Index

_

_smartsAll() (in module pvcompare.perosi.pvlib_smarts)

A

add_evaluated_period_to_simulation_settings() (in module pvcompare.check_inputs) add_file_name_to_energy_consumption_file() (in module pvcompare.check_inputs) add_local_grid_parameters() (in module pvcompare.check_inputs) add_location_and_year_to_project_data() (in module pvcompare.check_inputs) add_parameter_to_mvs_file() (in module pvcompare.check_inputs) add_parameters_to_energy_production_file() (in module pvcompare.check_inputs)

add_parameters_to_storage_xx_file() (in module pvcompare.check_inputs) add_scenario_name_to_project_data() (in module pvcompare.check_inputs) add_sector_coupling() (in module pvcompare.heat_pump_and_chiller) add_strat_tes() (in module pvcompare.stratified_thermal_storage) adjust_heat_demand() (in module pvcompare.demand) apply_mvs() (in module pvcompare.main) apply_pvcompare() (in module pvcompare.main)

C

calc_strat_tes_param() (in module pvcompare.stratified_thermal_storage) calculate_area_potential() (in module pvcompare.area_potential) calculate_cops_and_eers() (in module pvcompare.heat_pump_and_chiller) calculate_efficiency_ref() (in module pvcompare.cpv.apply_cpvlib_StaticHybridSystem) calculate_heat_demand() (in module pvcompare.demand) calculate_load_profiles() (in module pvcompare.demand) calculate_power_demand() (in module pvcompare.demand) calculate_smarts_parameters() (in module pvcompare.perosi.perosi)

check_for_valid_country_year() (in module pvcompare.check_inputs) create_cpv_time_series() (in module pvcompare.cpv.apply_cpvlib_StaticHybridSystem) (in module pvcompare.pv_feedin) create_loop_output_structure() (in module pvcompare.analysis) create_pero_si_timeseries() (in module pvcompare.perosi.perosi) create_psi_time_series() (in module pvcompare.pv_feedin) create_pv_components() (in module pvcompare.pv_feedin) create_si_time_series() (in module pvcompare.pv_feedin) create_timeseries() (in module pvcompare.perosi.perosi)

F

format_pvcompare() (in module pvcompare.era5)

G

get_era5_data_from_datespan_and_position() (in module pvcompare.era5) get_optimal_pv_angle() (in module pvcompare.pv_feedin)

get_peak() (in module pvcompare.pv_feedin) get_workalendar_class() (in module pvcompare.demand)

L

load_era5_weatherdata() (in module pvcompare.era5) load_parameter_from_mvs_file() (in module pvcompare.check_inputs)

loop_mvs() (in module pvcompare.analysis) loop_pvcompare() (in module pvcompare.analysis)

N

nominal_values_pv() (in module pvcompare.pv_feedin)

O

overwrite_mvs_energy_production_file() (in module pvcompare.check_inputs)

P

plot_all_flows() (in module pvcompare.plots) plot_compare_scenarios() (in module pvcompare.plots) plot_compare_technologies() (in module pvcompare.plots)

plot_facades() (in module pvcompare.plots) plot_kpi_loop() (in module pvcompare.plots) plot_psi_matrix() (in module pvcompare.plots) postprocessing_kpi() (in module pvcompare.analysis)

R

run_stratified_thermal_storage() (in module pvcompare.stratified_thermal_storage)

S

save_time_dependent_values() (in module pvcompare.stratified_thermal_storage) set_up_system() (in module pvcompare.pv_feedin)

shift_working_hours() (in module pvcompare.demand) single_loop_pvcompare() (in module pvcompare.analysis) SMARTSSpectra() (in module pvcompare.perosi.pvlib_smarts)

W

weather_df_from_era5() (in module pvcompare.era5)