A Differential Game Model of Energy Demand Side Management for Micro Grid

As a key component of Smart Grid, the smart Micro grid can integrate renewable energy source effectively and improve the quality of electric power on the demand side. Since the micro grid environment is complex and dynamic, how to achieve an optimal and state performance while improving the utility of electricity consumer in micro grid system is a crucial problem. To maximum the consumers' benefits and resource utilization while satisfying users' requests, it is essential for micro grid system and consumers to allocate resources adaptively for different conditions. In this paper, we proposed a dynamic developing power management framework in micro grid. A dynamic differential game model is modeled and analyzed to solve the optimization. The experiments results support a theoretical foundation that can help decision-maker make the optimal dynamic strategies when electricity consumer dynamically change their strategies.