Optimization of Service Performance for Green Electricity Trading Platform Based on Distributed Authentication

Traditional green electricity trading platforms typically use centralized authentication models to ensure data security. But with the explosive growth of transaction data, centralized authentication models face service capacity bottlenecks. In order to achieve this goal, we use blockchain technology to implement distributed identity verification, and propose a distributed system communication network optimization method to address the communication delay problem in massive data trading scenarios. We optimize the network structure and significantly improve the service performance of the green power trading platform.