An analysis method of mutual regulation potential of water-light-storage cluster based on mixed integer programming and mathematical model

In order to reduce the power generation load of water-light-storage cluster and ensure the balance between energy storage and power supply, the mixed integer programming and mathematical model are introduced, and an analysis method of mutual regulation potential of water-light-storage cluster is designed. The overall structure of water-light-storage cluster microgrid is designed, and the mathematical models of hydro-generator set, photovoltaic power supply and energy storage battery are constructed. On this basis, the analysis characteristics of mutual regulation potential of water-light-storage cluster are extracted and analyzed, and the potential analysis is realized under mixed integer programming. The experimental results show that the power output of water-light-storage cluster mutual regulation becomes significantly more stable after the application of this method, and the load of hydro-generator, photovoltaic power supply and energy storage battery shows relatively stable values, which is more effective in optimizing cluster mutual regulation and can distribute and balance the load of various energy sources more reasonably.