Study on Game Behavior of Power Suppliers Based on Blockchain

Abstract

In order to further promote the construction of power market, it is necessary to analyze the transaction mode of fair competition in the spot market. This paper proposes a leader-follower game model of power transaction based on blockchain, analyzes and solves the Nash equilibrium state in the game. This paper analyzes the impact of the application degree of block chain on the income of participants in the power market, and allocates the income of the supply side through the cooperative game of power suppliers. The simulation results show that the application of blockchain is conductive to building an open and transparent market environment, promoting power trading and resource consumption, and optimizing the target revenue on both sides of supply and demand. At the same time, the cooperative game between power suppliers can increase the profits of the supply side, ensure the reasonable distribution of the interests of the supply side.