Custom curve flhs hydro river, solar thermal & geothermal (#3223)

* Updating solar thermal and geothermal custom curve flh inputs

* Removing unnecessary flh inputs

* Minor changes in structure

* Implementing preset_demand_by method in FLH curve inputs for heat

* Adding steam hotwater method to FLH inputs for heat

* Split up shallow and deep geothermal heat flh curves

* Add extra documentation concerning FLH update inputs

* Adjust node position

* Minor updates in description and layout

---------

Co-authored-by: Kyra de Haan <[email protected]>

Author: kaskranenburgQ

config/energy_node_positions.yml

@@ -1045,7 +1045,7 @@ energy_heat_well_shallow_heatpump_mt_geothermal:
   "y": 6980
 energy_heat_well_shallow_lt_geothermal:
   x: 6060
-  "y": 6200
+  "y": 6080
 energy_hydrogen_after_distribution:
   x: 5200
   "y": 8920

config/user_curves.yml

@@ -133,7 +133,7 @@ interconnector_1_export_must_run:
   display_group: must_run_interconnectors
   reduce:
     as: full_load_hours
-    sets: 
+    sets:
      - external_coupling_interconnector_1_flh_of_export_user_curve
 
 interconnector_2_price:
@@ -653,23 +653,31 @@ weather/solar_thermal:
   reduce:
     as: full_load_hours
     sets:
-      - flh_of_solar_thermal
+      - flh_of_solar_thermal_user_curve
+
+geothermal_heat_shallow:
+  type: capacity_profile
+  display_group: heat_production
+  reduce:
+    as: full_load_hours
+    sets:
+      - flh_of_geothermal_heat_shallow_user_curve
 
-geothermal_heat:
+geothermal_heat_deep:
   type: capacity_profile
   display_group: heat_production
   reduce:
     as: full_load_hours
     sets:
-      - flh_of_geothermal_heat
+      - flh_of_geothermal_heat_deep_user_curve
 
 river:
   type: capacity_profile
   display_group: electricity_production
   reduce:
     as: full_load_hours
     sets:
-      - flh_of_hydro_river
+      - flh_of_hydro_river_user_curve
 
 weather/air_temperature:
   type: temperature

inputs/full_load_hours/flh_of_geothermal_heat.ad

@@ -0,0 +1,36 @@
+# This input updates the FLHs of deep geothermal heat technologies when a custom curve is uploaded,
+# see configuration in user_curves.yml.
+# FLH of agriculture_geothermal are updated in a different manner since users
+# set the share of this technology in heat demand, whereas for the other technologies the
+# output capacity can be set. Therefore, the method for changing the FLHs of agricultural geothermal
+# will change the number of units and generates the same heat output, whereas for the other technologies
+# the number of units stay fixed and the heat output changes as result of changed FLHs.
+
+- query =
+    original_nou_energy_heat_well_deep_ht_geothermal =                      V(energy_heat_well_deep_ht_geothermal,      number_of_units);
+    original_nou_energy_heat_well_deep_mt_geothermal =                      V(energy_heat_well_deep_mt_geothermal,      number_of_units);
+    original_nou_industry_heat_well_geothermal =                            V(industry_heat_well_geothermal,            number_of_units);
+
+    EACH(
+      UPDATE(V(energy_heat_well_deep_ht_geothermal), full_load_hours, USER_INPUT()),
+      UPDATE(V(energy_heat_well_deep_ht_geothermal), number_of_units, original_nou_energy_heat_well_deep_ht_geothermal),
+      UPDATE(V(energy_heat_well_deep_ht_geothermal), preset_demand_by_steam_hot_water_production, V(energy_heat_well_deep_ht_geothermal, steam_hot_water_production_based_on_number_of_units)),
+
+      UPDATE(V(energy_heat_well_deep_mt_geothermal), full_load_hours, USER_INPUT()),
+      UPDATE(V(energy_heat_well_deep_mt_geothermal), number_of_units, original_nou_energy_heat_well_deep_mt_geothermal),
+      UPDATE(V(energy_heat_well_deep_mt_geothermal), preset_demand_by_steam_hot_water_production, V(energy_heat_well_deep_mt_geothermal, steam_hot_water_production_based_on_number_of_units)),
+
+      UPDATE(V(industry_heat_well_geothermal), full_load_hours, USER_INPUT()),
+      UPDATE(V(industry_heat_well_geothermal), number_of_units, original_nou_industry_heat_well_geothermal),
+      UPDATE(V(industry_heat_well_geothermal), preset_demand_by_steam_hot_water_production, V(industry_heat_well_geothermal, steam_hot_water_production_based_on_number_of_units)),
+
+      UPDATE(V(agriculture_geothermal), full_load_hours, USER_INPUT())
+    )
+
+- priority = 1
+- max_value = 8760.0
+- min_value = 0.0
+- start_value_gql = present:V(agriculture_geothermal, full_load_hours)
+- step_value = 1.0
+- unit = hours
+- update_period = future

inputs/full_load_hours/flh_of_geothermal_heat_deep_user_curve.ad

@@ -0,0 +1,25 @@
+# This input updates the FLHs of shallow geothermal heat technologies when a custom curve is uploaded,
+# see configuration in user_curves.yml. When a custom curve is uploaded, the heat output of these
+# technologies changes whereas the number of units stay fixed.
+
+- query =
+    original_nou_energy_heat_well_shallow_lt_geothermal =                   V(energy_heat_well_shallow_lt_geothermal,             number_of_units);
+    original_nou_energy_heat_well_shallow_heatpump_mt_geothermal =          V(energy_heat_well_shallow_heatpump_mt_geothermal,    number_of_units);
+
+    EACH(
+      UPDATE(V(energy_heat_well_shallow_lt_geothermal), full_load_hours, USER_INPUT()),
+      UPDATE(V(energy_heat_well_shallow_lt_geothermal), number_of_units, original_nou_energy_heat_well_shallow_lt_geothermal),
+      UPDATE(V(energy_heat_well_shallow_lt_geothermal), preset_demand_by_steam_hot_water_production, V(energy_heat_well_shallow_lt_geothermal, steam_hot_water_production_based_on_number_of_units)),
+
+      UPDATE(V(energy_heat_well_shallow_heatpump_mt_geothermal), full_load_hours, USER_INPUT()),
+      UPDATE(V(energy_heat_well_shallow_heatpump_mt_geothermal), number_of_units, original_nou_energy_heat_well_shallow_heatpump_mt_geothermal),
+      UPDATE(V(energy_heat_well_shallow_heatpump_mt_geothermal), preset_demand_by_steam_hot_water_production, V(energy_heat_well_shallow_heatpump_mt_geothermal, steam_hot_water_production_based_on_number_of_units)),
+    )
+
+- priority = 1
+- max_value = 8760.0
+- min_value = 0.0
+- start_value_gql = present:V(agriculture_geothermal, full_load_hours)
+- step_value = 1.0
+- unit = hours
+- update_period = future

inputs/full_load_hours/flh_of_geothermal_heat_shallow_user_curve.ad

@@ -0,0 +1,19 @@
+# This input updates the FLHs of hydro river
+# These FLH inputs are not listed in the front-end, but is automatically triggered when a user uploads the corresponding custom curve
+# You can see this in the user_curves.yml
+
+- query =
+    original_nou = V(energy_power_hydro_river, number_of_units);
+
+    EACH(
+      UPDATE(V(energy_power_hydro_river), full_load_hours, USER_INPUT()),
+      UPDATE(V(energy_power_hydro_river), number_of_units, original_nou),
+      UPDATE(V(energy_power_hydro_river), preset_demand_by_electricity_production, V(energy_power_hydro_river, production_based_on_number_of_units)),
+    )
+- priority = 1
+- max_value = 8760.0
+- min_value = 0.0
+- start_value_gql = present:V(energy_power_hydro_river, full_load_hours)
+- step_value = 1.0
+- unit = hours
+- update_period = future

inputs/full_load_hours/flh_of_hydro_river.ad

@@ -0,0 +1,38 @@
+# This input updates the FLHs of solar thermal technologies when a custom curve is uploaded,
+# see configuration in user_curves.yml.
+# FLH of solar thermal in buildings and households are updated in a different manner since users
+# set shares of this technology, whereas for the other technologies the
+# output capacity can be set. Therefore, the method for changing the FLHs of solar thermal in
+# buildings and households will change the number of units and generates the same heat output,
+# whereas for the other technologies the number of units stay fixed and the heat output changes
+# as result of changed FLHs.
+
+- query =
+    original_nou_energy_heat_solar_ht_solar_thermal =             V(energy_heat_solar_ht_solar_thermal,      number_of_units);
+    original_nou_energy_heat_solar_lt_solar_thermal =             V(energy_heat_solar_lt_solar_thermal,      number_of_units);
+    original_nou_energy_heat_solar_mt_solar_thermal =             V(energy_heat_solar_mt_solar_thermal,      number_of_units);
+
+    EACH(
+      UPDATE(V(energy_heat_solar_ht_solar_thermal), full_load_hours, USER_INPUT()),
+      UPDATE(V(energy_heat_solar_ht_solar_thermal), number_of_units, original_nou_energy_heat_solar_ht_solar_thermal),
+      UPDATE(V(energy_heat_solar_ht_solar_thermal), preset_demand_by_steam_hot_water_production, V(energy_heat_solar_ht_solar_thermal, steam_hot_water_production_based_on_number_of_units)),
+
+      UPDATE(V(energy_heat_solar_lt_solar_thermal), full_load_hours, USER_INPUT()),
+      UPDATE(V(energy_heat_solar_lt_solar_thermal), number_of_units, original_nou_energy_heat_solar_lt_solar_thermal),
+      UPDATE(V(energy_heat_solar_lt_solar_thermal), preset_demand_by_steam_hot_water_production, V(energy_heat_solar_lt_solar_thermal, steam_hot_water_production_based_on_number_of_units)),
+
+      UPDATE(V(energy_heat_solar_mt_solar_thermal), full_load_hours, USER_INPUT()),
+      UPDATE(V(energy_heat_solar_mt_solar_thermal), number_of_units, original_nou_energy_heat_solar_mt_solar_thermal),
+      UPDATE(V(energy_heat_solar_mt_solar_thermal), preset_demand_by_steam_hot_water_production, V(energy_heat_solar_mt_solar_thermal, steam_hot_water_production_based_on_number_of_units)),
+
+      UPDATE(V(buildings_space_heater_solar_thermal), full_load_hours, USER_INPUT()),
+      UPDATE(V(households_water_heater_solar_thermal), full_load_hours, USER_INPUT()),
+    )
+
+- priority = 1
+- max_value = 8760.0
+- min_value = 0.0
+- start_value_gql = present:V(households_water_heater_solar_thermal, full_load_hours)
+- step_value = 1.0
+- unit = hours
+- update_period = future