Research on the Optimization Model of Time-of-Use Electricity Price Linkage Between Supply and Demand
摘要
After the implementation of time-of-use electricity price on both sides of supply and demand, the system benefits brought by them need to be transmitted and distributed through electricity price. Therefore, this paper uses the game signal transmission theory to construct a dynamic game linkage model of time-of-use electricity price on the supply side and the demand side, which realizes the market-oriented distribution of peak-shaving and valley-filling benefits in each link of the system through dynamic linkage and equilibrium. The simulation shows that the model can objectively distribute the peak-shaving and valley-filling benefits brought by time-of-use electricity price through electricity price signal transmission according to the market force of each link of the system.