Research on reliable coverage planning of substation based on equipment service level

Weiping Shao, Yong Li, Meiying Wang and Jinyi Qiu
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Abstract

5G network can meet the multi-type service access needs of substations and promote the intelligent upgrade and transformation of power grids. The layout of buildings and electrical equipment in substations, as well as electromagnetic interference, will have a greater impact on 5G signal coverage. In this paper, a three-dimensional simulation model of the substation is first established, and basic parameters of base station planning are determined. Then, a safety function considering equipment service level and an electromagnetic interference calculation method are defined. Finally, a coverage planning algorithm based on electrical equipment service level and received power quality is proposed to improve the reliability of service access and ensure the safe and stable operation of the system. Simulation results show that the algorithm is effective and reliable.
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基于设备服务水平的变电站可靠覆盖规划研究
5G 网络可满足变电站多类型业务接入需求,促进电网智能化升级改造。变电站内建筑物、电气设备的布局以及电磁干扰等因素对 5G 信号覆盖的影响较大。本文首先建立了变电站的三维仿真模型,确定了基站规划的基本参数。然后,定义了考虑设备服务水平的安全函数和电磁干扰计算方法。最后,提出了基于电气设备服务水平和接收电能质量的覆盖规划算法,以提高服务接入的可靠性,确保系统安全稳定运行。仿真结果表明,该算法有效可靠。
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