Design of blockchain-based trading mechanism under sharing mode of electric vehicle under smart grid

The P2P energy market represented by electric vehicles will receive more and more attention. Therefore, the P2P energy market platform needs more precise design to ensure that the feedback effect between the transmission and distribution system operation will not reduce the system stability. At the same time, the trading mechanism needs to be redesigned, allowing the platform owner to maximize their own interests by setting prices. Blockchain technology is used to create a shared electric vehicle trading platform, which allows electric vehicles to communicate with the smart grid. The main focus of this paper is to design the combination of blockchain technology and electric vehicles. Blockchain technology has the characteristics of decentralization, distributed peer-to-peer, non-tamperable, consensus trust and economy. From the perspective of feature matching, it can be found that the advantage of the blockchain is actually complementary to the demand of the electric vehicle charging and generating transaction.