Factor of 4 based on 4MW turbine size added

ClimateCompatibleGrowth · Sep 2, 2024 · bc06bcb · bc06bcb
1 parent 2f82784
commit bc06bcb
Showing 1 changed file with 2 additions and 2 deletions.
diff --git a/optimize_ammonia_plant.py b/optimize_ammonia_plant.py
@@ -285,7 +285,7 @@ def optimize_ammonia_plant(wind_potential, pv_potential, demand_profile,
             optimize_ammonia_plant(wind_profile.sel(hexagon=hexagon, time=ammonia_demand_trucking.index),
                                    pv_profile.sel(hexagon=hexagon, time=ammonia_demand_trucking.index),
                                    ammonia_demand_trucking,
-                                   hexagons.loc[hexagon, 'theo_turbines'],
+                                   hexagons.loc[hexagon, 'theo_turbines']*4, # using 4MW turbines
                                    hexagons.loc[hexagon, 'theo_pv'],
                                    country_series,
                                    # water_limit = hexagons.loc[hexagon,'delta_water_m3']
@@ -333,7 +333,7 @@ def optimize_ammonia_plant(wind_potential, pv_potential, demand_profile,
                 optimize_ammonia_plant(wind_profile.sel(hexagon=hexagon, time=ammonia_demand_pipeline.index),
                                        pv_profile.sel(hexagon=hexagon, time=ammonia_demand_pipeline.index),
                                        ammonia_demand_pipeline,
-                                       hexagons.loc[hexagon, 'theo_turbines'],
+                                       hexagons.loc[hexagon, 'theo_turbines']*4, # using 4 MW turbines
                                        hexagons.loc[hexagon, 'theo_pv'],
                                        country_series,
                                        # water_limit = hexagons.loc[hexagon,'delta_water_m3'],