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Research on Corrosion Detection Method of Tower Grounding Body Based on Transient Electromagnetic Method

机译:基于瞬态电磁法的塔接地体腐蚀检测方法研究

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The grounding body of the transmission tower is of great significance to the safe operation of the power system, its corrosion state needs to be accurately detected to ensure a safe discharge channel for lightning current. In this paper, transient electromagnetic method is employed to detect the corrosion of tower grounding body. Based on the distribution characteristics of magnetic induction intensity, the location of grounding conductor with corrosion or breakpoint can be accurately located. The model of tower grounding body is established by COMSOL multiphasic software, and the influence of different corrosion degree, conductor material and soil resistivity on magnetic induction intensity is analyzed in detail. Field experiments are carried out to verify the effectiveness of the method.
机译:传输塔的接地体对电力系统的安全操作具有重要意义,需要精确地检测到其腐蚀状态,以确保用于雷电的安全放电通道。本文采用瞬态电磁法检测塔接地体的腐蚀。基于磁感应强度的分布特性,可以精确地定位带腐蚀或断点的接地导体的位置。通过COMSOL多相软件建立塔接地体的模型,详细分析了不同耐腐蚀度,导体材料和土壤电阻性对磁感应强度的影响。进行现场实验以验证该方法的有效性。

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