RES generation and capacity target updates

config/config.yaml

@@ -20,6 +20,7 @@ timeshift: 0 # value between -11 and 12
 
 # Spatial Parameters 
 geographic_scope:
+  - "BTN"
   - "IND"
 
 crossborderTrade: True
@@ -133,19 +134,6 @@ nodes_to_remove:
 #- "AAAXX" where AAA is a 3-letter country code, and XX is a 2-letter 
 # sub-national code
 
-powerplant_build_rates:
- # [TECHNOLOGY, COUNTRY, METHOD, VALUE, START_YEAR, END_YEAR]
- # where TECHNOLOGY_TYPE is, for example, all coal powerplants and is in the 
- # format COA.
- # COUNTRY is the 3-letter country code. E.g. "IND" for "Indonesia" 
- # METHOD specifies how the build rate is applied: absolute ("ABS" or as a 
- # percentage ("PCT") of the maximum capacity for a TECHNOLOGY_TYPE.
- # VALUE is the value - either absolute or percentage - by which the capacity 
- # of the associated TECHNOLOGY can increase. It is applied from the START_YEAR 
- # to the END_YEAR.
- # E.g. - ["SPV", "IND", "ABS", 0, 2020, 2025] 
-  - ["SPV", "IND", "PCT", 25, 2020, 2025] 
-
 reserve_margin:
 # RESERVE_MARGIN: [PERCENTAGE, START_YEAR, END_YEAR]
 # Years for which there is no PERCENTAGE value will be interpolated
@@ -178,27 +166,39 @@ reserve_margin_technologies:
   LDS : 77
 
 emission_limit:
-# - [EMISSION, COUNTRY, YEAR, VALUE]
+# - [EMISSION, COUNTRY, TYPE, YEAR, VALUE]
 # where VALUE is emissions in million tonnes of CO2-equivalent and YEAR is  
 # when that constraint must be adhered to. All years between multiple emission 
-# constraints will be interpolated.
- - ["CO2", "IND", 2040, 1]
-
-fuel_limits:
-# FUEL: [VALUE, COUNTRY/INTERNATIONAL, YEAR]
-# Where FUEL is the fuel on which a limit is being applied (e.g. COA), VALUE is
-# the value in Petajoules (PJ), COUNTRY/INTERNATIONAL specific which domestic 
-# fuel (e.g. IND) or international fuel ("INT") the limit is being applied to, 
-# and YEAR is the year for which the limit is applied. All years between multiple 
-# fuel extraction constraints will be interpolated.
-
+# constraints will be interpolated if TYPE is set to "LINEAR". If "POINT" is used
+# it means that a singular year value is set without interpolation occuring in
+# previous target years. A combination of TYPE targets can be set per EMISSION and
+# COUNTRY yet only a single target per YEAR.
+ - ["CO2", "IND", "POINT", 2048, 0]
+ - ["CO2", "IND", "LINEAR", 2040, 1]
+ - ["CO2", "IND", "LINEAR", 2028, 400]
+ - ["CO2", "IND", "POINT", 2030, 300]
 
 calibration:
-#  OCG1: [50, "IND", 2021]
+# TECHNOLOGY: [VALUE, COUNTRY, YEAR]
+# where VALUE is percentage (%) availability of a given technology. This can be used
+# to constrain power plant output (generation).
+  OCG1: [50, "IND", 2021]
 
 re_targets:
-# E.g. - ["IND", 2030, 2040, 30]
-# where "IND" is the country code; 2030, 2040 are the start and end years
-# respectively; and 30 is the target between the start and end years (inclusive)
-# in %
- - ["IND", 2030, 2040, 30]
+# TARGET: [COUNTRY/NODE, [TECHNOLOGY], START_YEAR, END_YEAR, VALUE]
+# E.g. TO1: ["IND", [], "PCT", 2030, 2040, 60]
+# E.g. TO2: ["INDSO", ['WOF', 'WON'], "PCT", 2025, 2045, 15]
+# E.g. TO3: ["INDSO", ['WOF'], "ABS", 2040, 2050, 200]
+# Targets can be set in absolute terms ("ABS", VALUE = GW) or in relative terms 
+# ("PCT", VALUE = %) where targets in relative terms represent the share of generation.
+# For "PCT", targets can be set at national (e.g. "IND") and nodal levels (e.g. "INDSO")
+# whereas "ABS" can only be set at nodal levels. For "PCT", a single technology can 
+# be set for the target (e.g. ["WOF"]) a technology subset can be set (e.g. ['WOF', 'WON'])
+# or the TECHNOLOGY list can be left empty (e.g. []) as such that all renewable
+# technologies contribute to the target. For "ABS", only one technology can be 
+# selected per target. Note that a combination of targets can be set that affect
+# the same countries/nodes/technologies. This can be computationally intensive.
+  T01: ["", [], "PCT", 2048, 2050, 95]
+  T02: ["IND", [], "PCT", 2030, 2040, 60]
+  T03: ["INDSO", ['WOF','WON'], "PCT", 2025, 2045, 15]
+  T04: ["INDSO", ['WOF'], "ABS", 2040, 2050, 200]  

resources/data/transmission_build_rates.csv

@@ -428,7 +428,6 @@ TRNINDEAINDWE,0,2021,2024
 TRNINDEANPLXX,0,2021,2024
 TRNINDNEINDNO,0,2021,2024
 TRNINDNEMMRXX,0,2021,2024
-TRNINDNOINDSO,0,2021,2024
 TRNINDNOINDWE,0,2021,2024
 TRNINDNONPLXX,0,2021,2024
 TRNINDNOPAKXX,0,2021,2024
@@ -1043,7 +1042,6 @@ TRNINDEAINDWE,3,2025,2050
 TRNINDEANPLXX,3,2025,2050
 TRNINDNEINDNO,3,2025,2050
 TRNINDNEMMRXX,3,2025,2050
-TRNINDNOINDSO,3,2025,2050
 TRNINDNOINDWE,3,2025,2050
 TRNINDNONPLXX,3,2025,2050
 TRNINDNOPAKXX,3,2025,2050

workflow/rules/model.smk

@@ -9,7 +9,8 @@ rule geographic_filter:
     input: 
         csv_files = expand('results/data/{csv}.csv', csv = OTOOLE_PARAMS),
     params:
-        geographic_scope = config['geographic_scope']
+        geographic_scope = config['geographic_scope'],
+        res_targets = config['re_targets']
     output:
         csv_files = expand('results/{{scenario}}/data/{csv}.csv', csv = OTOOLE_PARAMS),
     # conda:

workflow/rules/preprocess.smk

@@ -29,7 +29,10 @@ power_plant_files = [
     'powerplant/ResidualCapacity',
     'powerplant/TECHNOLOGY',
     'YEAR',
-    'AvailabilityFactor'
+    'AvailabilityFactor',
+    'TotalAnnualMaxCapacity',
+    'AccumulatedAnnualDemand',
+    'TotalAnnualMinCapacity'
     ]
 
 transmission_files = [
@@ -100,11 +103,6 @@ emission_files = [
     'AnnualEmissionLimit'
 ]
 
-max_capacity_files = [
-    'TotalAnnualMaxCapacity',
-    'AccumulatedAnnualDemand',
-]
-
 user_capacity_files = [
     'TotalAnnualMinCapacityInvestment',
     'TotalAnnualMaxCapacityInvestment'
@@ -116,7 +114,8 @@ fuel_limit_files = [
 
 GENERATED_CSVS = (
     power_plant_files + transmission_files + storage_files + timeslice_files \
-    + reserves_files + demand_files + emission_files + max_capacity_files + fuel_limit_files
+    + reserves_files + demand_files + emission_files + fuel_limit_files
+
 )
 GENERATED_CSVS = [Path(x).stem for x in GENERATED_CSVS]
 EMPTY_CSVS = [x for x in OTOOLE_PARAMS if x not in GENERATED_CSVS]
@@ -127,37 +126,78 @@ rule make_data_dir:
     output: directory('results/data')
     shell: 'mkdir -p {output}'
 
+def demand_custom_csv() -> str:
+    if config["nodes_to_add"]:
+        return "resources/data/custom_nodes/specified_annual_demand.csv"
+    else:
+        return []
+
+rule demand_projections:
+    message:
+        "Generating demand data..."
+    input:
+        plexos = "resources/data/PLEXOS_World_2015_Gold_V1.1.xlsx",
+        plexos_demand = "resources/data/All_Demand_UTC_2015.csv",
+        iamc_gdp ="resources/data/iamc_db_GDPppp_Countries.xlsx",
+        iamc_pop = "resources/data/iamc_db_POP_Countries.xlsx",
+        iamc_urb = "resources/data/iamc_db_URB_Countries.xlsx",
+        iamc_missing = "resources/data/iamc_db_POP_GDPppp_URB_Countries_Missing.xlsx",
+        td_losses = "resources/data/T&D Losses.xlsx",
+        ember = "resources/data/ember_yearly_electricity_data.csv",
+        custom_nodes = demand_custom_csv()
+    params:
+        start_year = config['startYear'],
+        end_year = config['endYear'],
+        custom_nodes = config["nodes_to_add"]
+    output:
+        csv_files = 'results/data/SpecifiedAnnualDemand.csv',
+    log:
+        log = 'results/logs/demand_projections.log'
+    script:
+        "../scripts/osemosys_global/demand/main.py"
 
 def powerplant_cap_custom_csv() -> str:
     if config["nodes_to_add"]:
         return "resources/data/custom_nodes/residual_capacity.csv"
     else:
-        return []   
+        return []
+
+def powerplant_res_potentials_custom_csv() -> str:
+    if config["nodes_to_add"]:
+        return "resources/data/custom_nodes/RE_potentials.csv"
+    else:
+        return []
 
 rule powerplant:
     message:
         "Generating powerplant data..."
     input:
+        rules.demand_projections.output.csv_files,
         plexos = 'resources/data/PLEXOS_World_2015_Gold_V1.1.xlsx',
+        res_limit = 'resources/data/PLEXOS_World_MESSAGEix_GLOBIOM_Softlink.xlsx',
+        fuel_limit = 'resources/data/fuel_limits.csv',
+        build_rates = 'resources/data/powerplant_build_rates.csv',        
         weo_costs = 'resources/data/weo_2020_powerplant_costs.csv',
         weo_regions = 'resources/data/weo_region_mapping.csv',
         default_op_life = 'resources/data/operational_life.csv',
         naming_convention_tech = 'resources/data/naming_convention_tech.csv',
         default_av_factors = 'resources/data/availability_factors.csv',
         custom_res_cap = powerplant_cap_custom_csv(),
-        cmo_forecasts = 'resources/data/CMO-October-2024-Forecasts.xlsx',
-        fuel_prices = 'resources/data/fuel_prices.csv',
+        custom_res_potentials = powerplant_res_potentials_custom_csv(),
     params:
         start_year = config['startYear'],
         end_year = config['endYear'],
         region_name = 'GLOBAL',
+        geographic_scope = config['geographic_scope'],
         custom_nodes = config['nodes_to_add'],
+        remove_nodes = config['nodes_to_remove'],
         user_defined_capacity = config['user_defined_capacity'],
         no_investment_techs = config['no_invest_technologies'],
+        res_targets = config['re_targets'],
+        calibration = config['calibration'],
         output_data_dir = 'results/data',
         input_data_dir = 'resources/data',
         powerplant_data_dir = 'results/data/powerplant',
-
     output:
         csv_files = expand('results/data/{output_file}.csv', output_file = power_plant_files)
     log:
@@ -298,36 +338,6 @@ rule reserves:
     script:
         "../scripts/osemosys_global/reserves/main.py"       
 
-def demand_custom_csv() -> str:
-    if config["nodes_to_add"]:
-        return "resources/data/custom_nodes/specified_annual_demand.csv"
-    else:
-        return []
-
-rule demand_projections:
-    message:
-        "Generating demand data..."
-    input:
-        plexos = "resources/data/PLEXOS_World_2015_Gold_V1.1.xlsx",
-        plexos_demand = "resources/data/All_Demand_UTC_2015.csv",
-        iamc_gdp ="resources/data/iamc_db_GDPppp_Countries.xlsx",
-        iamc_pop = "resources/data/iamc_db_POP_Countries.xlsx",
-        iamc_urb = "resources/data/iamc_db_URB_Countries.xlsx",
-        iamc_missing = "resources/data/iamc_db_POP_GDPppp_URB_Countries_Missing.xlsx",
-        td_losses = "resources/data/T&D Losses.xlsx",
-        ember = "resources/data/ember_yearly_electricity_data.csv",
-        custom_nodes = demand_custom_csv()
-    params:
-        start_year = config['startYear'],
-        end_year = config['endYear'],
-        custom_nodes = config["nodes_to_add"]
-    output:
-        csv_files = 'results/data/SpecifiedAnnualDemand.csv',
-    log:
-        log = 'results/logs/demand_projections.log'
-    script:
-        "../scripts/osemosys_global/demand/main.py"
-
 rule demand_projection_figures:
     message:
         "Generating demand figures..."
@@ -350,36 +360,24 @@ rule emissions:
     message:
         'Generating emission data...'
     input:
-        'resources/data/emission_factors.csv',
-        'results/data/InputActivityRatio.csv',
+        ember = 'resources/data/ember_yearly_electricity_data.csv',    
+        emissions_factors = 'resources/data/emission_factors.csv',
+        iar = 'results/data/InputActivityRatio.csv',
+        oar = 'results/data/OutputActivityRatio.csv',
     params:
         start_year = config['startYear'],
         end_year = config['endYear'],
-        emission = config['emission_penalty'],
-        storage_parameters = config['storage_parameters']
+        region_name = 'GLOBAL',
+        output_data_dir = 'results/data',
+        input_data_dir = 'resources/data',
+        emission_penalty = config['emission_penalty'],
+        emission_limit = config['emission_limit'],
     output: 
         csv_files = expand('results/data/{output_file}.csv', output_file = emission_files),
     log:
         log = 'results/logs/emissions.log'
-    shell:
-        'python workflow/scripts/osemosys_global/emissions.py 2> {log}'
-
-rule max_capacity:
-    message: 
-        'Generating capacity limits...'
-    input:
-        'resources/data/PLEXOS_World_MESSAGEix_GLOBIOM_Softlink.xlsx',
-        'results/data/ResidualCapacity.csv',
-        'results/data/SpecifiedAnnualDemand.csv'
-    params:
-        start_year = config['startYear'],
-        end_year = config['endYear'],
-    output:
-        csv_files = expand('results/data/{output_file}.csv', output_file = max_capacity_files),
-    log:
-        log = 'results/logs/max_capacity.log'
-    shell:
-        'python workflow/scripts/osemosys_global/max_capacity.py 2> {log}'
+    script:
+        "../scripts/osemosys_global/emissions/main.py"   
 
 rule create_missing_csv:
     message: