A MAS and CA Reactive Power Control for Islanded Multi-microgrid

摘要

At present, multi-microgrid voltage and reactive power control research is still a bottleneck. Based on this, the paper studied the voltage and reactive power control methodology of multi-microgrid in an island mode, analyzed the current multi-microgrid voltage and reactive power control strategy.The key contribution of this paper is to capture the superiority of Multi-agent systems in collaborating with each sub-microgrid and the advantage of cellular automata model in monitoring solitary erupted inside the microgrid reactive voltage change to propose islanded mode voltage and reactive power control strategy,which is based on a distributed multi-agent coordination model constructed in the paper.Finally, it has verified that this method can solve the multi-microgrid voltage and reactive power control problem in the islanded mode effectively through PSCAD / EMTDC simulation.But in the simulation,an real-time monitoring for micro-cellular source and a large number of experimental data is a must to prove the relationship between the sub-micro-grid, so the task is tough relatively.