def power_available(self, time=None, scenario=None):
'''power availble (constrained by pmax, ramprate, ...) at time'''
if time is not None and is_init(time):
return self.initial_power
var_name = 'power_available' if self.commitment_problem \
and self.reserve_required else 'power'
return self.get_variable(var_name, time, scenario=scenario, indexed=True)
def power_available(self, time=None, scenario=None):
'''power availble (constrained by pmax, ramprate, ...) at time'''
if time is not None and is_init(time):
return self.initial_power
var_name = 'power_available' if self.commitment_problem \
and self.reserve_required else 'power'
return self.get_variable(var_name, time, scenario=scenario, indexed=True)
def status(self, time=None, scenario=None):
'''on/off status at time'''
if self.commitment_problem or user_config.dispatch_decommit_allowed:
if time is not None and is_init(time):
return self.initial_status
else:
return self.get_variable('status', time, scenario=scenario, indexed=True)
else:
return 1
def power(self, time=None, scenario=None):
'''real power output at time'''
if time is not None and is_init(time):
return self.initial_power
else:
return self.get_variable('power',
time,
scenario=scenario,
indexed=True)
def status(self, time=None, scenario=None):
'''on/off status at time'''
if self.commitment_problem or user_config.dispatch_decommit_allowed:
if time is not None and is_init(time):
return self.initial_status
else:
return self.get_variable('status', time, scenario=scenario, indexed=True)
else:
return 1
def power(self, time=None, scenario=None):
'''real power output at time'''
if time is not None and is_init(time):
return self.initial_power
else:
return self.get_variable('power', time, scenario=scenario, indexed=True)