Construction of a Power Market Trading Platform Based on Regional Blockchain Technology

Abstract

In order to solve the problems of traditional centralized trading platforms being difficult to handle rapidly increasing transaction data, achieving cross regional information sharing and resource unified optimization configuration, the author proposes the construction of a power market trading platform based on regional blockchain technology. This technology is based on the regional power energy trading architecture, designs a decentralized cloud energy storage blockchain trading model, and further refines the three-layer technical architecture of the business layer, middleware, and open license chain, thereby ensuring effective collaboration between the client and the distributed backend. In order to further improve the computational efficiency of the system, the author proposes a consensus algorithm optimization scheme based on transaction credit evaluation. The evaluation of blockchain nodes is achieved through the joint evaluation of multidimensional indicators, and the credit ranking of nodes is completed based on the defined transaction priority weight. The experimental results indicate that: Compared with the comparison algorithm, the clustering accuracy obtained by the proposed algorithm is higher, with a maximum value of 91.56%, indicating that the proposed algorithm correctly clusters more electricity sales information. The algorithm proposed by the author can reduce the probability of malicious transactions compared to existing algorithms, while improving the processing power and response speed of the trading system.