Research On Energy Configuration Strategy Over Future Energy Internet

As one of the important methods to reduce energy consumption and improve energy efficiency under the background of Energy Internet, the research on the energy configuration based on the information communication technology has received increasing attention. The goal of energy configuration is to guide users to optimize the power supply and demand actively by means of information communication and management, and to ensure the supply and demand of the market,optimize the allocation of power resources and improve energy efficiency.In this paper, the energy configuration based on the energy of the Internet is studied.Firstly, this paper analyzes the characteristics of energy allocation strategy in the energy Internet, compares the different users' side of the traditional distribution network with the energy, and distinguishes the concept of passive energy configuration strategy based on the traditional distribution network and the active power configuration strategy which includes the distributed power and controllable load.A passive energy configuration scheme is proposed for the traditional users' side of the user side, which is based on the user's characteristics. The model of the power supply, distribution and user is modeled as a four layer Stackelberg game model, and the model is analyzed and solved by using the reverse push to the game. Finally, the proposed algorithm is verified and analyzed. The experimental results show that the performance of the proposed algorithm is better than the uniform pricing algorithm.A scheme of active power configuration strategy is proposed for the scene of the users' side including the distributed power supply, the controllable load and other energy resources. Considering a large number of distributed power supply applications, a micro network communication architecture based on SDN is proposed, and the application mode of the network in different Scenarios is analyzed. Based on the proposed communication architecture, the similar day theory power generation forecasting method, the household user load control strategy and real-time bidding rules of the energy trading platform is designed.Experiments show that the performance of the communication architecture based on SDN is better than that of the traditional communication architecture.