def _generate_model(
model_data,
_status_vars,
_power_vars,
_reserve_vars,
_non_dispatchable_vars,
_generation_limits,
_ramping_limits,
_production_costs,
_uptime_downtime,
_startup_costs,
_power_balance,
_reserve_requirement,
_objective,
_relax_binaries=False,
):
model = pe.ConcreteModel()
model.name = "UnitCommitment"
## enforece time 1 ramp rates
model.enforce_t1_ramp_rates = True
## prescient assumes we have storage services
model.storage_services = True
## new flag for ancillary services
model.ancillary_services = False
## to relax binaries
model.relax_binaries = _relax_binaries
params.load_params(model, model_data)
getattr(status_vars, _status_vars)(model)
getattr(power_vars, _power_vars)(model)
getattr(reserve_vars, _reserve_vars)(model)
getattr(non_dispatchable_vars, _non_dispatchable_vars)(model)
getattr(generation_limits, _generation_limits)(model)
getattr(ramping_limits, _ramping_limits)(model)
getattr(production_costs, _production_costs)(model)
getattr(uptime_downtime, _uptime_downtime)(model)
getattr(startup_costs, _startup_costs)(model)
if model.storage_services:
services.storage_services(model)
if model.ancillary_services:
services.ancillary_services(model)
getattr(power_balance, _power_balance)(model)
getattr(reserve_requirement, _reserve_requirement)(model)
getattr(objective, _objective)(model)
return model
def _generate_model(
model_data,
_status_vars,
_power_vars,
_reserve_vars,
_non_dispatchable_vars,
_generation_limits,
_ramping_limits,
_production_costs,
_uptime_downtime,
_startup_costs,
_power_balance,
_reserve_requirement,
_objective,
_relax_binaries=False,
):
model = pe.ConcreteModel()
# hold on to this for later
model.model_data = model_data
model.name = "UnitCommitment"
## enforece time 1 ramp rates
model.enforce_t1_ramp_rates = True
## to relax binaries
model.relax_binaries = _relax_binaries
params.load_params(model, model_data)
getattr(status_vars, _status_vars)(model)
getattr(power_vars, _power_vars)(model)
getattr(reserve_vars, _reserve_vars)(model)
getattr(non_dispatchable_vars, _non_dispatchable_vars)(model)
getattr(generation_limits, _generation_limits)(model)
getattr(ramping_limits, _ramping_limits)(model)
getattr(production_costs, _production_costs)(model)
getattr(uptime_downtime, _uptime_downtime)(model)
getattr(startup_costs, _startup_costs)(model)
services.storage_services(model)
services.ancillary_services(model)
getattr(power_balance, _power_balance)(model)
getattr(reserve_requirement, _reserve_requirement)(model)
getattr(objective, _objective)(model)
if 'fuel_supply' in model_data.data['elements'] and bool(
model_data.data['elements']['fuel_supply']):
fuel_supply.fuel_supply_model(model)
return model
def _generate_model(
model_data,
_status_vars,
_power_vars,
_reserve_vars,
_non_dispatchable_vars,
_generation_limits,
_ramping_limits,
_production_costs,
_uptime_downtime,
_startup_costs,
_power_balance,
_reserve_requirement,
_objective,
_relax_binaries=False,
_ptdf_options=None,
_PTDF_matrix_dict=None,
):
model = pe.ConcreteModel()
# hold on to this for later
model.model_data = model_data
model.name = "UnitCommitment"
## munge ptdf_options, if necessary
if _power_balance in ['ptdf_power_flow']:
import egret.common.lazy_ptdf_utils as lpu
_ptdf_options = lpu.populate_default_ptdf_options(_ptdf_options)
baseMVA = model_data.data['system']['baseMVA']
lpu.check_and_scale_ptdf_options(_ptdf_options, baseMVA)
model._ptdf_options = _ptdf_options
if _PTDF_matrix_dict is not None:
model._PTDFs = _PTDF_matrix_dict
else:
model._PTDFs = {}
## enforece time 1 ramp rates
model.enforce_t1_ramp_rates = True
## to relax binaries
model.relax_binaries = _relax_binaries
params.load_params(model, model_data)
getattr(status_vars, _status_vars)(model)
getattr(power_vars, _power_vars)(model)
getattr(reserve_vars, _reserve_vars)(model)
getattr(non_dispatchable_vars, _non_dispatchable_vars)(model)
getattr(generation_limits, _generation_limits)(model)
getattr(ramping_limits, _ramping_limits)(model)
getattr(production_costs, _production_costs)(model)
getattr(uptime_downtime, _uptime_downtime)(model)
getattr(startup_costs, _startup_costs)(model)
services.storage_services(model)
services.ancillary_services(model)
getattr(power_balance, _power_balance)(model)
getattr(reserve_requirement, _reserve_requirement)(model)
if 'fuel_supply' in model_data.data['elements'] and bool(
model_data.data['elements']['fuel_supply']):
fuel_consumption.fuel_consumption_model(model)
fuel_supply.fuel_supply_model(model)
else:
model.fuel_supply = None
model.fuel_consumption = None
if 'security_constraint' in model_data.data['elements'] and bool(
model_data.data['elements']['security_constraint']):
security_constraints.security_constraint_model(model)
else:
model.security_constraints = None
getattr(objective, _objective)(model)
return model