Multi-Energy Coordination Based on Multi-Agent System in Energy Internet

The optimization strategy of integrating thermal and electrical complementarity has been more and more widely studied in Energy Internet (EI). The power system can be associated with the heating system by combined heating and power (CHP) system based on micro gas turbines (MT). Then the combined operation of thermal and electrical systems can be realized. In this paper, the integration of thermo-electric system in VPP was analyzed, and thermo-electric joint operation framework and strategy based on MAS was proposed. A multi-energy complementary coordination problem of VPP with the goal of maximizing income and minimizing compensation cost was built. An example is given to verify the effectiveness of the algorithm and strategy.