Real-time and Scalability of Smart Two Ticket System Based on Edge Computing in Power Grid Management

With the continuous development of Internet of Things (IoT) technology, edge processing platforms for power system characteristics have become an important technology. At present, many professional information systems of State Grid Corporation of China are faced with the problem that information cannot be shared and collected. It is urgent to use the idea of the Internet of Things, high-performance edge computing and other methods to build an intelligent Internet of Things system. In this paper, a new intelligent Internet of Things system based on edge computing was studied according to the application requirements of smart grid for dynamic control, strategy management, data preprocessing, etc., aiming to reduce network transmission capacity, reduce operating costs, and further optimize equipment maintenance costs. Simulation experiments have shown that when the number of Centralized Unit of Execution and Heterogeneous Unit of Execution in the network was increased to 70 and 100, respectively, the unloading completion times of the schemes “HUE Cloud Edge” and “HUE-Cloud Edge GM” were between 0.25-0.45 and 0.2-0.4, respectively, which were lower than those of cloud and HUECloud Randomness.