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Application study of flexible graphite grounding electrode in typical tower grounding grid

机译:柔性石墨接地电极在典型塔架接地网中的应用研究

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The article simulates the typical tower grounding resistance using CDEGS. First of all, it compares the difference between the flexible graphite grounding electrode, round steel and manganin, in power frequency grounding performance and impulse grounding performance. The results show that flexible graphite grounding electrode is slightly higher than the round steel in the power frequency grounding resistance. But due to its non-magnetism, weaker skin effect, the impulse grounding resistance is lower than that of the round steel. Thus, flexible graphite grounding electrode has good lightning protection grounding characteristics. Take an application of flexible graphite grounding electrode in typical transmission lines in Foshan demonstration project for example, the practical engineering construction process and technology of flexible graphite grounding electrode is introduced, providing references for other similar engineering and test.
机译:本文使用CDEGS模拟了典型的塔架接地电阻。首先,比较了柔性石墨接地电极,圆钢和锰元素在工频接地性能和脉冲接地性能方面的差异。结果表明,柔性石墨接地电极的工频接地电阻略高于圆钢。但是由于其非磁性,趋肤效应较弱,因此脉冲接地电阻比圆钢低。因此,柔性石墨接地电极具有良好的防雷接地特性。以佛山示范项目典型输电线路中柔性石墨接地电极的应用为例,介绍了柔性石墨接地电极的实际工程建设过程和技术,为其他类似工程和试验提供参考。

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