Multimode Coordination Control Method for Microgrid Cluster Based on Adaptive Power Control and Routing Algorithm

Abstract

Aiming at the coordinated control problem caused by distributed energy belonging to different agents, a multimode coordinated control method of microgrid group based on adaptive power control and routing algorithm is studied. According to the characteristics of microgrid group, a method combining adaptive power control with routing algorithm is proposed to predict the channel interference of nodes and select the next hop of nodes. The nodes adjust their power to adapt to their own surrounding environment to ensure the maximum throughput of microgrid under the minimum channel interference; on this basis, a multi-agent system is introduced to establish the energy’s intelligent coordinated control strategy of multi microgrid, a three-layer coordinated control system framework is designed, and the solution process of regional autonomy and global collaborative optimal control is proposed. The results show that the proposed multimode coordination control strategy can be used to optimize the multi microgrid scheduling in grid connected and islanded modes. The energy storage system can obtain better economic benefits in the economic optimal mode, while the longest life mode can reduce the economic benefits in order to ensure the smooth operation of the energy storage system.