Microgrid Reconfiguration Strategy Based on Mobile Energy Storage under Emergency Rescue
摘要
This paper proposes a microgrid reconfiguration strategy based on mobile energy storage systems (MESSs) for emergency rescue. First, an improved A* algorithm enables efficient scheduling path planning of MESSs. Then, an optimized control strategy based on model predictive control ensures coordinated operation of interconnected energy storage converters. Finally, a hierarchical microgrid restructuring method enhances system reliability and supply stability under emergencies.