Coordinated Optimization Control Strategy for We-Energy in Energy Internet

摘要

A novel energy supply mode named "We-Energy" is first proposed for the Energy Internet in this paper. With the advanced features such as producer-consumer integration, energy supply complementarity, openness of operating mode and regionalization of energy consumption, We-Energy stimulates "grass-roots" energy entities to participate in energy productions and interactions, where more renewable and clean energy resources can be utilized. To construct a low-carbon and low-cost energy consumption structure, a multi-objective optimization model is presented. Furthermore, a distributed multi-agent system-based coordinated optimization control strategy is designed to achieve the optimal energy management of We-Energies. Finally, simulation results are given to illustrate the effectiveness of the proposed coordinated optimization control strategy.