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estimate_electricity_cost_by_technology_from_population.py
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estimate_electricity_cost_by_technology_from_population.py
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from infrastructure_planning.macros import (
BasicArgumentParser, load_and_run,
# save_total_graph,
wash_total_folder)
from infrastructure_planning.preprocessors import (
normalize_demand_point_table,
normalize_connection_type_table,
normalize_grid_mv_transformer_table,
normalize_diesel_mini_grid_generator_table,
normalize_solar_home_panel_table,
normalize_solar_mini_grid_panel_table,
normalize_grid_mv_line_geotable)
from infrastructure_planning.demography import estimate_population_profile
from infrastructure_planning.demography.exponential import estimate_population
from infrastructure_planning.electricity.analysis import (
estimate_proposed_cost_per_connection,
estimate_total_count_by_technology,
estimate_total_discounted_cost_by_technology,
estimate_total_levelized_cost_by_technology, pick_proposed_technology)
from infrastructure_planning.electricity.consumption import (
estimate_consumption_profile)
from infrastructure_planning.electricity.consumption.linear import (
estimate_consumption_from_connection_type)
from infrastructure_planning.electricity.cost import (
estimate_cost_profile, estimate_external_cost_by_technology,
estimate_internal_cost_by_technology)
from infrastructure_planning.electricity.cost.grid import (
estimate_grid_mv_line_budget,
estimate_grid_mv_line_discounted_cost_per_meter)
from infrastructure_planning.electricity.demand import estimate_peak_demand
from infrastructure_planning.electricity.network import (
assemble_total_grid_mv_line_network, sequence_total_grid_mv_line_network)
from infrastructure_planning.electricity.report import (
save_total_lines, save_total_map, save_total_points,
save_total_report_by_location, save_total_summary_by_grid_mv_line,
save_total_summary_by_location, save_total_summary_by_technology,
FULL_KEYS)
from estimate_grid_mv_line_budget_in_meters import (
add_arguments_for_estimate_population)
if __name__ == '__main__':
x = BasicArgumentParser()
add_arguments_for_estimate_population(x)
x.add_argument(
'--selected_technologies_text_path',
metavar='PATH')
x.add_argument(
'--discount_rate_as_percent_of_cash_flow_per_year',
metavar='PERCENT', type=float)
x.add_argument(
'--line_length_adjustment_factor',
metavar='FLOAT', type=float)
x.add_argument(
'--average_distance_between_buildings_in_meters',
metavar='FLOAT', type=float)
x.add_argument(
'--peak_hours_of_sun_per_year',
metavar='FLOAT', type=float)
x.add_argument(
'--connection_type_table_path',
metavar='PATH')
x.add_argument(
'--number_of_people_per_household',
metavar='FLOAT', type=float)
x.add_argument(
'--consumption_during_peak_hours_as_percent_of_total_consumption',
metavar='PERCENT', type=float)
x.add_argument(
'--peak_hours_of_consumption_per_year',
metavar='FLOAT', type=float)
x.add_argument(
'--grid_electricity_production_cost_per_kwh',
metavar='FLOAT', type=float)
x.add_argument(
'--grid_system_loss_as_percent_of_total_production',
metavar='PERCENT', type=float)
x.add_argument(
'--grid_mv_network_minimum_point_count',
metavar='INTEGER', type=int)
x.add_argument(
'--grid_mv_line_geotable_path',
metavar='PATH')
x.add_argument(
'--grid_mv_line_raw_cost_per_meter',
metavar='FLOAT', type=float)
x.add_argument(
'--grid_mv_line_installation_cost_as_percent_of_raw_cost',
metavar='FLOAT', type=float)
x.add_argument(
'--grid_mv_line_maintenance_cost_per_year_as_percent_of_raw_cost',
metavar='FLOAT', type=float)
x.add_argument(
'--grid_mv_line_lifetime_in_years',
metavar='FLOAT', type=float)
x.add_argument(
'--grid_mv_transformer_load_power_factor',
metavar='FLOAT', type=float)
x.add_argument(
'--grid_mv_transformer_table_path',
metavar='PATH')
x.add_argument(
'--grid_lv_line_raw_cost_per_meter',
metavar='FLOAT', type=float)
x.add_argument(
'--grid_lv_line_installation_cost_as_percent_of_raw_cost',
metavar='FLOAT', type=float)
x.add_argument(
'--grid_lv_line_maintenance_cost_per_year_as_percent_of_raw_cost',
metavar='FLOAT', type=float)
x.add_argument(
'--grid_lv_line_lifetime_in_years',
metavar='FLOAT', type=float)
x.add_argument(
'--grid_lv_connection_raw_cost',
metavar='FLOAT', type=float)
x.add_argument(
'--grid_lv_connection_installation_cost_as_percent_of_raw_cost',
metavar='FLOAT', type=float)
x.add_argument(
'--grid_lv_connection_maintenance_cost_per_year_as_percent_of_raw_cost', # noqa
metavar='FLOAT', type=float)
x.add_argument(
'--grid_lv_connection_lifetime_in_years',
metavar='FLOAT', type=float)
x.add_argument(
'--diesel_mini_grid_system_loss_as_percent_of_total_production',
metavar='PERCENT', type=float)
x.add_argument(
'--diesel_mini_grid_generator_table_path',
metavar='PATH')
x.add_argument(
'--diesel_mini_grid_generator_minimum_hours_of_production_per_year',
metavar='FLOAT', type=float)
x.add_argument(
'--diesel_mini_grid_generator_fuel_liters_consumed_per_kwh',
metavar='FLOAT', type=float)
x.add_argument(
'--diesel_mini_grid_fuel_cost_per_liter',
metavar='FLOAT', type=float)
x.add_argument(
'--diesel_mini_grid_lv_line_raw_cost_per_meter',
metavar='FLOAT', type=float)
x.add_argument(
'--diesel_mini_grid_lv_line_installation_cost_as_percent_of_raw_cost',
metavar='FLOAT', type=float)
x.add_argument(
'--diesel_mini_grid_lv_line_maintenance_cost_per_year_as_percent_of_raw_cost', # noqa
metavar='FLOAT', type=float)
x.add_argument(
'--diesel_mini_grid_lv_line_lifetime_in_years',
metavar='FLOAT', type=float)
x.add_argument(
'--diesel_mini_grid_lv_connection_raw_cost',
metavar='FLOAT', type=float)
x.add_argument(
'--diesel_mini_grid_lv_connection_installation_cost_as_percent_of_raw_cost', # noqa
metavar='FLOAT', type=float)
x.add_argument(
'--diesel_mini_grid_lv_connection_maintenance_cost_per_year_as_percent_of_raw_cost', # noqa
metavar='FLOAT', type=float)
x.add_argument(
'--diesel_mini_grid_lv_connection_lifetime_in_years',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_home_system_loss_as_percent_of_total_production',
metavar='PERCENT', type=float)
x.add_argument(
'--solar_home_panel_table_path',
metavar='PATH')
x.add_argument(
'--solar_home_battery_kwh_per_panel_kw',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_home_battery_raw_cost_per_battery_kwh',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_home_battery_installation_cost_as_percent_of_raw_cost',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_home_battery_maintenance_cost_per_year_as_percent_of_raw_cost', # noqa
metavar='FLOAT', type=float)
x.add_argument(
'--solar_home_battery_lifetime_in_years',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_home_balance_raw_cost_per_panel_kw',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_home_balance_installation_cost_as_percent_of_raw_cost',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_home_balance_maintenance_cost_per_year_as_percent_of_raw_cost', # noqa
metavar='FLOAT', type=float)
x.add_argument(
'--solar_home_balance_lifetime_in_years',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_mini_grid_system_loss_as_percent_of_total_production',
metavar='PERCENT', type=float)
x.add_argument(
'--solar_mini_grid_panel_table_path',
metavar='PATH')
x.add_argument(
'--solar_mini_grid_battery_kwh_per_panel_kw',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_mini_grid_battery_raw_cost_per_battery_kwh',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_mini_grid_battery_installation_cost_as_percent_of_raw_cost',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_mini_grid_battery_maintenance_cost_per_year_as_percent_of_raw_cost', # noqa
metavar='FLOAT', type=float)
x.add_argument(
'--solar_mini_grid_battery_lifetime_in_years',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_mini_grid_balance_raw_cost_per_panel_kw',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_mini_grid_balance_installation_cost_as_percent_of_raw_cost',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_mini_grid_balance_maintenance_cost_per_year_as_percent_of_raw_cost', # noqa
metavar='FLOAT', type=float)
x.add_argument(
'--solar_mini_grid_balance_lifetime_in_years',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_mini_grid_lv_line_raw_cost_per_meter',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_mini_grid_lv_line_installation_cost_as_percent_of_raw_cost',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_mini_grid_lv_line_maintenance_cost_per_year_as_percent_of_raw_cost', # noqa
metavar='FLOAT', type=float)
x.add_argument(
'--solar_mini_grid_lv_line_lifetime_in_years',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_mini_grid_lv_connection_raw_cost',
metavar='FLOAT', type=float)
x.add_argument(
'--solar_mini_grid_lv_connection_installation_cost_as_percent_of_raw_cost', # noqa
metavar='FLOAT', type=float)
x.add_argument(
'--solar_mini_grid_lv_connection_maintenance_cost_per_year_as_percent_of_raw_cost', # noqa
metavar='FLOAT', type=float)
x.add_argument(
'--solar_mini_grid_lv_connection_lifetime_in_years',
metavar='FLOAT', type=float)
load_and_run([
normalize_demand_point_table,
normalize_connection_type_table,
normalize_grid_mv_transformer_table,
normalize_diesel_mini_grid_generator_table,
normalize_solar_home_panel_table,
normalize_solar_mini_grid_panel_table,
normalize_grid_mv_line_geotable,
], [
estimate_population,
estimate_population_profile,
estimate_consumption_from_connection_type,
estimate_consumption_profile,
estimate_peak_demand,
estimate_internal_cost_by_technology,
estimate_grid_mv_line_discounted_cost_per_meter,
estimate_grid_mv_line_budget,
assemble_total_grid_mv_line_network,
sequence_total_grid_mv_line_network,
estimate_external_cost_by_technology,
estimate_cost_profile,
pick_proposed_technology,
estimate_proposed_cost_per_connection,
estimate_total_count_by_technology,
estimate_total_discounted_cost_by_technology,
estimate_total_levelized_cost_by_technology,
save_total_points,
save_total_lines,
save_total_report_by_location,
save_total_summary_by_technology,
save_total_summary_by_location,
save_total_summary_by_grid_mv_line,
save_total_map,
# save_total_graph,
wash_total_folder,
], x.parse_args().__dict__, FULL_KEYS)