5G通信技术在配电网过电压类故障边缘计算中应用框架研究

Research on the Application Framework of 5G Communication Technology in the Calculation of Overvoltage Fault Edge of Distribution Network

摘要: 配电网中过电压故障因其对电力设备和系统具有较大破坏性而需要及时响应和处理，当电力系统实现泛在物联时，过电压类故障可不必进入泛在电力物联网云平台进行数据采集和集成，而是可以先采用本地化控制、分布式处理的方式进行边缘计算，数据传输与通信是实现边缘计算的重要基础。面向泛在电力物联网，提出了5G通信技术在过电压类故障边缘计算中的应用框架，构建了基于边缘计算分层协治的配电网故障识别与响应模型，设想了5G通信应用场景。

Abstract: The over-voltage fault in the distribution network needs to respond and deal with in time because of its great destructiveness to the power equipment and system. When the power system realizes ubiquitous IOT, the over-voltage fault cannot enter the ubiquitous power IOT cloud platform for data collection and integration, but can first use localized control and distributed processing for edge calculation, data transmission and communication. It is an important foundation of edge computing. For ubiquitous power Internet of things, the application framework of 5G communication technology in over-voltage fault edge calculation is proposed, the fault identification and response model of distribution network based on edge calculation and hierarchical co governance is constructed, and 5G communication application scenario is envisaged.