43 lines
1.9 KiB
Python
43 lines
1.9 KiB
Python
from src.Functions_General import *
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from src.Functions_Energy_Model import *
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from src.Functions_Financial_Model import *
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from src.Functions_Load_Emulator_and_DSM import *
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generate_calendar()
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kill_excel_processes()
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initialization_users()
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# Per adesso tutte le opzioni sono di default, revisione con Luca per adesso necessaria
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flag_last_dict = False # if false we create the appliance start time dictionary; if true we import the last one created (default: False)
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flag_optDSM = False # if true we simulate the optimized DSM case (default: False)
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flag_all_appliance = True # if true we use all appliance for the load profile emulation (default: True)
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flag_daily_activation = True # if false we dont'use a daily usage activation for some specified appliances (only washing machine at the moment, default: True)
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flag_multi_use = True # if true we activate the possibility to have multiple activations for the selected appliances during the day (default: True)
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create_emulated_users(flag_last_dict, flag_optDSM, flag_all_appliance, flag_daily_activation, flag_multi_use)
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load_profile_all_users()
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simulate_configuration_productivity()
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CACER_energy_flows()
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create_users_bill()
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case_denomination = "Magnano"
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CACER_type = "CER" # CER; AUD; AID; NO_CACER
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repartition_scheme = "Egualitario" # Egualitario; Prosumer; PNRR; Equitario; Misto CER; Misto AUC; Misto - ESCo; Social Fund; Misto - Social Fund; Misto - Social Fund 2; Misto - Social Fund PA; Misto - PA; CACER
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setting_CACER_scenario(case_denomination, CACER_type, repartition_scheme)
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CACER_shared_energy()
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RID_calculation()
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aggregate_CACER_bills()
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aggregate_CACER_RID()
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FM_initialization()
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incentives()
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cash_flows_for_all_plants() # plants first...
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cash_flows_for_all_users() # ...then users...
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aggregate_FM() # ...then configurations!
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organize_simulation_results_for_reporting()
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save_simulation_results(simulation_name = case_denomination)
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# skibidi |