ev profiles with holidays for a year

runme.py

@@ -35,18 +35,18 @@ class SimulationScope(Enum):
     DISTRICT = 1
 
 simulation_scope = SimulationScope.DISTRICT
-t_start = pd.Timestamp('2022-07-04 00:00:00')  # start time of simulation
+t_start = pd.Timestamp('2022-01-01 00:00:00')  # start time of simulation
 t_step = 1/60  # length of a time step in hours
 t_horizon = int(7*24/t_step)  # number of time steps in a horizon
 rolling_horizon = int(24/t_step)  # number of times steps in the interval of rolling horizon
-total_horizon = int(28*24/t_step)  # number of time steps to be simulated totally
+total_horizon = int(365*24/t_step)  # number of time steps to be simulated totally
 
 input_profile_dict = {'irradiance_1': {'type': 'irradiance', 'file': 'input_files/data/irradiance/Lindenberg2006BSRN_Irradiance_60sec.csv'},
                       'temperature_1': {'type': 'air_temperature', 'file': 'input_files/data/temperature/temperature.csv'},
                       'demand_electric_1': {'type': 'elec_demand', 'file': 'input_files/data/demand/electricity/LoadProfile.csv'},
                       'SMT_price_1': {'type': 'elec_price', 'file': 'input_files/data/prices/intra-day/intra-day_price_2022.csv'},
                       'FCR_price': {'type': 'FCR_price', 'file': 'input_files/data/V2X/FCR/FCR_price_2022_min.csv'},
-                      'EV_profile_1': {'type': 'EV_profile', 'file': 'input_files/data/V2X/EV Profile/new_ev_profile.csv'},
+                      'EV_profile_1': {'type': 'EV_profile', 'file': 'input_files/data/V2X/EV Profile/new_ev_profile_with_holidays.csv'},
                       'FCR_frequency': {'type': 'FCR_frequency', 'file': 'input_files/data/V2X/FCR/Frequency_2022.csv'},
                       'aFRR_power_price': {'type': 'aFRR_power_price', 'file': 'input_files/data/V2X/aFRR/power_price_2022_min.csv'},
                       'aFRR_energy_price': {'type': 'aFRR_energy_price', 'file': 'input_files/data/V2X/aFRR/energy_price_2022_min.csv'},