empire package

Subpackages

• empire.core package
  • Submodules
  • empire.core.config module
    • EmpireConfiguration
      • EmpireConfiguration.from_dict()
      • EmpireConfiguration.to_dict()
      • EmpireConfiguration.validate()
    • EmpireRunConfiguration
      • EmpireRunConfiguration.from_dict()
      • EmpireRunConfiguration.validate()
    • read_config_file()
  • empire.core.empire module
    • run_empire()
  • empire.core.model_runner module
    • run_empire_model()
    • runner()
    • setup_run_paths()
  • empire.core.reader module
    • generate_tab_files()
    • read_file()
    • read_sets()
  • empire.core.scenario_random module
    • check_scenarios_exist()
    • check_scenarios_exist_and_copy()
    • gather_peak_sample()
    • gather_regular_sample()
    • generate_random_scenario()
    • make_datetime()
    • make_filter_result()
    • make_mean()
    • make_ws()
    • remove_time_index()
    • sample_generator()
    • sample_generator_peak()
    • sample_hydro()
    • sample_hydro_peak()
    • sample_load()
    • sample_load_peak()
    • season_month()
    • year_season_filter()
  • Module contents
• empire.input_client package
  • Submodules
  • empire.input_client.client module
    • BaseClient
      • BaseClient.DEFAULT_SKIPROWS
      • BaseClient.DEFAULT_STARTROW
      • BaseClient.DEFAULT_USECOLS
      • BaseClient.validate()
    • EmpireInputClient
    • GeneralClient
      • GeneralClient.DEFAULT_SKIPROWS
      • GeneralClient.DEFAULT_STARTROW
      • GeneralClient.DEFAULT_USECOLS
      • GeneralClient.get_co2_cap()
      • GeneralClient.get_co2_price()
      • GeneralClient.get_season_scale()
      • GeneralClient.set_co2_cap()
      • GeneralClient.set_co2_price()
      • GeneralClient.set_season_scale()
    • GeneratorClient
      • GeneratorClient.DEFAULT_SKIPROWS
      • GeneratorClient.DEFAULT_STARTROW
      • GeneratorClient.DEFAULT_USECOLS
      • GeneratorClient.get_capital_costs()
      • GeneratorClient.get_ccs_cost_ts_variable()
      • GeneratorClient.get_co2_content()
      • GeneratorClient.get_efficiency()
      • GeneratorClient.get_fixed_om_costs()
      • GeneratorClient.get_fuel_costs()
      • GeneratorClient.get_generator_type_availability()
      • GeneratorClient.get_initial_capacity()
      • GeneratorClient.get_lifetime()
      • GeneratorClient.get_max_built_capacity()
      • GeneratorClient.get_max_installed_capacity()
      • GeneratorClient.get_ramp_rate()
      • GeneratorClient.get_ref_initial_capacity()
      • GeneratorClient.get_scale_factor_initial_capacity()
      • GeneratorClient.get_variable_om_costs()
      • GeneratorClient.set_capital_costs()
      • GeneratorClient.set_ccs_cost_ts_variable()
      • GeneratorClient.set_co2_content()
      • GeneratorClient.set_efficiency()
      • GeneratorClient.set_fixed_om_costs()
      • GeneratorClient.set_fuel_costs()
      • GeneratorClient.set_generator_type_availability()
      • GeneratorClient.set_initial_capacity()
      • GeneratorClient.set_lifetime()
      • GeneratorClient.set_max_built_capacity()
      • GeneratorClient.set_max_installed_capacity()
      • GeneratorClient.set_ramp_rate()
      • GeneratorClient.set_ref_initial_capacity()
      • GeneratorClient.set_scale_factor_initial_capacity()
      • GeneratorClient.set_variable_om_costs()
    • NodeClient
      • NodeClient.DEFAULT_SKIPROWS
      • NodeClient.DEFAULT_STARTROW
      • NodeClient.DEFAULT_USECOLS
      • NodeClient.get_electric_annual_demand()
      • NodeClient.get_hydro_generators_max_annual_production()
      • NodeClient.get_node_lost_load_cost()
      • NodeClient.set_electric_annual_demand()
      • NodeClient.set_hydro_generators_max_annual_production()
      • NodeClient.set_node_lost_load_cost()
    • SetsClient
      • SetsClient.DEFAULT_SKIPROWS
      • SetsClient.DEFAULT_STARTROW
      • SetsClient.DEFAULT_USECOLS
      • SetsClient.get_coordinates()
      • SetsClient.get_directional_lines()
      • SetsClient.get_generators()
      • SetsClient.get_generators_of_node()
      • SetsClient.get_generators_of_technology()
      • SetsClient.get_horizon()
      • SetsClient.get_line_type()
      • SetsClient.get_line_type_of_directional_lines()
      • SetsClient.get_nodes()
      • SetsClient.get_offshore_nodes()
      • SetsClient.get_storage()
      • SetsClient.get_storage_of_nodes()
      • SetsClient.get_technology()
      • SetsClient.set_coordinates()
      • SetsClient.set_directional_lines()
      • SetsClient.set_generators()
      • SetsClient.set_generators_of_node()
      • SetsClient.set_generators_of_technology()
      • SetsClient.set_horizon()
      • SetsClient.set_line_type()
      • SetsClient.set_line_type_of_directional_lines()
      • SetsClient.set_nodes()
      • SetsClient.set_offshore_nodes()
      • SetsClient.set_storage()
      • SetsClient.set_storage_of_nodes()
      • SetsClient.set_technology()
    • StorageClient
      • StorageClient.DEFAULT_SKIPROWS
      • StorageClient.DEFAULT_STARTROW
      • StorageClient.DEFAULT_USECOLS
      • StorageClient.get_energy_capital_cost()
      • StorageClient.get_energy_fixed_om_cost()
      • StorageClient.get_energy_max_built_capacity()
      • StorageClient.get_energy_max_installed_capacity()
      • StorageClient.get_initial_energy_capacity()
      • StorageClient.get_initial_power_capacity()
      • StorageClient.get_lifetime()
      • StorageClient.get_power_capital_cost()
      • StorageClient.get_power_fixed_om_cost()
      • StorageClient.get_power_max_built_capacity()
      • StorageClient.get_power_max_installed_capacity()
      • StorageClient.get_storage_bleed_efficiency()
      • StorageClient.get_storage_charge_efficiency()
      • StorageClient.get_storage_discharge_efficiency()
      • StorageClient.get_storage_initial_energy_level()
      • StorageClient.get_storage_power_to_energy()
      • StorageClient.set_energy_capital_cost()
      • StorageClient.set_energy_fixed_om_cost()
      • StorageClient.set_energy_max_built_capacity()
      • StorageClient.set_energy_max_installed_capacity()
      • StorageClient.set_initial_energy_capacity()
      • StorageClient.set_initial_power_capacity()
      • StorageClient.set_lifetime()
      • StorageClient.set_power_capital_cost()
      • StorageClient.set_power_fixed_om_cost()
      • StorageClient.set_power_max_built_capacity()
      • StorageClient.set_power_max_installed_capacity()
      • StorageClient.set_storage_bleed_efficiency()
      • StorageClient.set_storage_charge_efficiency()
      • StorageClient.set_storage_discharge_efficiency()
      • StorageClient.set_storage_initial_energy_level()
      • StorageClient.set_storage_power_to_energy()
    • TransmissionClient
      • TransmissionClient.DEFAULT_SKIPROWS
      • TransmissionClient.DEFAULT_STARTROW
      • TransmissionClient.DEFAULT_USECOLS
      • TransmissionClient.get_initial_capacity()
      • TransmissionClient.get_length()
      • TransmissionClient.get_lifetime()
      • TransmissionClient.get_line_efficiency()
      • TransmissionClient.get_max_built_capacity()
      • TransmissionClient.get_max_install_capacity_raw()
      • TransmissionClient.get_type_capital_cost()
      • TransmissionClient.get_type_fixed_om_cost()
      • TransmissionClient.set_initial_capacity()
      • TransmissionClient.set_length()
      • TransmissionClient.set_lifetime()
      • TransmissionClient.set_line_efficiency()
      • TransmissionClient.set_max_built_capacity()
      • TransmissionClient.set_max_install_capacity_raw()
      • TransmissionClient.set_type_capital_cost()
      • TransmissionClient.set_type_fixed_om_cost()
  • empire.input_client.sheets_structure module
  • Module contents
• empire.output_client package
  • Submodules
  • empire.output_client.client module
    • EmpireOutputClient
      • EmpireOutputClient.get_curtailed_operational()
      • EmpireOutputClient.get_curtailed_production()
      • EmpireOutputClient.get_europe_plot_generator_annual_production()
      • EmpireOutputClient.get_europe_plot_generator_installed_capacity()
      • EmpireOutputClient.get_europe_plot_storage_annual_discharge()
      • EmpireOutputClient.get_europe_plot_storage_installed_capacity()
      • EmpireOutputClient.get_europe_plot_storage_installed_energy()
      • EmpireOutputClient.get_europe_summary_emission_and_energy()
      • EmpireOutputClient.get_europe_summary_generator_types()
      • EmpireOutputClient.get_europe_summary_storage_types()
      • EmpireOutputClient.get_generators_values()
      • EmpireOutputClient.get_node_operational_values()
      • EmpireOutputClient.get_objective()
      • EmpireOutputClient.get_storage_values()
      • EmpireOutputClient.get_transmission_operational()
      • EmpireOutputClient.get_transmission_values()
    • ResultFile
      • ResultFile.curtailed_operational
      • ResultFile.curtailed_prod
      • ResultFile.europe_plot
      • ResultFile.europe_summary
      • ResultFile.gen
      • ResultFile.objective
      • ResultFile.operational
      • ResultFile.stor
      • ResultFile.transmision
      • ResultFile.transmision_operational
  • Module contents

Submodules

empire.input_data_manager module

class empire.input_data_manager.AvailabilityManager(client, generator_technology, availability)

Bases: IDataManager

Manager responsible for updating the availability/capacity factor for specific generator technologies within a given dataset.

Parameters:

• client (EmpireInputClient) –

• generator_technology (str) –

• availability (float) –

apply()

Return type:

None

validate()

Return type:

None

class empire.input_data_manager.CO2PricetManager(client, periods, co2_prices)

Bases: IDataManager

Manager responsible for updating the CO2 price within a given dataset.

Parameters:

• client (EmpireInputClient) –

• periods (list[int]) –

• co2_prices (list[float]) –

apply()

Return type:

None

class empire.input_data_manager.CapitalCostManager(client, generator_technology, capital_cost)

Bases: IDataManager

Manager responsible for updating the capital cost for specific generator technologies within a given dataset.

Parameters:

• client (EmpireInputClient) –

• generator_technology (str) –

• capital_cost (float) –

apply()

Return type:

None

class empire.input_data_manager.ElectricLoadManager(client, scenario_data_path, node, scale, shift, datetime_format='%d/%m/%Y %H:%M')

Bases: IDataManager

Manager responsible for adjusting the electric load.

Parameters:

• client (EmpireInputClient) –

• scenario_data_path (Path) –

• node (str) –

• scale (float) –

• shift (float) –

• datetime_format (str) –

apply()

Shift the load profile, then adjust the annual demand. Note that load in the first period is used for scaling.

Return type:

None

class empire.input_data_manager.FixedOMCostManager(client, generator_technology, fixed_om_cost)

Bases: IDataManager

Manager responsible for updating the fixed o&m cost for specific generator technologies within a given dataset.

Parameters:

• client (EmpireInputClient) –

• generator_technology (str) –

• fixed_om_cost (float) –

apply()

Return type:

None

class empire.input_data_manager.FuelCostManager(client, generator_technology, fuel_cost)

Bases: IDataManager

Manager responsible for updating the fuel cost for specific generator technologies within a given dataset.

Parameters:

• client (EmpireInputClient) –

• generator_technology (str) –

• fuel_cost (float) –

apply()

Return type:

None

class empire.input_data_manager.IDataManager

Bases: ABC

abstract apply()

class empire.input_data_manager.MaxInstalledCapacityManager(client, generator_technology, nodes, max_installed_capacity)

Bases: IDataManager

Manager responsible for updating the maximum installed capacities for specific generator technologies within a given dataset.

Parameters:

• client (EmpireInputClient) –

• generator_technology (str) –

• nodes (list[str]) –

• max_installed_capacity (float) –

apply()

Return type:

None

class empire.input_data_manager.MaxTransmissionCapacityManager(client, from_node, to_node, max_installed_capacity)

Bases: IDataManager

Manager responsible for updating the maximum installed transmission capacity.

Parameters:

• client (EmpireInputClient) –

• from_node (str) –

• to_node (str) –

• max_installed_capacity (float) –

apply()

Return type:

None

empire.logger module

empire.logger.get_empire_logger(run_config)

Returns a logger handle configured according to ‘config/logging.yaml’ and ensures that logs are written to the specified results folder.

Assumes that the logger named “Empire” exists in the logging configuration.

Parameters:

run_config (EmpireRunConfiguration) – Empire run configuration object containing run details.

Raises:

FileNotFoundError, YAMLError

Returns:

Configured logger.

Return type:

Logger

empire.utils module

empire.utils.copy_dataset(src_path, dest_path)

Copy dataset from source to destination folder.

Parameters:

• src_path (Path) – Folder containing dataset

• dest_path (Path) – Folder to copy the dataset

empire.utils.copy_file(src_file, dest_file)

Copy file from source to destination.

Parameters:

• src_file (Path) – Source file

• dest_file (Path) – Destination file

empire.utils.copy_scenario_data(base_dataset, scenario_data_path, use_scenario_generation, use_fixed_sample)

Copy scenario data from base dataset to active Empire dataset.

Parameters:

• base_dataset – path to base Empire dataset.

• scenario_data_path – path to scenario data in active Empire dataset.

• use_scenario_generation – Compute new scenarios or not.

• use_fixed_sample – Use fixed samples or not.

empire.utils.create_if_not_exist(path)

Parameters:

path (Path) –

Return type:

Path

empire.utils.get_run_name(empire_config, version)

Parameters:

version (str) –

empire.utils.restricted_float(x)

Return type:

float

empire.utils.scale_and_shift_series(profile, scale, shift)

The function returns a new profile that can be scaled by ‘scale’ + ‘shift’ while preserving the same mean and standard deviation as a scaling and shifting of the original profile.

Parameters:

• profile (Series) – Profile to scale and shift, values within [0,1].

• scale (float) – Scale value

• shift (float) – Shift value

Returns:

profile that only needs to be scaled

Module contents