Index

A

add_child() (charging_sim.node.Node method) add_demand_charge() (charging_sim.optimization.Optimization method) add_power_profile_to_object() (in module charging_sim.utils) aggregate_constraints() (charging_sim.optimization.Optimization method) analysis module

analysis.cost_analysis module analysis.plot_results module

B

batt_sys_identification module batt_sys_identification.battery_identification module BatteryAging (class in charging_sim.batteryAgingSim) BatteryParams (class in batt_sys_identification.battery_identification)

build_battery_cost() (charging_sim.optimization.Optimization method) build_cost_PGE_BEV2S() (in module charging_sim.utils) build_electricity_cost() (in module charging_sim.utils) build_emissions_cost() (charging_sim.optimization.Optimization method) build_objective() (in module charging_sim.utils) build_transformer_cost() (charging_sim.optimization.Optimization method)

C

calculate_battery_cost() (analysis.cost_analysis.CostEstimator method) calculate_electricity_cost_PGEBEV2s() (analysis.cost_analysis.CostEstimator method) calculate_solar_cost() (analysis.cost_analysis.CostEstimator method) calculate_trans_loss_of_life() (analysis.cost_analysis.CostEstimator method) Capacitor (class in charging_sim.capacitor) charging_sim module charging_sim.batteryAgingSim module charging_sim.capacitor module charging_sim.clock module

charging_sim.electricityPrices module charging_sim.node module charging_sim.optimization module charging_sim.solar module charging_sim.transformer module charging_sim.utils module Clock (class in charging_sim.clock) CostEstimator (class in analysis.cost_analysis)

D

downscale() (charging_sim.electricityPrices.PriceLoader method) (charging_sim.solar.Solar method)

G

ga() (batt_sys_identification.battery_identification.BatteryParams method) get_aging_value() (charging_sim.batteryAgingSim.BatteryAging method) get_battery_constraint() (charging_sim.optimization.Optimization method) get_calendar_aging() (charging_sim.batteryAgingSim.BatteryAging method) get_constraints() (charging_sim.optimization.Optimization method) (charging_sim.solar.Solar method) get_corrected_voltages() (batt_sys_identification.battery_identification.BatteryParams method)

get_current_load() (charging_sim.node.Node method) get_cyc_aging() (charging_sim.batteryAgingSim.BatteryAging method) get_power() (charging_sim.solar.Solar method) get_prices() (charging_sim.electricityPrices.PriceLoader method) get_Ro() (batt_sys_identification.battery_identification.BatteryParams method) get_solar_output() (charging_sim.solar.Solar method) get_total_aging() (charging_sim.batteryAgingSim.BatteryAging method) get_uncorrected_voltages() (batt_sys_identification.battery_identification.BatteryParams method)

L

LFP_cal_aging() (charging_sim.batteryAgingSim.BatteryAging static method) LFP_cyc_aging() (charging_sim.batteryAgingSim.BatteryAging static method)

load_base_glm() (in module test_cases.base_case.feeder_population.glm_mod_functions) (in module test_cases.battery.feeder_population.glm_mod_functions) load_prices() (in module charging_sim.utils)

M

main() (in module charging_sim.solar) modify_res() (charging_sim.solar.Solar method) module analysis analysis.cost_analysis analysis.plot_results batt_sys_identification batt_sys_identification.battery_identification charging_sim charging_sim.batteryAgingSim charging_sim.capacitor charging_sim.clock charging_sim.electricityPrices charging_sim.node charging_sim.optimization charging_sim.solar charging_sim.transformer charging_sim.utils test_cases test_cases.base_case test_cases.base_case.feeder_population test_cases.base_case.feeder_population.glm_mod_functions test_cases.base_case.gblvar test_cases.battery test_cases.battery.feeder_population test_cases.battery.feeder_population.glm_mod_functions

N

NMC_cal_aging() (charging_sim.batteryAgingSim.BatteryAging static method)

NMC_cyc_aging() (charging_sim.batteryAgingSim.BatteryAging static method) Node (class in charging_sim.node)

O

OilTypeTransformer (class in charging_sim.transformer)

Optimization (class in charging_sim.optimization)

P

PGE_BEV2_S() (in module charging_sim.utils) plot_correction_scheme_comparison() (batt_sys_identification.battery_identification.BatteryParams method) plot_loads() (analysis.cost_analysis.CostEstimator static method) plot_power() (analysis.cost_analysis.CostEstimator static method)

plot_Ro() (batt_sys_identification.battery_identification.BatteryParams method) plot_soc() (analysis.cost_analysis.CostEstimator static method) plot_states() (charging_sim.transformer.OilTypeTransformer method) PriceLoader (class in charging_sim.electricityPrices)

R

replace_load_w_meter() (in module test_cases.base_case.feeder_population.glm_mod_functions) (in module test_cases.battery.feeder_population.glm_mod_functions) replace_load_w_meter_old() (in module test_cases.base_case.feeder_population.glm_mod_functions) (in module test_cases.battery.feeder_population.glm_mod_functions) reset() (charging_sim.clock.Clock method)

run() (charging_sim.batteryAgingSim.BatteryAging method) (charging_sim.optimization.Optimization method) (in module analysis.plot_results) run_ocv_correction() (batt_sys_identification.battery_identification.BatteryParams method) run_pre_checks() (batt_sys_identification.battery_identification.BatteryParams method) run_sys_identification() (batt_sys_identification.battery_identification.BatteryParams method)

S

save_sim_data() (charging_sim.node.Node method) set_current_load() (charging_sim.node.Node method) set_month_data() (charging_sim.electricityPrices.PriceLoader method)

simulate_response() (batt_sys_identification.battery_identification.BatteryParams method) Solar (class in charging_sim.solar) solar_cost() (analysis.cost_analysis.CostEstimator method)

T

test_cases module test_cases.base_case module test_cases.base_case.feeder_population module test_cases.base_case.feeder_population.glm_mod_functions module test_cases.base_case.gblvar module

test_cases.battery module test_cases.battery.feeder_population module test_cases.battery.feeder_population.glm_mod_functions module thermal_dynamics() (charging_sim.transformer.OilTypeTransformer method) transformer_cost() (analysis.cost_analysis.CostEstimator method)

U

update() (charging_sim.clock.Clock method) update_capacity() (charging_sim.batteryAgingSim.BatteryAging method)

update_history() (charging_sim.solar.Solar method) update_load() (charging_sim.node.Node method) update_resistance() (charging_sim.batteryAgingSim.BatteryAging method)

W

write_base_glm() (in module test_cases.base_case.feeder_population.glm_mod_functions) (in module test_cases.battery.feeder_population.glm_mod_functions) write_class_dict() (in module test_cases.base_case.feeder_population.glm_mod_functions) (in module test_cases.battery.feeder_population.glm_mod_functions) write_clock_dict() (in module test_cases.base_case.feeder_population.glm_mod_functions) (in module test_cases.battery.feeder_population.glm_mod_functions)

write_filter_dict() (in module test_cases.base_case.feeder_population.glm_mod_functions) (in module test_cases.battery.feeder_population.glm_mod_functions) write_mod_dict() (in module test_cases.base_case.feeder_population.glm_mod_functions) (in module test_cases.battery.feeder_population.glm_mod_functions) write_obj_dict() (in module test_cases.base_case.feeder_population.glm_mod_functions) (in module test_cases.battery.feeder_population.glm_mod_functions)