h2integrate.tools.eco.finance#
Functions
|
Adjust cost based on inflation. |
|
|
Allows the user to provide individual financial parameters for each technology in the system. |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
calculate variable O&M in $/kg-H2. |
|
Classes
|
Represents the inputs to the wind cost models |
|
Represents the outputs to the wind cost models. |
- h2integrate.tools.eco.finance.adjust_dollar_year(init_cost, init_dollar_year, adj_cost_year, costing_general_inflation)#
Adjust cost based on inflation.
- Parameters:
init_cost (dict, float, int, list, np.ndarrray) -- cost of item ($)
init_dollar_year (int) -- dollar-year of init_cost
adj_cost_year (int) -- dollar-year to adjust cost to
costing_general_inflation (float) -- inflation rate (%)
- Returns:
same type as init_cost -- cost in dollar-year of adj_cost_year
- class h2integrate.tools.eco.finance.WindCostConfig(design_scenario, hopp_config, h2integrate_config, orbit_config={}, turbine_config={}, orbit_hybrid_electrical_export_config={}, weather=None, hopp_interface=None)#
Represents the inputs to the wind cost models
- Parameters:
design_scenario (dict[str, str])
hopp_config (dict[str, float])
h2integrate_config (dict[str, float])
orbit_config (dict[str, float] | None)
turbine_config (dict[str, float] | None)
orbit_hybrid_electrical_export_config (dict[str, float] | None)
weather (list | tuple | ndarray | None)
hopp_interface (HoppInterface | None)
- design_scenario#
Definition of plant subsystem locations (e.g. onshore platform, offshore, none, etc)
- Type:
Dict[str, str]
- hopp_config#
Configuration parameters for HOPP
- Type:
Dict[str, float]
- h2integrate_config#
Configuration parameters for H2Integrate
- Type:
Dict[str, float]
- orbit_config#
Required input structure for ORBIT
- Type:
Dict[str, float], optional
- turbine_config#
Configuration parameters specific to turbine
- Type:
Dict[str, float], optional
- orbit_hybrid_electrical_export_config#
Configuration parameters for hybrid electrical export in ORBIT, required if using a different substation size for the hybrid plant than for the wind plant alone
- Type:
Dict[str, float], optional
- weather#
Array-like of wind speeds for ORBIT to use in determining installation time and costs
- Type:
Union[list, tuple, numpy.ndarray], optional
- design_scenario: dict[str, str]#
- hopp_config: dict[str, float]#
- h2integrate_config: dict[str, float]#
- orbit_config: dict[str, float] | None#
- turbine_config: dict[str, float] | None#
- orbit_hybrid_electrical_export_config: dict[str, float] | None#
- weather: list | tuple | ndarray | None#
- hopp_interface: HoppInterface | None#
- class h2integrate.tools.eco.finance.WindCostOutputs(total_wind_cost_no_export, annual_operating_cost_wind, installation_time=0.0, total_used_export_system_costs=0.0, orbit_project=None)#
Represents the outputs to the wind cost models.
- Parameters:
total_wind_cost_no_export (float)
annual_operating_cost_wind (float)
installation_time (float)
total_used_export_system_costs (float | None)
orbit_project (dict | ProjectManager | None)
- total_wind_cost_no_export#
Total wind cost without export system costs
- Type:
float
- total_used_export_system_costs#
Total used export system costs
- Type:
float
- annual_operating_cost_wind#
Annual operating cost for wind
- Type:
float
- installation_time#
Estimated installation time in months (default: 0.0)
- Type:
float, optional
- orbit_project#
Details of the ORBIT project (default: None)
- Type:
dict, optional
- total_wind_cost_no_export: float#
- annual_operating_cost_wind: float#
- installation_time: float#
- total_used_export_system_costs: float | None#
- orbit_project: dict | ProjectManager | None#
- h2integrate.tools.eco.finance.run_wind_cost_model(wind_cost_inputs, verbose=False)#
- Parameters:
wind_cost_inputs (WindCostConfig)
- Return type:
- h2integrate.tools.eco.finance.run_orbit(orbit_config, verbose=False, weather=None, orbit_hybrid_electrical_export_config={})#
- h2integrate.tools.eco.finance.adjust_orbit_costs(orbit_project, h2integrate_config)#
- h2integrate.tools.eco.finance.breakout_export_costs_from_orbit_results(orbit_project, h2integrate_config, design_scenario)#
- h2integrate.tools.eco.finance.run_capex(hopp_results, wind_cost_results, electrolyzer_cost_results, h2_pipe_array_results, h2_transport_compressor_results, h2_transport_pipe_results, h2_storage_results, hopp_config, h2integrate_config, design_scenario, desal_results, platform_results, verbose=False)#
- h2integrate.tools.eco.finance.run_fixed_opex(hopp_results, wind_cost_results, electrolyzer_cost_results, h2_pipe_array_results, h2_transport_compressor_results, h2_transport_pipe_results, h2_storage_results, hopp_config, h2integrate_config, desal_results, platform_results, verbose=False, total_export_system_cost=0)#
- h2integrate.tools.eco.finance.run_variable_opex(electrolyzer_cost_results, h2integrate_config)#
calculate variable O&M in $/kg-H2.
- Parameters:
electrolyzer_cost_results (dict) -- output of h2integrate.tools.eco.electrolysis.run_electrolyzer_cost
h2integrate_config (
h2integrate_simulation.H2IntegrateSimulationConfig) -- H2Integrate simulation config.
- Returns:
dict --
- dictionary of components and corresponding variable O&M in $/kg-H2 for
adjusted for inflation so cost is in dollar-year corresponding to h2integrate_config["project_parameters"]["cost_year"]
- h2integrate.tools.eco.finance.calc_financial_parameter_weighted_average_by_capex(parameter_name, h2integrate_config, capex_breakdown)#
- Allows the user to provide individual financial parameters for each technology in the system.
The values given will be weighted by their CAPEX values to determine the final weighted-average parameter value to be supplied to the financial model. If only one technology has a unique parameter value, a "general" parameter value in the dictionary and that will be used for all technologies not specified individually.
- Parameters:
parameter_name (str) -- The name of the parameter to be weighted by capex. The name should correspond to the name in the h2integrate config
h2integrate_config (dict) -- Dictionary form of the h2integrate config
capex_breakdown (dict) -- Output from run_capex, a dictionary of all capital items for the financial model
- Returns:
parameter_value (float) --
- if the parameter in the h2integrate config is given as a
dictionary, then the weighted average by capex parameter value is returnd. Otherwise no averaging is done and the value of the parameter in the h2integrate_config is returned.
- Return type:
float
- h2integrate.tools.eco.finance.run_profast_lcoe(h2integrate_config, wind_cost_results, capex_breakdown, opex_breakdown, hopp_results, incentive_option, design_scenario, verbose=False, show_plots=False, save_plots=False, output_dir='./output/')#
- h2integrate.tools.eco.finance.run_profast_grid_only(h2integrate_config, wind_cost_results, electrolyzer_performance_results, capex_breakdown, opex_breakdown_total, hopp_results, design_scenario, total_accessory_power_renewable_kw, total_accessory_power_grid_kw, verbose=False, show_plots=False, save_plots=False, output_dir='./output/')#
- h2integrate.tools.eco.finance.run_profast_full_plant_model(h2integrate_config, wind_cost_results, electrolyzer_performance_results, capex_breakdown, opex_breakdown_total, hopp_results, incentive_option, design_scenario, total_accessory_power_renewable_kw, total_accessory_power_grid_kw, verbose=False, show_plots=False, save_plots=False, output_dir='./output/')#