Research on Optimal Scheduling Algorithm of Microgrid Energy Based on Game Theory

With the increasing scale and complexity of the power system, the traditional large power grid can no longer meet the requirements for power quality and reliability. In order to solve these problems, distributed power generation technology has emerged and developed rapidly. However, due to the random and fluctuating nature of distributed power generation, there are many problems in the actual operation of microgrid, such as poor voltage stability, uneven power distribution and large energy loss. Therefore, how to realize the coordinated control among distributed power sources in microgrid and various loads in microgrid is one of the urgent problems to be solved. Combined with the game analysis method, a multi-level microgrid optimization allocation model based on game theory is proposed for the design and construction of microgrids in future distribution networks.