Technical System and Top-Level Frame Design for Energy Internet-Oriented Integrated 5G Power Communication Network

This paper proposes a 5G-integrated power communication network security architecture. Specific practical technical schemes are presented, including multi-access edge computing (MEC) and network slices. On the basis of analysis on hybrid network architectures combining 5G public network and power private network, classified network loading strategies of electric businesses in 5G public network slices are proposed. According to specific business demands, secure data ferry is ensured. Given the differences in network management modes between power private network and public networks provided by telecom operators, exclusive service level agreements (SLAs) in distinct power scenarios are formulated. Deterministic capabilities of end-to-end data communication are also achieved by the proposed reliable network architecture based on technical support of MEC and network slice.