Abstract:In recent years, with the rapid development of green energy, the control of microgrids has received widespread attention. Microgrids have many similarities with multi-agent systems, and the consistency control problem of multi-agent systems can be applied to the control of microgrids. Through in-depth analysis of the working principle of microgrids and multi-agent consensus algorithms, a consensus control protocol for fast convergence of active power allocation in microgrids is designed by combining consensus control of multi-agent systems with microgrid control. The relevant definition requirements and derivation process for achieving consensus convergence are provided. Finally, a microgrid was used as the simulation object to conduct simulation experiments on the control protocol. The simulation results showed that the active power converged to consistency, verifying the effectiveness of the consistency control protocol. By comparing with classic consistency control protocols, its convergence speed is effectively improved, reflecting the advantages of this design.