Add travel times

db/csvs_test_examples/temporal/20_one_day/horizon_params.csv

@@ -1,2 +1,2 @@
 balancing_type_horizon,horizon,boundary
-day,1,circular
+day,1,circular

db/csvs_test_examples/temporal/20_one_day/horizon_timepoints.csv

@@ -1,2 +1,2 @@
 stage_id,balancing_type_horizon,horizon,tmp_start,tmp_start_spinup_or_lookahead,tmp_end,tmp_end_spinup_or_lookahead
-1,day,1,1,0,24,0
+1,day,1,1,0,24,0

db/csvs_test_examples/water/water_network/1_base_no_travel_time.csv

@@ -0,0 +1,5 @@
+water_link,water_node_from,water_node_to,water_link_flow_transport_time_hours
+Water_Link_12,Water_Node_1,Water_Node_2,0
+Water_Link_23,Water_Node_2,Water_Node_3,0
+Water_Link_34,Water_Node_3,Water_Node_4,0
+Water_Link_45,Water_Node_4,Water_Node_5,0

db/csvs_test_examples/water/water_network/1_base.csv → db/csvs_test_examples/water/water_network/2_base_with_travel_time.csv

@@ -2,4 +2,4 @@ water_link,water_node_from,water_node_to,water_link_flow_transport_time_hours
 Water_Link_12,Water_Node_1,Water_Node_2,1
 Water_Link_23,Water_Node_2,Water_Node_3,2
 Water_Link_34,Water_Node_3,Water_Node_4,1
-Water_Link_45,Water_Node_4,Water_Node_5,2
+Water_Link_45,Water_Node_4,Water_Node_5,2

db/db_schema.sql

@@ -6265,11 +6265,12 @@ CREATE TABLE results_system_water_link_timepoint
     subproblem_id          INTEGER,
     stage_id               INTEGER,
     water_link             VARCHAR(32),
-    timepoint              INTEGER,
+    departure_timepoint    INTEGER,
+    arrival_timepoint      INTEGER,
     water_flow_vol_per_sec FLOAT,
     PRIMARY KEY (scenario_id, weather_iteration, hydro_iteration,
                  availability_iteration, subproblem_id, stage_id, water_link,
-                 timepoint)
+                 departure_timepoint)
 );
 
 DROP TABLE IF EXISTS results_system_water_node_timepoint;

examples/hydro_system_exog_elev/inputs/water_network.tab

@@ -1,5 +1,5 @@
 water_link	water_node_from	water_node_to	water_link_flow_transport_time_hours
-Water_Link_12	Water_Node_1	Water_Node_2	1.0
-Water_Link_23	Water_Node_2	Water_Node_3	2.0
-Water_Link_34	Water_Node_3	Water_Node_4	1.0
-Water_Link_45	Water_Node_4	Water_Node_5	2.0
+Water_Link_12	Water_Node_1	Water_Node_2	0.0
+Water_Link_23	Water_Node_2	Water_Node_3	0.0
+Water_Link_34	Water_Node_3	Water_Node_4	0.0
+Water_Link_45	Water_Node_4	Water_Node_5	0.0

examples/hydro_system_exog_elev_w_travel_time/features.csv

@@ -0,0 +1,2 @@
+features
+water

examples/hydro_system_exog_elev_w_travel_time/inputs/fuel_prices.tab

@@ -0,0 +1 @@
+fuel	period	month	fuel_price_per_mmbtu

examples/hydro_system_exog_elev_w_travel_time/inputs/fuels.tab

@@ -0,0 +1 @@
+fuel	co2_intensity_tons_per_mmbtu	fuel_group

examples/hydro_system_exog_elev_w_travel_time/inputs/horizon_timepoints.tab

@@ -0,0 +1,25 @@
+horizon	balancing_type_horizon	timepoint
+1	day	1
+1	day	2
+1	day	3
+1	day	4
+1	day	5
+1	day	6
+1	day	7
+1	day	8
+1	day	9
+1	day	10
+1	day	11
+1	day	12
+1	day	13
+1	day	14
+1	day	15
+1	day	16
+1	day	17
+1	day	18
+1	day	19
+1	day	20
+1	day	21
+1	day	22
+1	day	23
+1	day	24

examples/hydro_system_exog_elev_w_travel_time/inputs/horizons.tab

@@ -0,0 +1,2 @@
+horizon	balancing_type_horizon	boundary
+1	day	circular

examples/hydro_system_exog_elev_w_travel_time/inputs/load_mw.tab

@@ -0,0 +1,25 @@
+LOAD_ZONES	timepoint	load_mw
+Zone1	1	77.84
+Zone1	2	75.76
+Zone1	3	73.52
+Zone1	4	74.16
+Zone1	5	74.16
+Zone1	6	75.84
+Zone1	7	78.96
+Zone1	8	84.744
+Zone1	9	88.264
+Zone1	10	90.464
+Zone1	11	93.984
+Zone1	12	102.528
+Zone1	13	103.872
+Zone1	14	104.256
+Zone1	15	106.272
+Zone1	16	106.368
+Zone1	17	111.456
+Zone1	18	109.248
+Zone1	19	107.904
+Zone1	20	98.384
+Zone1	21	96.096
+Zone1	22	93.104
+Zone1	23	82.656
+Zone1	24	77.868

examples/hydro_system_exog_elev_w_travel_time/inputs/load_zones.tab

@@ -0,0 +1,2 @@
+load_zone	allow_overgeneration	overgeneration_penalty_per_mw	allow_unserved_energy	unserved_energy_penalty_per_mwh	unserved_energy_limit_mwh	max_unserved_load_penalty_per_mw	max_unserved_load_limit_mw	export_penalty_cost_per_mwh
+Zone1	1	99999999.0	1	99999999.0	.	0.0	.	0.0

examples/hydro_system_exog_elev_w_travel_time/inputs/periods.tab

@@ -0,0 +1,2 @@
+period	discount_factor	period_start_year	period_end_year	hours_in_period_timepoints
+2026	1.0	2026.0	2027.0	8760.0

examples/hydro_system_exog_elev_w_travel_time/inputs/powerhouses.tab

@@ -0,0 +1,4 @@
+powerhouse	powerhouse_water_node	tailwater_elevation	headloss_factor	turbine_efficiency
+Powerhouse1	Water_Node_1	800.0	0.05	0.9
+Powerhouse2	Water_Node_2	400.0	0.05	0.9
+Powerhouse3	Water_Node_3	100.0	0.05	0.9

examples/hydro_system_exog_elev_w_travel_time/inputs/projects.tab

@@ -0,0 +1,7 @@
+project	capacity_type	availability_type	operational_type	balancing_type_project	technology	load_zone	variable_om_cost_per_mwh	min_stable_level_fraction	unit_size_mw	startup_cost_per_mw	shutdown_cost_per_mw	startup_fuel_mmbtu_per_mw	startup_plus_ramp_up_rate	shutdown_plus_ramp_down_rate	ramp_up_when_on_rate	ramp_down_when_on_rate	ramp_up_violation_penalty	ramp_down_violation_penalty	min_up_time_hours	min_up_time_violation_penalty	min_down_time_hours	min_down_time_violation_penalty	allow_startup_shutdown_power	storage_efficiency	charging_efficiency	discharging_efficiency	charging_capacity_multiplier	discharging_capacity_multiplier	minimum_duration_hours	maximum_duration_hours	aux_consumption_frac_capacity	aux_consumption_frac_power	last_commitment_stage	curtailment_cost_per_pwh	powerunithour_per_fuelunit	soc_penalty_cost_per_energyunit	soc_last_tmp_penalty_cost_per_energyunit	partial_availability_threshold	nonfuel_carbon_emissions_per_mwh	powerhouse	generator_efficiency
+Gen11	gen_spec	exogenous	gen_hydro_water	day	Hydro_Water	Zone1	0.0	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	Powerhouse1	0.95
+Gen12	gen_spec	exogenous	gen_hydro_water	day	Hydro_Water	Zone1	0.0	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	Powerhouse1	0.95
+Gen21	gen_spec	exogenous	gen_hydro_water	day	Hydro_Water	Zone1	0.0	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	Powerhouse2	0.95
+Gen22	gen_spec	exogenous	gen_hydro_water	day	Hydro_Water	Zone1	0.0	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	Powerhouse2	0.95
+Gen31	gen_spec	exogenous	gen_hydro_water	day	Hydro_Water	Zone1	0.0	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	Powerhouse3	0.95
+Gen32	gen_spec	exogenous	gen_hydro_water	day	Hydro_Water	Zone1	0.0	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	.	Powerhouse3	0.95

examples/hydro_system_exog_elev_w_travel_time/inputs/reservoir_exogenous_elevations.tab

@@ -0,0 +1,73 @@
+reservoir	timepoint	exogenous_elevation
+Water_Node_1	1	950
+Water_Node_1	2	950
+Water_Node_1	3	950
+Water_Node_1	4	950
+Water_Node_1	5	950
+Water_Node_1	6	950
+Water_Node_1	7	950
+Water_Node_1	8	950
+Water_Node_1	9	950
+Water_Node_1	10	950
+Water_Node_1	11	950
+Water_Node_1	12	950
+Water_Node_1	13	950
+Water_Node_1	14	950
+Water_Node_1	15	950
+Water_Node_1	16	950
+Water_Node_1	17	950
+Water_Node_1	18	950
+Water_Node_1	19	950
+Water_Node_1	20	950
+Water_Node_1	21	950
+Water_Node_1	22	950
+Water_Node_1	23	950
+Water_Node_1	24	950
+Water_Node_2	1	600
+Water_Node_2	2	600
+Water_Node_2	3	600
+Water_Node_2	4	600
+Water_Node_2	5	600
+Water_Node_2	6	600
+Water_Node_2	7	600
+Water_Node_2	8	600
+Water_Node_2	9	600
+Water_Node_2	10	600
+Water_Node_2	11	600
+Water_Node_2	12	600
+Water_Node_2	13	600
+Water_Node_2	14	600
+Water_Node_2	15	600
+Water_Node_2	16	600
+Water_Node_2	17	600
+Water_Node_2	18	600
+Water_Node_2	19	600
+Water_Node_2	20	600
+Water_Node_2	21	600
+Water_Node_2	22	600
+Water_Node_2	23	600
+Water_Node_2	24	600
+Water_Node_3	1	265
+Water_Node_3	2	265
+Water_Node_3	3	265
+Water_Node_3	4	265
+Water_Node_3	5	265
+Water_Node_3	6	265
+Water_Node_3	7	265
+Water_Node_3	8	265
+Water_Node_3	9	265
+Water_Node_3	10	265
+Water_Node_3	11	265
+Water_Node_3	12	265
+Water_Node_3	13	265
+Water_Node_3	14	265
+Water_Node_3	15	265
+Water_Node_3	16	265
+Water_Node_3	17	265
+Water_Node_3	18	265
+Water_Node_3	19	265
+Water_Node_3	20	265
+Water_Node_3	21	265
+Water_Node_3	22	265
+Water_Node_3	23	265
+Water_Node_3	24	265

examples/hydro_system_exog_elev_w_travel_time/inputs/reservoir_target_volumes.tab

@@ -0,0 +1,4 @@
+reservoir	timepoint	reservoir_target_volume
+Water_Node_1	1.0	23750
+Water_Node_2	1.0	1500
+Water_Node_3	1.0	62.5

examples/hydro_system_exog_elev_w_travel_time/inputs/spec_capacity_period_params.tab

@@ -0,0 +1,7 @@
+project	period	specified_capacity_mw	hyb_gen_specified_capacity_mw	hyb_stor_specified_capacity_mw	specified_capacity_mwh	fuel_production_capacity_fuelunitperhour	fuel_release_capacity_fuelunitperhour	fuel_storage_capacity_fuelunit	fixed_cost_per_mw_yr	hyb_gen_fixed_cost_per_mw_yr	hyb_stor_fixed_cost_per_mw_yr	fixed_cost_per_mwh_yr	fuel_production_capacity_fixed_cost_per_fuelunitperhour_yr	fuel_release_capacity_fixed_cost_per_fuelunitperhour_yr	fuel_storage_capacity_fixed_cost_per_fuelunit_yr
+Gen11	2026	225.0							0.0						
+Gen12	2026	225.0							0.0						
+Gen21	2026	80.0							0.0						
+Gen22	2026	80.0							0.0						
+Gen31	2026	85.0							0.0						
+Gen32	2026	85.0							0.0						

examples/hydro_system_exog_elev_w_travel_time/inputs/timepoints.tab

@@ -0,0 +1,25 @@
+timepoint	period	timepoint_weight	number_of_hours_in_timepoint	previous_stage_timepoint_map	month	day_of_month	hour_of_day
+1	2026	365.0	1	.	1	1	1.0
+2	2026	365.0	1	.	1	1	2.0
+3	2026	365.0	1	.	1	1	3.0
+4	2026	365.0	1	.	1	1	4.0
+5	2026	365.0	1	.	1	1	5.0
+6	2026	365.0	1	.	1	1	6.0
+7	2026	365.0	1	.	1	1	7.0
+8	2026	365.0	1	.	1	1	8.0
+9	2026	365.0	1	.	1	1	9.0
+10	2026	365.0	1	.	1	1	10.0
+11	2026	365.0	1	.	1	1	11.0
+12	2026	365.0	1	.	1	1	12.0
+13	2026	365.0	1	.	1	1	13.0
+14	2026	365.0	1	.	1	1	14.0
+15	2026	365.0	1	.	1	1	15.0
+16	2026	365.0	1	.	1	1	16.0
+17	2026	365.0	1	.	1	1	17.0
+18	2026	365.0	1	.	1	1	18.0
+19	2026	365.0	1	.	1	1	19.0
+20	2026	365.0	1	.	1	1	20.0
+21	2026	365.0	1	.	1	1	21.0
+22	2026	365.0	1	.	1	1	22.0
+23	2026	365.0	1	.	1	1	23.0
+24	2026	365.0	1	.	1	1	24.0

examples/hydro_system_exog_elev_w_travel_time/inputs/water_flow_bounds.tab

@@ -0,0 +1,97 @@
+water_link	timepoint	min_flow_vol_per_second	max_flow_vol_per_second
+Water_Link_12	1.0	0.002	0.02
+Water_Link_12	2.0	0.002	0.02
+Water_Link_12	3.0	0.002	0.02
+Water_Link_12	4.0	0.002	0.02
+Water_Link_12	5.0	0.002	0.02
+Water_Link_12	6.0	0.002	0.02
+Water_Link_12	7.0	0.002	0.02
+Water_Link_12	8.0	0.002	0.02
+Water_Link_12	9.0	0.002	0.02
+Water_Link_12	10.0	0.002	0.02
+Water_Link_12	11.0	0.002	0.02
+Water_Link_12	12.0	0.002	0.02
+Water_Link_12	13.0	0.002	0.02
+Water_Link_12	14.0	0.002	0.02
+Water_Link_12	15.0	0.002	0.02
+Water_Link_12	16.0	0.002	0.02
+Water_Link_12	17.0	0.002	0.02
+Water_Link_12	18.0	0.002	0.02
+Water_Link_12	19.0	0.002	0.02
+Water_Link_12	20.0	0.002	0.02
+Water_Link_12	21.0	0.002	0.02
+Water_Link_12	22.0	0.002	0.02
+Water_Link_12	23.0	0.002	0.02
+Water_Link_12	24.0	0.002	0.02
+Water_Link_23	1.0	0.002	0.02
+Water_Link_23	2.0	0.002	0.02
+Water_Link_23	3.0	0.002	0.02
+Water_Link_23	4.0	0.002	0.02
+Water_Link_23	5.0	0.002	0.02
+Water_Link_23	6.0	0.002	0.02
+Water_Link_23	7.0	0.002	0.02
+Water_Link_23	8.0	0.002	0.02
+Water_Link_23	9.0	0.002	0.02
+Water_Link_23	10.0	0.002	0.02
+Water_Link_23	11.0	0.002	0.02
+Water_Link_23	12.0	0.002	0.02
+Water_Link_23	13.0	0.002	0.02
+Water_Link_23	14.0	0.002	0.02
+Water_Link_23	15.0	0.002	0.02
+Water_Link_23	16.0	0.002	0.02
+Water_Link_23	17.0	0.002	0.02
+Water_Link_23	18.0	0.002	0.02
+Water_Link_23	19.0	0.002	0.02
+Water_Link_23	20.0	0.002	0.02
+Water_Link_23	21.0	0.002	0.02
+Water_Link_23	22.0	0.002	0.02
+Water_Link_23	23.0	0.002	0.02
+Water_Link_23	24.0	0.002	0.02
+Water_Link_34	1.0	0.002	0.02
+Water_Link_34	2.0	0.002	0.02
+Water_Link_34	3.0	0.002	0.02
+Water_Link_34	4.0	0.002	0.02
+Water_Link_34	5.0	0.002	0.02
+Water_Link_34	6.0	0.002	0.02
+Water_Link_34	7.0	0.002	0.02
+Water_Link_34	8.0	0.002	0.02
+Water_Link_34	9.0	0.002	0.02
+Water_Link_34	10.0	0.002	0.02
+Water_Link_34	11.0	0.002	0.02
+Water_Link_34	12.0	0.002	0.02
+Water_Link_34	13.0	0.002	0.02
+Water_Link_34	14.0	0.002	0.02
+Water_Link_34	15.0	0.002	0.02
+Water_Link_34	16.0	0.002	0.02
+Water_Link_34	17.0	0.002	0.02
+Water_Link_34	18.0	0.002	0.02
+Water_Link_34	19.0	0.002	0.02
+Water_Link_34	20.0	0.002	0.02
+Water_Link_34	21.0	0.002	0.02
+Water_Link_34	22.0	0.002	0.02
+Water_Link_34	23.0	0.002	0.02
+Water_Link_34	24.0	0.002	0.02
+Water_Link_45	1.0	0.002	0.02
+Water_Link_45	2.0	0.002	0.02
+Water_Link_45	3.0	0.002	0.02
+Water_Link_45	4.0	0.002	0.02
+Water_Link_45	5.0	0.002	0.02
+Water_Link_45	6.0	0.002	0.02
+Water_Link_45	7.0	0.002	0.02
+Water_Link_45	8.0	0.002	0.02
+Water_Link_45	9.0	0.002	0.02
+Water_Link_45	10.0	0.002	0.02
+Water_Link_45	11.0	0.002	0.02
+Water_Link_45	12.0	0.002	0.02
+Water_Link_45	13.0	0.002	0.02
+Water_Link_45	14.0	0.002	0.02
+Water_Link_45	15.0	0.002	0.02
+Water_Link_45	16.0	0.002	0.02
+Water_Link_45	17.0	0.002	0.02
+Water_Link_45	18.0	0.002	0.02
+Water_Link_45	19.0	0.002	0.02
+Water_Link_45	20.0	0.002	0.02
+Water_Link_45	21.0	0.002	0.02
+Water_Link_45	22.0	0.002	0.02
+Water_Link_45	23.0	0.002	0.02
+Water_Link_45	24.0	0.002	0.02