Architecture design of energy Internet regulation system based on cloud-edge collaboration

With the emergence of a large number of energy prosumer units, the edge side of the regulation system has become an intelligent computing unit, which has transformed the energy Internet control mode from centralized to decentralized centralized collaborative operation. Combined with the theory of cloud-edge collaborative computing, this paper analyzes the data transmission characteristics of the energy Internet regulation system, and designs the regulation architecture of cloud-edge collaboration, including information collection, edge computing, core computing, management control, business applications and security auxiliary layers. According to the real-time requirements of the regulation and control business, the energy Internet regulation business processing process is designed, and the typical business scenarios of the energy Internet are sorted out and analyzed. The simulation results show that the real-time data transmission of the energy Internet regulation system based on cloud-edge collaboration has been greatly improved, which can ensure the operation reliability of the new energy Internet service scenario.