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摘要
The simulation experiment is an effective means to verify the market rules. Based on the monthly centralized bidding rules in the domestic electricity market and the co-evolutionary algorithm, the corresponding market clearing price (MCP) and high-low matching clearing price are compared and analyzed. Firstly, a cooperative evolutionary mechanism based on strategy set is proposed to simulate the game competition between buyers and sellers in the real market. Secondly, relevant rules of monthly concentrated bidding are studied. The comparative analysis of the MCP model and the high-low matching clearing price model is compared based on the maximization of the respective interests of electricity purchasers and power producers. Quantitative analysis of the game process between buyers and sellers in the market is made to solve the equilibrium of market simulation. The simulation analysis shows that the MCP is more volatile than the high-low matching clearing price, and the clearing of the market is related to the cost and benefit function of electricity producer and purchaser. ? 2019 Editorial Department of Zhejiang Electric Power.
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