A combined static safety analysis method for electric-pneumatic coupled multi-energy flow systems
A multi-energy flow, gas-coupling technology, applied in electrical components, circuit devices, AC network circuits, etc., can solve the problem that the multi-energy flow system has not yet been expanded, and can improve safety and reduce misjudgments and missed judgments. , the effect of improving accuracy
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[0038] The electric-pneumatic coupled multi-energy flow system joint static safety analysis method proposed by the present invention includes the following steps:
[0039] (1) From the energy management system of the electric-pneumatic coupling multi-energy flow system, obtain the state estimation result Ψ of the current electric-pneumatic coupling multi-energy flow system se , including: the voltage amplitude of grid nodes and the active power of grid branches in the electric-pneumatic coupled multi-energy flow system, the gas network node pressure and the gas network branch flow in the electric-pneumatic coupled multi-energy flow system;
[0040] (2) From the energy management system of the electric-pneumatic coupled multi-energy flow system, obtain the safe operation constraints of the power grid and gas network in the electric-pneumatic coupled multi-energy flow system Ψ sc , including: the allowable maximum value of the grid node voltage amplitude, the allowable minimum v...
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