RPS on generation for 100% RPS runs.

examples/rps_on_gen/README.md

@@ -0,0 +1,13 @@
+SYNOPSIS
+	switch solve --verbose
+
+This example illustrates the use of Switch to construct and run a
+model with three load zones and two investment periods where the first
+investment period has more temporal resolution than the second. A
+simple Renewable Portfolio Standard (RPS) policy is enforced with the
+use of the generators.no_commit module.
+
+This example is built on the same system as the 3zone_toy example.
+It can be observed that more biomass (considered an RPS-elegible fuel
+in this example) capacity is built on the first period to provide
+enough renewable energy to meet the RPS goals.

examples/rps_on_gen/inputs/balancing_areas.tab

@@ -0,0 +1,3 @@
+BALANCING_AREAS	quickstart_res_load_frac	quickstart_res_wind_frac	quickstart_res_solar_frac	spinning_res_load_frac	spinning_res_wind_frac	spinning_res_solar_frac
+NorthCentral	0.04	0.05	0.05	0.02	0.05	0.05
+South	0.04	0.06	0.06	0.02	0.07	0.07

examples/rps_on_gen/inputs/financials.dat

@@ -0,0 +1,3 @@
+param base_financial_year := 2015;
+param interest_rate := .07;
+param discount_rate := .05;

examples/rps_on_gen/inputs/fuel_cost.tab

@@ -0,0 +1,17 @@
+load_zone	fuel	period	fuel_cost
+North	Uranium	2020	2.19
+Central	Uranium	2020	2.19
+South	Uranium	2020	2.19
+North	Uranium	2030	2.2
+Central	Uranium	2030	2.2
+South	Uranium	2030	2.2
+North	Coal	2020	1.9012
+Central	Coal	2020	1.9012
+North	Coal	2030	2.0467
+Central	Coal	2030	2.0467
+North	ResidualFuelOil	2020	18.5755
+Central	ResidualFuelOil	2020	18.5755
+South	ResidualFuelOil	2020	18.5755
+North	ResidualFuelOil	2030	20.3021
+Central	ResidualFuelOil	2030	20.3021
+South	ResidualFuelOil	2030	20.3021

examples/rps_on_gen/inputs/fuel_supply_curves.tab

@@ -0,0 +1,15 @@
+regional_fuel_market	period	tier	unit_cost	max_avail_at_cost
+All_DistOil	2020	0	21.9802	inf
+All_DistOil	2030	0	24.5216	100000
+All_NG	2020	0	4.4647	1950514555
+All_NG	2020	1	5.0709	inf
+All_NG	2030	0	5.925	2368354558
+All_NG	2030	1	5.925	inf
+North_Bio	2020	0	1.7102	6864985
+North_Bio	2020	1	3.3941	6782413
+North_Bio	2030	0	2.0438	6064415
+North_Bio	2030	1	3.2218	7680076
+South_Bio	2020	0	1.7115	26427258
+South_Bio	2020	1	17.1714	486066
+South_Bio	2030	0	1.7115	26427258
+South_Bio	2030	1	17.1714	26427258

examples/rps_on_gen/inputs/fuels.tab

@@ -0,0 +1,7 @@
+fuel	co2_intensity	upstream_co2_intensity	f_rps_eligible
+Coal	0.09552	0	0
+ResidualFuelOil	0.0788	0	0
+DistillateFuelOil	0.07315	0	0
+NaturalGas	0.05306	0	0
+Uranium	0	.	0
+BioSolid	0.09435	-0.09435	1

examples/rps_on_gen/inputs/gen_build_costs.tab

@@ -0,0 +1,77 @@
+GENERATION_PROJECT	build_year	gen_overnight_cost	gen_fixed_om
+N-Coal_ST	1995	2687700.0	21390.0
+N-Geothermal	2000	5524200.0	0.0
+N-NG_CC	2008	1143900.0	5868.3
+N-NG_GT	2009	605430.0	4891.8
+C-Coal_ST	1985	2687700.0	21390.0
+C-NG_CC	2005	1143900.0	5868.3
+C-NG_GT	2005	605430.0	4891.8
+S-Geothermal	1998	5524200.0	0.0
+S-NG_CC	2000	1143900.0	5868.3
+S-NG_GT	1990	605430.0	4891.8
+S-NG_GT	2002	605430.0	4891.8
+N-Geothermal	2020	5524200.0	0.0
+N-Geothermal	2030	5524200.0	0.0
+N-Coal_IGCC	2020	3729300.0	28923.0
+N-Coal_IGCC	2030	3729300.0	28923.0
+N-Coal_IGCC_CCS	2030	6138000.0	41292.0
+N-NG_CC	2020	1143900.0	5868.3
+N-NG_CC	2030	1143900.0	5868.3
+N-NG_CC_CCS	2030	3487500.0	17112.0
+N-NG_GT	2020	605430.0	4891.8
+N-NG_GT	2030	605430.0	4891.8
+N-Nuclear	2030	5673000.0	118110.0
+N-Biomass_IGCC	2020	3561900.0	88350.0
+N-Biomass_IGCC	2030	3561900.0	88350.0
+N-Biomass_IGCC_CCS	2030	5970600.0	100719.0
+N-Residential_PV	2020	3487500.0	41850.0
+N-Residential_PV	2030	3059700.0	38130.0
+N-Commercial_PV	2020	3106200.0	41850.0
+N-Commercial_PV	2030	2752800.0	38130.0
+N-Central_PV-1	2020	2334300.0	41850.0
+N-Central_PV-2	2020	2334300.0	41850.0
+N-Central_PV-1	2030	2148300.0	38130.0
+N-Central_PV-2	2030	2148300.0	38130.0
+N-Wind-1	2020	1841400.0	55800.0
+N-Wind-2	2020	1841400.0	55800.0
+N-Wind-1	2030	1841400.0	55800.0
+N-Wind-2	2030	1841400.0	55800.0
+C-Coal_IGCC	2020	2983440.0	23138.4
+C-Coal_IGCC	2030	2983440.0	23138.4
+C-NG_CC	2020	915120.0	4694.64
+C-NG_CC	2030	915120.0	4694.64
+C-NG_GT	2020	484344.0	3913.44
+C-NG_GT	2030	484344.0	3913.44
+C-Nuclear	2030	4538400.0	94488.0
+C-Biomass_IGCC	2020	2849520.0	70680.0
+C-Biomass_IGCC	2030	2849520.0	70680.0
+C-Residential_PV	2020	2790000.0	33480.0
+C-Residential_PV	2030	2447760.0	30504.0
+C-Commercial_PV	2020	2484960.0	33480.0
+C-Commercial_PV	2030	2202240.0	30504.0
+C-Central_PV-1	2020	1867440.0	33480.0
+C-Central_PV-2	2020	1867440.0	33480.0
+C-Central_PV-1	2030	1718640.0	30504.0
+C-Central_PV-2	2030	1718640.0	30504.0
+C-Wind-1	2020	1473120.0	44640.0
+C-Wind-2	2020	1473120.0	44640.0
+C-Wind-1	2030	1473120.0	44640.0
+C-Wind-2	2030	1473120.0	44640.0
+S-Geothermal	2020	6629040.0	0.0
+S-Geothermal	2030	6629040.0	0.0
+S-NG_CC	2020	1372680.0	7041.96
+S-NG_CC	2030	1372680.0	7041.96
+S-NG_CC_CCS	2030	4185000.0	20534.4
+S-NG_GT	2020	726516.0	5870.16
+S-NG_GT	2030	726516.0	5870.16
+S-Biomass_IGCC	2020	4274280.0	106020.0
+S-Biomass_IGCC	2030	4274280.0	106020.0
+S-Biomass_IGCC_CCS	2030	7164720.0	120862.8
+S-Residential_PV	2020	4185000.0	50220.0
+S-Residential_PV	2030	3671640.0	45756.0
+S-Commercial_PV	2020	3727440.0	50220.0
+S-Commercial_PV	2030	3303360.0	45756.0
+S-Central_PV-1	2020	2801160.0	50220.0
+S-Central_PV-2	2020	2801160.0	50220.0
+S-Central_PV-1	2030	2577960.0	45756.0
+S-Central_PV-2	2030	2577960.0	45756.0

examples/rps_on_gen/inputs/gen_build_predetermined.tab

@@ -0,0 +1,12 @@
+GENERATION_PROJECT	build_year	gen_predetermined_cap
+N-Coal_ST	1995	2
+N-Geothermal	2000	1
+N-NG_CC	2008	2
+N-NG_GT	2009	2
+C-Coal_ST	1985	2
+C-NG_CC	2005	2
+C-NG_GT	2005	2
+S-Geothermal	1998	3
+S-NG_CC	2000	5
+S-NG_GT	1990	3
+S-NG_GT	2002	2

examples/rps_on_gen/inputs/generation_projects_info.tab

@@ -0,0 +1,39 @@
+GENERATION_PROJECT	gen_tech	gen_load_zone	gen_connect_cost_per_mw	gen_capacity_limit_mw	gen_full_load_heat_rate	gen_variable_om	gen_max_age	gen_min_build_capacity	gen_scheduled_outage_rate	gen_forced_outage_rate	gen_is_variable	gen_is_baseload	gen_is_cogen	gen_energy_source	gen_unit_size	gen_ccs_capture_efficiency	gen_ccs_energy_load	gen_storage_efficiency	gen_store_to_release_ratio
+N-Geothermal	Geothermal	North	163081.1	1.5	.	28.83	30	0	0.0075	0.0241	0	1	0	Geothermal	.	.	.	.	.
+N-Coal_IGCC	Coal_IGCC	North	57566.6	.	7.95	6.0822	40	0	0.08	0.12	0	1	0	Coal	10.0	.	.	.	.
+N-Coal_IGCC_CCS	Coal_IGCC_CCS	North	57566.6	.	10.38	9.858	40	0	0.08	0.12	0	1	0	Coal	.	0.85	0.234104046	.	.
+N-Coal_ST	Coal_ST	North	57566.6	.	9.0	3.4	40	0	0.06	0.1	0	1	0	Coal	.	.	.	.	.
+N-NG_CC	NG_CC	North	57566.6	.	6.705	3.4131	20	0	0.04	0.06	0	0	0	NaturalGas	.	.	.	.	.
+N-NG_CC_CCS	NG_CC_CCS	North	57566.6	.	10.08	9.3	20	0	0.04	0.06	0	0	0	NaturalGas	.	0.85	0.334821429	.	.
+N-NG_GT	NG_GT	North	57566.6	.	10.39	27.807	20	0	0.04	0.06	0	0	0	NaturalGas	.	.	.	.	.
+N-Nuclear	Nuclear	North	57566.6	.	9.72	0.0	40	1000	0.04	0.06	0	1	0	Uranium	.	.	.	.	.
+N-Biomass_IGCC	Biomass_IGCC	North	57566.6	.	12.5	13.95	40	0	0.09	0.076	0	1	0	BioSolid	.	.	.	.	.
+N-Biomass_IGCC_CCS	Biomass_IGCC_CCS	North	57566.6	.	16.3208	20.1307	40	0	0.09	0.076	0	1	0	BioSolid	.	0.85	0.234115557	.	.
+N-Residential_PV	Residential_PV	North	0.0	1.5	.	0.0	20	0	0.0	0.02	1	0	0	Solar	.	.	.	.	.
+N-Commercial_PV	Commercial_PV	North	0.0	2.0	.	0.0	20	0	0.0	0.02	1	0	0	Solar	.	.	.	.	.
+N-Central_PV-1	Central_PV	North	51272.0	3.0	.	0.0	20	0	0.0	0.02	1	0	0	Solar	.	.	.	.	.
+N-Central_PV-2	Central_PV	North	101661.0	2.0	.	0.0	20	0	0.0	0.02	1	0	0	Solar	.	.	.	.	.
+N-Wind-1	Wind	North	71602.0	4.0	.	0.0	30	0	0.05	0.006	1	0	0	Wind	.	.	.	.	.
+N-Wind-2	Wind	North	80259.0	1.0	.	0.0	30	0	0.05	0.006	1	0	0	Wind	.	.	.	.	.
+C-Coal_IGCC	Coal_IGCC	Central	57566.6	.	7.95	4.86576	40	0	0.08	0.12	0	1	0	Coal	10.0	.	.	.	.
+C-Coal_ST	Coal_ST	Central	57566.6	.	9.5	3.6	40	0	0.06	0.1	0	1	0	Coal	.	.	.	.	.
+C-NG_CC	NG_CC	Central	57566.6	.	6.705	2.73048	20	0	0.04	0.06	0	0	0	NaturalGas	.	.	.	.	.
+C-NG_GT	NG_GT	Central	57566.6	.	10.39	22.2456	20	0	0.04	0.06	0	0	0	NaturalGas	.	.	.	.	.
+C-Nuclear	Nuclear	Central	57566.6	.	9.72	0.0	40	1000	0.04	0.06	0	1	0	Uranium	.	.	.	.	.
+C-Biomass_IGCC	Biomass_IGCC	Central	57566.6	.	12.5	11.16	40	0	0.09	0.076	0	1	0	BioSolid	.	.	.	.	.
+C-Residential_PV	Residential_PV	Central	0.0	0.5	.	0.0	20	0	0.0	0.02	1	0	0	Solar	.	.	.	.	.
+C-Commercial_PV	Commercial_PV	Central	0.0	0.7	.	0.0	20	0	0.0	0.02	1	0	0	Solar	.	.	.	.	.
+C-Central_PV-1	Central_PV	Central	122526.8	2.0	.	0.0	20	0	0.0	0.02	1	0	0	Solar	.	.	.	.	.
+C-Central_PV-2	Central_PV	Central	45197.2	3.0	.	0.0	20	0	0.0	0.02	1	0	0	Solar	.	.	.	.	.
+C-Wind-1	Wind	Central	72541.5	4.0	.	0.0	30	0	0.05	0.006	1	0	0	Wind	.	.	.	.	.
+C-Wind-2	Wind	Central	77892.2	3.0	.	0.0	30	0	0.05	0.006	1	0	0	Wind	.	.	.	.	.
+S-Geothermal	Geothermal	South	134222.0	3.0	.	34.596	30	0	0.0075	0.0241	0	1	0	Geothermal	.	.	.	.	.
+S-NG_CC	NG_CC	South	57566.6	.	6.705	4.09572	20	0	0.04	0.06	0	0	0	NaturalGas	.	.	.	.	.
+S-NG_CC_CCS	NG_CC_CCS	South	57566.6	.	10.08	11.16	20	0	0.04	0.06	0	0	0	NaturalGas	.	0.85	0.334821429	.	.
+S-NG_GT	NG_GT	South	57566.6	5.0	10.39	33.3684	20	0	0.04	0.06	0	0	0	NaturalGas	.	.	.	.	.
+S-Biomass_IGCC	Biomass_IGCC	South	57566.6	.	12.5	16.74	40	0	0.09	0.076	0	1	0	BioSolid	.	.	.	.	.
+S-Biomass_IGCC_CCS	Biomass_IGCC_CCS	South	57566.6	.	16.3208	24.15684	40	0	0.09	0.076	0	1	0	BioSolid	.	0.85	0.234115557	.	.
+S-Residential_PV	Residential_PV	South	0.0	3.0	.	0.0	20	0	0.0	0.02	1	0	0	Solar	.	.	.	.	.
+S-Commercial_PV	Commercial_PV	South	0.0	3.3	.	0.0	20	0	0.0	0.02	1	0	0	Solar	.	.	.	.	.
+S-Central_PV-1	Central_PV	South	74881.9	0.8	.	0.0	20	0	0.0	0.02	1	0	0	Solar	.	.	.	.	.
+S-Central_PV-2	Central_PV	South	65370.3	0.4	.	0.0	20	0	0.0	0.02	1	0	0	Solar	.	.	.	.	.

examples/rps_on_gen/inputs/load_zones.tab

@@ -0,0 +1,4 @@
+LOAD_ZONE	dbid	existing_local_td	local_td_annual_cost_per_mw
+North	1	5.5	66406.5
+Central	2	3.5	61663.4
+South	3	9.5	128040.0

examples/rps_on_gen/inputs/loads.tab

@@ -0,0 +1,22 @@
+LOAD_ZONE	TIMEPOINT	zone_demand_mw
+North	1	5
+North	2	4
+North	3	4.5
+North	4	4.2
+North	5	4
+North	6	6
+North	7	6
+Central	1	3.7
+Central	2	3
+Central	3	3.6
+Central	4	3.3
+Central	5	3
+Central	6	4
+Central	7	4.6
+South	1	6
+South	2	7
+South	3	6.5
+South	4	7.2
+South	5	8
+South	6	10
+South	7	10.5

examples/rps_on_gen/inputs/modules.txt

@@ -0,0 +1,16 @@
+# Core Modules
+switch_model
+switch_model.timescales
+switch_model.financials
+switch_model.balancing.load_zones
+switch_model.energy_sources.properties
+switch_model.generators.core.build
+switch_model.generators.core.dispatch
+switch_model.reporting
+# Custom Modules
+switch_model.transmission.local_td
+switch_model.generators.core.no_commit
+switch_model.energy_sources.fuel_costs.markets
+switch_model.transmission.transport.build
+switch_model.transmission.transport.dispatch
+switch_model.policies.rps_on_gen

examples/rps_on_gen/inputs/non_fuel_energy_sources.tab

@@ -0,0 +1,6 @@
+energy_source
+Wind
+Solar
+Geothermal
+Water
+Electricity

examples/rps_on_gen/inputs/periods.tab

@@ -0,0 +1,3 @@
+INVESTMENT_PERIOD	period_start	period_end
+2020	2017	2026
+2030	2027	2036

examples/rps_on_gen/inputs/regional_fuel_markets.tab

@@ -0,0 +1,5 @@
+regional_fuel_market	fuel
+All_DistOil	DistillateFuelOil
+All_NG	NaturalGas
+North_Bio	BioSolid
+South_Bio	BioSolid

examples/rps_on_gen/inputs/rps_targets.tab

@@ -0,0 +1,7 @@
+load_zone	period	rps_target
+North 2020    0.35
+North 2030    0.9
+Central 2020    0.35
+Central 2030    0.3
+South 2020    0.35
+South 2030    0.5

examples/rps_on_gen/inputs/switch_inputs_version.txt

@@ -0,0 +1 @@
+2.0.0b2

examples/rps_on_gen/inputs/timepoints.tab

@@ -0,0 +1,8 @@
+timepoint_id	timestamp	timeseries
+1	2025011500	2020_01winter
+2	2025011512	2020_01winter
+3	2025011600	2020_01winter
+4	2025011612	2020_01winter
+5	2025061500	2020_06summer
+6	2025061512	2020_06summer
+7	2035011512	2030_all

examples/rps_on_gen/inputs/timeseries.tab

@@ -0,0 +1,4 @@
+TIMESERIES	ts_period	ts_duration_of_tp	ts_num_tps	ts_scale_to_period
+2020_01winter	2020	12	4	913.12
+2020_06summer	2020	12	2	1826.25
+2030_all	2030	24	1	3652.5

examples/rps_on_gen/inputs/transmission_lines.tab

@@ -0,0 +1,3 @@
+TRANSMISSION_LINE	trans_lz1	trans_lz2	trans_length_km	trans_efficiency	existing_trans_cap
+N-C	North	Central	100	0.96	3
+C-S	Central	South	200	0.94	6