research on lightning protection and grounding safety evaluation of base station shared power tower

Huan Huang, Yan Hong Xiao, Siwu Yu, X. Mao, Bin Li, Lei Liu, C. Peng, Hao Du
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Abstract

Building 5g base station on power tower is an effective way to realize resource integration and save national resources. However, the voltage level and installed capacity of power system and communication system are far from each other. We must take into account their lightning protection and grounding requirements, conduct comprehensive research, and put forward reliable measures to ensure the safe operation of shared tower. Based on the structure of 220kV power tower and communication machine room, the simulation model of shared tower is established, and multiple observation potentials are set in the shared tower. By analyzing and calculating the ground potential appreciation of observation points under different lightning currents, different earth resistivity and different installation positions, an important conclusion is drawn: in order to ensure the power line in communication machine room The optical cable, antenna metal support and iron tower will not be broken down. The grounding grid of communication machine room and power tower must adopt the joint grounding mode, and the improvement suggestions for the original grounding mode are put forward.
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基站共享电力塔防雷与接地安全评价研究
在电力塔上建设5g基站是实现资源整合、节约国家资源的有效途径。然而,电力系统和通信系统的电压等级和装机容量相差甚远。我们必须考虑到它们的防雷和接地要求,进行全面的研究,提出可靠的措施,保证共用塔的安全运行。根据220kV电力塔和通信机房的结构,建立共享塔的仿真模型,在共享塔内设置多个观测电位。通过对不同雷电电流、不同地电阻率、不同安装位置下观测点的地电位升值进行分析计算,得出一个重要结论:为了保证通信机房的电力线光缆、天线金属支架、铁塔不被击穿。通信机房和电力塔的接地网必须采用联合接地方式,并对原有接地方式提出了改进建议。
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