optimized Dispatch of Multi-energy Microgrid Clusters

The joint scheduling of multi energy micro energy network group can effectively absorb the residual heat of electricity in each sub micro network through the characteristics of energy substitutability and multi-agent interaction. However, the complex relationship of multi energy interaction brings difficulties to joint scheduling. In order to minimize the operating cost of the system, this paper establishes a day ahead optimal scheduling model of multi energy micro grid group of cooling, heating and power considering the consumption of clean energy. Through thejoint scheduling of micro grid group, it can promote the consumption of residual heat in the sub micro grid. Finally, in an example, by optimizing the operation of a multi-functional microgrid group, the mechanism of joint scheduling of multifunctional microgrid group is analyzed, and the effectiveness of the optimization operation model proposed in this paper is verified.