
#
# - Ending a line with '&label' defines a YAML anchor.
# - Using the YAML alias '<<: *label' re-uses the referenced keys.
_iamc formats:
primary energy: &pe_iamc
drop: # Drop 'commodity', 'level', 'mode', 'node_dest', 'node_origin'
- c
- l
- m
- nd
- 'no' # Bare no is a special YAML value for False, so must quote here.
- t
price_iamc: &price_iamc
unit: USD_2010 / GJ
iamc:
- variable: GDP|MER
base: GDP:n-y
unit: billion USD_2010 / year
- variable: GDP|PPP
base: gdp_ppp:n-y
unit: billion USD_2010 / year
- variable: Primary Energy|Coal
base: coal:nl-ya
<<: *pe_iamc
- variable: Primary Energy|Gas
base: gas:nl-ya
<<: *pe_iamc
# NB still incomplete
# - variable: Primary Energy|Geothermal
# base: out:nl-t-ya-m-c-l
# select: {l: [secondary], t: [geothermal elec, geothermal heat]}
# <<: *pe_iamc
- variable: Primary Energy|Hydro
base: out:nl-t-ya-m-c-l:se
select: {l: [secondary], t: [hydro]}
<<: *pe_iamc
- variable: Primary Energy|Nuclear
base: out:nl-t-ya-m-c-l:se
select: {l: [secondary], t: [nuclear]}
<<: *pe_iamc
- variable: Primary Energy|Oil
base: oil:nl-ya
<<: *pe_iamc
- variable: Primary Energy|Other
base: in:nl-t-ya-m-c-l:bunker
select: {t: [lh2]}
<<: *pe_iamc
- variable: Primary Energy|Secondary Energy Trade
base: se_trade:nl-ya
<<: *pe_iamc
- variable: Primary Energy|Solar
base: solar:nl-ya
<<: *pe_iamc
- variable: Primary Energy|Wind
base: wind:nl-ya
<<: *pe_iamc
# Secondary Energy
- variable: Secondary Energy
base: secondary_energy2:nl-t-ya
unit: 'EJ/yr'
var: [t]
- variable: Secondary Energy|Electricity|Fossil
base: Electricity|Fossil:nl-ya
unit: 'EJ/yr'
- variable: Secondary Energy|Electricity|Fossil|w/ CCS
base: Electricity|Fossil|w/ CCS:nl-ya
unit: 'EJ/yr'
- variable: Secondary Energy|Electricity|Fossil|w/o CCS
base: Electricity|Fossil|w/o CCS:nl-ya
unit: 'EJ/yr'
- variable: Secondary Energy|Gases
base: Gases:nl-ya
unit: 'EJ/yr'
- variable: Secondary Energy|Liquids
base: Liquids:nl-ya
unit: 'EJ/yr'
- variable: Secondary Energy|Solids
base: solids:nl-t-ya
unit: 'EJ/yr'
var: [t]
# Emissions
# CH4 emissions from MESSAGE technologies
- variable: Emissions|CH4
# Auto-sum over dimensions yv, m, h
base: emi:nl-t-ya:CH4_0+1+2
var: [t]
unit: 'Mt / year' # CH4; the species is indicated by 'variable'
select:
t:
- AFOLU|Biomass Burning
- Electricity
- Energy|Demand|Residential and Commercial
- Energy|Demand|Transportation|Road Rail and Domestic Shipping
- Fugitive
- Gases|Coal
- Gases|Extraction
- Gases|Hydrogen
- Gases|Transportation
- Heat
- Industrial Processes
- Liquids|Biomass
- Liquids|Coal
- Liquids|Extraction
- Liquids|Natural Gas
- Liquids|Oil
- Liquids|Transportation
- Solids|Extraction
- Solids|Transportation
- Waste
# CH4 emissions from GLOBIOM
# - The variable name signals utils.collapse to make some replacements, then is
# removed.
- variable: land_out CH4
base: land_out:n-s-y-c:CH4_0+1+2
rename: {y: year}
var: [c, s]
# SF6 emissions
- variable: Emissions
# Auto sum over t, yv, m, h
base: emi:nl-ya-e-gwp metric-e equivalent:gwpe+agg
var: # Add these to 'variable' column; collapse_gwp_info() is applied
- e
- e equivalent
- gwp metric
unit: Mt / year # Species captured in 'e equivalent'
# Prices
# Preferred method: convert all the contents of the variable at once.
- variable: Price
base: PRICE_COMMODITY:n-c-l-y
var: [l, c]
<<: *price_iamc
- variable: Price|Carbon
base: price_carbon:n-y
# This was initially "carbon_dioxide", which is not a unit.
# TODO check that Mt (rather than t or kt) is correct.
# TODO check whether there is a species / GWP conversion here.
unit: USD_2010 / Mt
rename: {y: year}
# commented: see above
# - variable: Price w/o carbon
# base: price ex carbon:n-t-y-c-e
# var: [t, c, l, e]
# rename: {y: year}
# TODO ensure these are covered by the preferred method, above, and then
# remove these separate conversions.
- variable: Price (legacy)|Primary Energy wo carbon price|Biomass
base: price_b_w:n-y-h
<<: *price_iamc
- variable: Price (legacy)|Primary Energy wo carbon price|Coal
base: price_c:n-y-h
<<: *price_iamc
- variable: Price (legacy)|Primary Energy wo carbon price|Gas
base: price_g_w:n-y-h
<<: *price_iamc
- variable: Price (legacy)|Primary Energy wo carbon price|Oil
base: price_o_w:n-y-h
<<: *price_iamc
- variable: Price (legacy)|Secondary Energy wo carbon price|Electricity
base: price_e_w:n-y-h
<<: *price_iamc
- variable: Price (legacy)|Secondary Energy wo carbon price|Hydrogen
base: price_h_w:n-y-h
<<: *price_iamc
- variable: Price (legacy)|Secondary Energy wo carbon price|Liquids|Biomass
base: price_liq_b_w:n-y-h
<<: *price_iamc
- variable: Price (legacy)|Secondary Energy wo carbon price|Liquids|Oil
base: price_liq_o_w:n-y-h
<<: *price_iamc
- variable: Price (legacy)|Final Energy wo carbon price|Residential|Electricity
base: price_final_e:n-y-h
<<: *price_iamc
- variable: Price (legacy)|Final Energy wo carbon price|Residential|Gases|Natural Gas
base: price_final_gas:n-y-h
<<: *price_iamc
- variable: Price (legacy)|Final Energy wo carbon price|Residential|Liquids|Biomass
base: price_final_liq_b:n-y-h
<<: *price_iamc
- variable: Price (legacy)|Final Energy wo carbon price|Residential|Liquids|Oil
base: price_final_liq_o:n-y-h
<<: *price_iamc
- variable: Price (legacy)|Final Energy wo carbon price|Residential|Solids|Biomass
base: price_final_sol_b:n-y-h
<<: *price_iamc
- variable: Price (legacy)|Final Energy wo carbon price|Residential|Solids|Coal
base: price_final_sol_c:n-y-h
<<: *price_iamc
#- variable: Price (legacy)|Agriculture|Non-Energy Crops and Livestock|Index
# base: price_agriculture:n-y-h
# rename: {y: year}
report:
- key: pe test
members:
# - Primary Energy|Biomass::iamc
- Primary Energy|Coal::iamc
- Primary Energy|Gas::iamc
- Primary Energy|Hydro::iamc
- Primary Energy|Nuclear::iamc
- Primary Energy|Solar::iamc
- Primary Energy|Wind::iamc
- key: gdp test
members:
- GDP|MER::iamc
- GDP|PPP::iamc
- key: se test
members:
- Secondary Energy::iamc
- Secondary Energy|Electricity|Fossil::iamc
- Secondary Energy|Electricity|Fossil|w/ CCS::iamc
- Secondary Energy|Electricity|Fossil|w/o CCS::iamc
- Secondary Energy|Gases::iamc
- Secondary Energy|Liquids::iamc
- Secondary Energy|Solids::iamc
- key: emissions
members:
- Emissions::iamc
- key: CH4 emissions
members:
- Emissions|CH4::iamc
- land_out CH4::iamc
# - Emissions|CH4|Fossil Fuels and Industry::iamc
# - Emissions|CH4|Energy|Supply|Gases|Biomass|Fugitive::iamc
# - Emissions|CH4|Energy|Supply|Gases|Natural Gas|Fugitive::iamc
# - Emissions|CH4|Energy|Supply|Solids|Biomass|Fugitive::iamc
# - Emissions|CH4|Energy|Supply|Solids|Coal|Fugitive::iamc
- key: price test
members:
- Price::iamc
- Price|Carbon::iamc
# commented: see above
# - Price w/o carbon::iamc
# TODO ensure these are covered by the preferred method, above, then remove
# these
- Price (legacy)|Primary Energy wo carbon price|Biomass::iamc
- Price (legacy)|Primary Energy wo carbon price|Coal::iamc
- Price (legacy)|Primary Energy wo carbon price|Gas::iamc
- Price (legacy)|Primary Energy wo carbon price|Oil::iamc
- Price (legacy)|Secondary Energy wo carbon price|Electricity::iamc
- Price (legacy)|Secondary Energy wo carbon price|Hydrogen::iamc
- Price (legacy)|Secondary Energy wo carbon price|Liquids|Biomass::iamc
- Price (legacy)|Secondary Energy wo carbon price|Liquids|Oil::iamc
# NB for "Price|Secondary Energy|Liquids|Oil", the legacy reporting inserts a
# zero matrix.
- Price (legacy)|Final Energy wo carbon price|Residential|Electricity::iamc
- Price (legacy)|Final Energy wo carbon price|Residential|Gases|Natural Gas::iamc
- Price (legacy)|Final Energy wo carbon price|Residential|Liquids|Biomass::iamc
- Price (legacy)|Final Energy wo carbon price|Residential|Liquids|Oil::iamc
- Price (legacy)|Final Energy wo carbon price|Residential|Solids|Biomass::iamc
- Price (legacy)|Final Energy wo carbon price|Residential|Solids|Coal::iamc