def __init__(self, config):
self.config = config
Serializable.__init__(self, "")
self.output_folder = join(config.folders.run, "results")
self.print_measures = self.config.measures
self.print_aggregations = self.config.iter_aggregations
if self.print_aggregations is None:
self.print_aggregations = ("mean", "std")
def __init__(self, consumes=None):
"""Generic learning constructor
"""
# initialize evaluation
Serializable.__init__(self, "")
self.models = []
self.predictions = []
self.prediction_roles = []
self.prediction_model_indexes = []
def __init__(self, skip_init=False):
"""Dataset constructor
Arguments:
skip_init {bool} -- Wether to initialize the serializable superclass mechanism
"""
random.seed(self.config.misc.seed)
if skip_init or self.config is None:
return
Serializable.__init__(self, self.dir_name)
self.config.full_name = self.name
self.filter_stopwords = self.config.filter_stopwords
self.remove_digits = self.config.remove_digits
def __init__(self, timestep, power_nominal, input_link, file_path=None):
# Read component parameters from json file
if file_path:
self.load(file_path)
else:
print(
'Attention: No json file for power component efficiency specified'
)
self.specification = "MPPT_HQST_40A_12V_34V" # [-] Specification of power component
self.efficiency_nominal = 0.951 # [1] Nominal power component efficeincy
self.voltage_loss = 0.009737 # [-] Dimensionless parameter for component model
self.resistance_loss = 0.031432 # [-] Dimensionless parameter for component model
self.power_self_consumption = 0.002671 # [-] Dimensionless parameter for component model
self.end_of_life_power_components = 315360000 # [s] End of life time in seconds
self.investment_costs_specific = 0.036 # [$/Wp] Specific investment costs
# Integrate Serializable for serialization of component parameters
Serializable.__init__(self) # not needed !?
# Integrate Simulatable class for time indexing
Simulatable.__init__(self) # not needed !?
# Integrate input power
self.input_link = input_link
# [s] Timestep
self.timestep = timestep
#Calculate star parameters of efficeincy curve
self.voltage_loss_star = self.voltage_loss
self.resistance_loss_star = self.resistance_loss / self.efficiency_nominal
self.power_self_consumption_star = self.power_self_consumption * self.efficiency_nominal
## Power model
# Initialize power
self.power = 0
# set nominal power of power component
self.power_nominal = power_nominal
## Economic model
# Nominal installed component size for economic calculation
self.size_nominal = power_nominal
def __init__(self, timestep, power_nominal, input_link, file_path=None):
'''
Parameters
----------
timestep: int. Simulation timestep in seconds
power_nominal : int. Nominal power of power component in watt [W]
input_link : class. Class of component which supplies input power
file_path : json file to load power component parameters
'''
# Read component parameters from json file
if file_path:
self.load(file_path)
else:
print(
'Attention: No json file for power component efficiency specified'
)
self.specification = "Generic system controller" # [-] Specification of power component
self.end_of_life_power_components = 315360000 # [s] End of life time in seconds
self.investment_costs_specific = 0.036 # [$/Wp] Specific investment costs
# Integrate Serializable for serialization of component parameters
Serializable.__init__(self) # not needed !?
# Integrate Simulatable class for time indexing
Simulatable.__init__(self) # not needed !?
# Integrate input power
self.input_link = input_link
# [s] Timestep
self.timestep = timestep
## Power model
# Initialize power
self.power = 0
# set nominal power of power component
self.power_nominal = power_nominal
## Economic model
# Nominal installed component size for economic calculation
self.size_nominal = power_nominal
def populate(self):
Serializable.__init__(self, self.dir_name)
self.set_serialization_params()
self.acquire_data()