def __init__(self, numerical_circuit: OpfSnapshotCircuit, solver: MIPSolvers = MIPSolvers.CBC):
"""
DC time series linear optimal power flow
:param numerical_circuit: NumericalCircuit instance
"""
Opf.__init__(self, numerical_circuit=numerical_circuit, solver=solver)
# build the formulation
self.problem = self.formulate()
def __init__(self, numerical_circuit: StaticSnapshotInputs):
"""
DC time series linear optimal power flow
:param numerical_circuit: NumericalCircuit instance
"""
Opf.__init__(self, numerical_circuit=numerical_circuit)
# build the formulation
self.problem = None
def __init__(self,
numerical_circuit,
solver_type: MIPSolvers = MIPSolvers.CBC):
"""
DC time series linear optimal power flow
:param numerical_circuit: NumericalCircuit instance
"""
Opf.__init__(self,
numerical_circuit=numerical_circuit,
solver_type=solver_type)
def __init__(self, numerical_circuit: SnapshotOpfData, area_from_bus_idx, area_to_bus_idx,
solver_type: MIPSolvers = MIPSolvers.CBC):
"""
DC time series linear optimal power flow
:param numerical_circuit: NumericalCircuit instance
"""
self.area_from_bus_idx = area_from_bus_idx
self.area_to_bus_idx = area_to_bus_idx
# this builds the formulation right away
Opf.__init__(self, numerical_circuit=numerical_circuit, solver_type=solver_type)
def __init__(self, numerical_circuit: NumericalCircuit):
"""
DC time series linear optimal power flow
:param numerical_circuit: NumericalCircuit instance
"""
Opf.__init__(self, numerical_circuit=numerical_circuit)
self.v0 = None
self.dva = None
self.dvm = None
self.Ql = None
# build the formulation
self.problem = self.formulate()
def __init__(self, numerical_circuit: StaticSnapshotInputs, solver: MIPSolvers = MIPSolvers.CBC):
"""
DC time series linear optimal power flow
:param numerical_circuit: NumericalCircuit instance
"""
Opf.__init__(self, numerical_circuit=numerical_circuit, solver=solver)
self.v0 = None
self.dva = None
self.dvm = None
self.Ql = None
# build the formulation
self.problem = self.formulate()
def __init__(self,
numerical_circuit: SnapshotOpfData,
solver_type: MIPSolvers = MIPSolvers.CBC):
"""
DC time series linear optimal power flow
:param numerical_circuit: NumericalCircuit instance
"""
Opf.__init__(self,
numerical_circuit=numerical_circuit,
solver_type=solver_type)
self.v0 = None
self.dva = None
self.dvm = None
self.Ql = None