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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_bio_ethanol), bio_ethanol), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_bio_ethanol_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_bio_ethanol, bio_ethanol_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_bio_ethanol), loss), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_bio_ethanol_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_bio_ethanol, loss_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(INPUT_SLOTS(V(energy_production_bio_ethanol), network_gas), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_bio_ethanol_input
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_bio_ethanol, network_gas_input_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(INPUT_SLOTS(V(energy_production_bio_ethanol), wet_biomass), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_bio_ethanol_input
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_bio_ethanol, wet_biomass_input_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(INPUT_SLOTS(V(energy_production_bio_ethanol_to_jet), bio_ethanol), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_bio_ethanol_to_jet_input
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_bio_ethanol_to_jet, bio_ethanol_input_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_bio_ethanol_to_jet), bio_kerosene), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_bio_ethanol_to_jet_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_bio_ethanol_to_jet, bio_kerosene_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
Comment thread
mabijkerk marked this conversation as resolved.
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_bio_ethanol_to_jet), biodiesel), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_bio_ethanol_to_jet_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_bio_ethanol_to_jet, biodiesel_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(INPUT_SLOTS(V(energy_production_bio_ethanol_to_jet), hydrogen), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_bio_ethanol_to_jet_input
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_bio_ethanol_to_jet, hydrogen_input_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_bio_ethanol_to_jet), loss), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_bio_ethanol_to_jet_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_bio_ethanol_to_jet, loss_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_biogenic_waste_ccs), bio_kerosene), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_biogenic_waste_ccs_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_biogenic_waste_ccs, bio_kerosene_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
Comment thread
mabijkerk marked this conversation as resolved.
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_biogenic_waste_ccs), biodiesel), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_biogenic_waste_ccs_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_biogenic_waste_ccs, biodiesel_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_biogenic_waste_ccs), bionaphtha), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_biogenic_waste_ccs_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_biogenic_waste_ccs, bionaphtha_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_biogenic_waste_ccs), loss), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_biogenic_waste_ccs_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_biogenic_waste_ccs, loss_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_dry_biomass_ccs), bio_kerosene), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_dry_biomass_ccs_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_dry_biomass_ccs, bio_kerosene_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_dry_biomass_ccs), biodiesel), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_dry_biomass_ccs_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_dry_biomass_ccs, biodiesel_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_dry_biomass_ccs), bionaphtha), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_dry_biomass_ccs_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_dry_biomass_ccs, bionaphtha_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_dry_biomass_ccs), loss), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_dry_biomass_ccs_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_dry_biomass_ccs, loss_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_non_biogenic_waste_ccs), diesel), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_non_biogenic_waste_ccs_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_non_biogenic_waste_ccs, diesel_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_non_biogenic_waste_ccs), kerosene), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_non_biogenic_waste_ccs_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_non_biogenic_waste_ccs, kerosene_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_non_biogenic_waste_ccs), loss), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_non_biogenic_waste_ccs_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_non_biogenic_waste_ccs, loss_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_non_biogenic_waste_ccs), naphtha), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_non_biogenic_waste_ccs_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_non_biogenic_waste_ccs, naphtha_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(INPUT_SLOTS(V(energy_production_fischer_tropsch_synthetic_dispatchable), electricity), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_synthetic_dispatchable_input
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_synthetic_dispatchable, electricity_input_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_synthetic_dispatchable), gasoline), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_synthetic_dispatchable_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_synthetic_dispatchable, gasoline_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(INPUT_SLOTS(V(energy_production_fischer_tropsch_synthetic_dispatchable), hydrogen), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_synthetic_dispatchable_input
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_synthetic_dispatchable, hydrogen_input_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_synthetic_dispatchable), kerosene), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_synthetic_dispatchable_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_synthetic_dispatchable, kerosene_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_synthetic_dispatchable), loss), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_synthetic_dispatchable_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_synthetic_dispatchable, loss_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
Comment thread
mabijkerk marked this conversation as resolved.
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(INPUT_SLOTS(V(energy_production_fischer_tropsch_synthetic_must_run), electricity), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_synthetic_must_run_input
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_synthetic_must_run, electricity_input_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_synthetic_must_run), gasoline), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_synthetic_must_run_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_synthetic_must_run, gasoline_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(INPUT_SLOTS(V(energy_production_fischer_tropsch_synthetic_must_run), hydrogen), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_synthetic_must_run_input
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_synthetic_must_run, hydrogen_input_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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# Priority is set at 2 to go before the regular liquid fuels inputs

- query = UPDATE(OUTPUT_SLOTS(V(energy_production_fischer_tropsch_synthetic_must_run), kerosene), conversion, DIVIDE(USER_INPUT(),100.0))
- share_group = energy_production_fischer_tropsch_synthetic_must_run_output
- priority = 2
- max_value = 100.0
- min_value = 0.0
- start_value_gql = present:V(energy_production_fischer_tropsch_synthetic_must_run, kerosene_output_conversion) * 100.0
- step_value = 0.1
- unit = %
- update_period = future
- coupling_groups = [external_model_liquid_fuels]
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