def write_csv_files(dem_filename, heat_demand):
filename = dem_filename + '.csv'
allunits = heat_demand
if WRITE_CSV_FILES is True:
for c in allunits:
make_dir((output_folder))
make_dir(output_folder + source_folder + 'Database')
folder = output_folder + source_folder + 'Database/' + scenario + 'Heat_demand/'
make_dir(folder)
make_dir(folder + c)
allunits[c].to_csv(folder + c + '/' + filename)
else:
print('[WARNING ]: ' +
'WRITE_CSV_FILES = False, unable to write .csv files')
def write_csv_files(filename, variable, write_csv=None):
"""
Function that generates .csv files in the Output/Database/TotalLoadValue folder
:filename: has to be a string
:variable: p_curve_scaled_ev for example
"""
filename = filename + '.csv'
variable = variable
if write_csv is True:
for c in p_curve_scaled_ev.columns:
make_dir((output_folder))
make_dir(output_folder + source_folder + '/Database')
folder = output_folder + source_folder + '/Database/' + scenario + '/TotalLoadValue/'
make_dir(folder)
folder = folder + c
make_dir(folder)
folder = folder + '/1h'
make_dir(folder)
variable[c].to_csv(folder + '/' + filename, header=False)
else:
print('[WARNING ]: ' +
'WRITE_CSV_FILES = False, unable to write .csv files')
def write_csv_files(filename, variable, write_csv=None):
"""
Function that generates .csv files in the Output/Database/AvailabilityFactors folder
:filename: has to be a string
:variable: af_scaled for example
"""
filename = filename + '.csv'
variable = variable
if write_csv is True:
for c in countries:
make_dir((output_folder))
make_dir(output_folder + 'JRC_EU_TIMES/' + 'Database')
folder = output_folder + 'JRC_EU_TIMES/' + 'Database/' + scenario + '/AvailabilityFactors/'
make_dir(folder)
folder = folder + c
make_dir(folder)
folder = folder + '/1h'
make_dir(folder)
variable[c].to_csv(folder + '/' + filename)
else:
print('[WARNING ]: ' +
'WRITE_CSV_FILES = False, unable to write .csv files')
def write_csv_files(filename, variable, write_csv=None):
"""
Function that generates .csv files in the Output/Database/DayAheadNTC/1h/ folder
:filename: has to be a string)
:variable: ntc_2050_14 for example
"""
filename = filename + '.csv'
variable = variable
if write_csv is True:
make_dir((output_folder))
make_dir(output_folder + '/' + source_folder + '/Database')
folder = output_folder + source_folder + '/Database/' + scenario + '/DayAheadNTC/'
make_dir(folder)
folder = folder + '/1h'
make_dir(folder)
variable.to_csv(folder + '/' + filename)
else:
print('[WARNING ]: ' +
'WRITE_CSV_FILES = False, unable to write .csv files')
def write_csv_files(h2_TimeSeries, write_csv=None):
"""
Function that generates .csv files in the Output/Database/h2_demand/ folder
:h2_TimeSeries: DataFrame with H2 demand at each hour for each zone
"""
if write_csv is True:
filename = 'H2_Demand' + '_' + '2050' + '.csv'
make_dir((output_folder))
make_dir(output_folder + source_folder + 'Database')
folder = output_folder + source_folder + 'Database/' + scenario + 'H2_demand/'
make_dir(folder)
h2_TimeSeries.to_csv(folder + '/' + filename)
else:
print('[WARNING ]: ' +
'WRITE_CSV_FILES = False, unable to write .csv files')
def write_csv_files(file_name, demand, write_csv=None):
'''
Function that generates .csv files in the Output/Database/PowerPlants/ folder
:power_plant_filename: clustered for example (has to be a string)
:units: allunits for example
'''
filename = file_name + '.csv'
if write_csv == True:
for c in demand:
make_dir(output_folder + 'Database')
folder = output_folder + 'Database/TotalLoadValue/'
make_dir(folder)
make_dir(folder + c)
demand[c].to_csv(folder + c + '/' + filename)
else:
print('[WARNING ]: ' +
'WRITE_CSV_FILES = False, unable to write .csv files')
def write_csv_files(filename, data, write_csv=None):
'''
Function that generates .csv files in the Output/Database/PowerPlants/ folder
:power_plant_filename: clustered for example (has to be a string)
:units: allunits for example
'''
filename = filename + '.csv'
if write_csv == True:
make_dir(output_folder + 'Database')
folder = output_folder + 'Database/DayAheadNTC/'
make_dir(folder)
folder = folder + '/1h/'
make_dir(folder)
data.to_csv(folder + '/' + filename)
else:
print('[WARNING ]: ' +
'WRITE_CSV_FILES = False, unable to write .csv files')
def write_csv_files(file_name_AF,
file_name_IF,
file_name_RL,
res_timeseries,
inflow_timeseries,
reservoirs_timeseries,
scenario,
write_csv=None):
'''
Function that generates .csv files in the Output/Database/PowerPlants/ folder
:power_plant_filename: clustered for example (has to be a string)
:units: allunits for example
'''
filename_AF = file_name_AF + '.csv'
filename_IF = file_name_IF + '.csv'
filename_RL = file_name_RL + '.csv'
if write_csv == True:
for c in res_timeseries:
make_dir(output_folder + source_folder + 'Database' + scenario +
'/')
folder = output_folder + source_folder + 'Database/' + scenario + '/AvailabilityFactors/'
make_dir(folder)
make_dir(folder + c)
res_timeseries[c].to_csv(folder + c + '/' + filename_AF)
for c in inflow_timeseries:
make_dir(output_folder + source_folder + 'Database' + scenario +
'/')
make_dir(output_folder + source_folder + 'Database/' + scenario +
'/HydroData/')
folder_1 = output_folder + source_folder + 'Database/' + scenario + '/HydroData/ScaledInflows/'
make_dir(folder_1)
make_dir(folder_1 + c)
inflow_timeseries[c].to_csv(folder_1 + c + '/' + filename_IF)
for c in reservoirs_timeseries:
folder_2 = output_folder + source_folder + 'Database/' + scenario + '/HydroData/ScaledLevels/'
make_dir(folder_2)
make_dir(folder_2 + c)
reservoirs_timeseries[c].to_csv(folder_2 + c + '/' + filename_RL)
else:
print('[WARNING ]: ' +
'WRITE_CSV_FILES = False, unable to write .csv files')
#%%
# Try to load the historical flows if they were already computed.
try:
flows = pd.read_pickle('historical_flows_' + str(year) + '.p')
except:
print('Could not laod the historical flows (they will thus not be considered). Try running the get_HistoricalFlows.py script first')
data3 = data2.copy()
maxflows = flows.max()
maxntc = data2.max()
for i in maxflows.index:
if i in data2:
print('Connection ' + i + '. Maximum historical flow: ' + str(maxflows[i]) + '. Maximum NTC: ' + str(maxntc[i]))
else:
print('Connection ' + i + '. No NTC was found for this connection')
data3[i] = maxflows[i]
#%%
if write_csv:
make_dir('Database')
make_dir('Database/DayAheadNTC')
make_dir('Database/DayAheadNTC/1h')
#data2.to_csv('Database/DayAheadNTC/1h/'+str(year)+'.csv')
data3.to_csv('Database/DayAheadNTC/1h/'+str(year)+'.csv')