def calculate_demand(self, save_models):
self.demand.setup_and_solve()
self.demand_solved = True
if cfg.output_payback == 'true':
if self.demand.d_all_energy_demand_payback is not None:
self.calculate_d_payback()
self.calculate_d_payback_energy()
if save_models:
Output.pickle(self, file_name=str(self.scenario_id) + cfg.demand_model_append_name, path=cfg.workingdir)
def calculate_demand(self, save_models):
self.demand.setup_and_solve()
self.demand_solved = True
if cfg.output_payback == 'true':
if self.demand.d_all_energy_demand_payback is not None:
self.calculate_d_payback()
self.calculate_d_payback_energy()
if save_models:
Output.pickle(self, file_name=str(self.scenario_id) + cfg.demand_model_append_name, path=cfg.workingdir)
def calculate_supply(self, save_models):
if not self.demand_solved:
raise ValueError('demand must be solved first before supply')
logging.info('Configuring energy system supply')
self.supply.add_nodes()
self.supply.add_measures()
self.supply.initial_calculate()
self.supply.calculated_years = []
self.supply.calculate_loop(self.supply.years, self.supply.calculated_years)
self.supply.final_calculate()
self.supply_solved = True
if save_models:
if cfg.rio_supply_run:
Output.pickle(self, file_name=self.rio_scenario + cfg.full_model_append_name, path=cfg.workingdir)
else:
Output.pickle(self, file_name=str(self.scenario_id) + cfg.full_model_append_name, path=cfg.workingdir)
def calculate_supply(self, save_models):
if not self.demand_solved:
raise ValueError('demand must be solved first before supply')
logging.info('Configuring energy system supply')
self.supply.add_nodes()
self.supply.add_measures()
self.supply.initial_calculate()
self.supply.calculated_years = []
self.supply.calculate_loop(self.supply.years, self.supply.calculated_years)
self.supply.final_calculate()
self.supply_solved = True
if save_models:
Output.pickle(self, file_name=str(self.scenario_id) + cfg.full_model_append_name, path=cfg.workingdir)
# we don't need the demand side object any more, so we can remove it to save drive space
if os.path.isfile(os.path.join(cfg.workingdir, str(self.scenario_id) + cfg.demand_model_append_name)):
os.remove(os.path.join(cfg.workingdir, str(self.scenario_id) + cfg.demand_model_append_name))
def calculate_supply(self, save_models):
if not self.demand_solved:
raise ValueError('demand must be solved first before supply')
logging.info('Configuring energy system supply')
self.supply.add_nodes()
self.supply.add_measures()
self.supply.initial_calculate()
self.supply.calculated_years = []
self.supply.calculate_loop(self.supply.years, self.supply.calculated_years)
self.supply.final_calculate()
self.supply_solved = True
if save_models:
Output.pickle(self, file_name=str(self.scenario_id) + cfg.full_model_append_name, path=cfg.workingdir)
# we don't need the demand side object any more, so we can remove it to save drive space
if os.path.isfile(os.path.join(cfg.workingdir, str(self.scenario_id) + cfg.demand_model_append_name)):
os.remove(os.path.join(cfg.workingdir, str(self.scenario_id) + cfg.demand_model_append_name))
def run(self, scenario_id, solve_demand, solve_supply, load_demand, load_supply, export_results, save_models, append_results):
try:
if solve_demand and not (load_demand or load_supply):
self.calculate_demand(save_models)
if not append_results:
self.remove_old_results()
# it is nice if when loading a demand side object to rerun supply, it doesn't re-output these results every time
if self.demand_solved and export_results and not self.api_run and not (load_demand and solve_supply):
self.export_result_to_csv('demand_outputs')
if solve_supply and not load_supply:
if load_demand:
# if we are loading the demand, we are changing the supply measures and want to reload our scenarios
self.scenario = Scenario(self.scenario_id)
self.supply = Supply(self.scenario, demand_object=self.demand)
self.calculate_supply(save_models)
if load_demand and solve_supply:
# we do this now because we delayed before
self.export_result_to_csv('demand_outputs')
if self.supply_solved and export_results and load_supply or solve_supply:
self.supply.calculate_supply_outputs()
self.pass_supply_results_back_to_demand()
self.calculate_combined_results()
self.outputs.electricity_reconciliation = self.demand.electricity_reconciliation # we want to write these to outputs
if self.api_run:
self.export_results_to_db()
else:
self.export_result_to_csv('supply_outputs')
self.export_result_to_csv('combined_outputs')
self.export_io()
except:
# pickle the model in the event that it crashes
if save_models:
Output.pickle(self, file_name=str(scenario_id) + cfg.model_error_append_name, path=cfg.workingdir)
raise
def run(self, scenario_id, solve_demand, solve_supply, load_demand, load_supply, export_results, save_models, append_results):
try:
if solve_demand and not (load_demand or load_supply):
self.calculate_demand(save_models)
if not append_results:
self.remove_old_results()
# it is nice if when loading a demand side object to rerun supply, it doesn't re-output these results every time
if self.demand_solved and export_results and not self.api_run and not (load_demand and solve_supply):
self.export_result_to_csv('demand_outputs')
if solve_supply and not load_supply:
if load_demand:
# if we are loading the demand, we are changing the supply measures and want to reload our scenarios
self.scenario = Scenario(self.scenario_id)
self.supply = Supply(self.scenario, demand_object=self.demand)
self.calculate_supply(save_models)
if load_demand and solve_supply:
# we do this now because we delayed before
self.export_result_to_csv('demand_outputs')
if self.supply_solved and export_results:
self.supply.calculate_supply_outputs()
self.pass_supply_results_back_to_demand()
self.calculate_combined_results()
self.outputs.electricity_reconciliation = self.demand.electricity_reconciliation # we want to write these to outputs
if self.api_run:
self.export_results_to_db()
else:
self.export_result_to_csv('supply_outputs')
self.export_result_to_csv('combined_outputs')
self.export_io()
except:
# pickle the model in the event that it crashes
if save_models:
Output.pickle(self, file_name=str(scenario_id) + cfg.model_error_append_name, path=cfg.workingdir)
raise
