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Measurement of chemical ground electrode performance

机译:化学接地电极性能的测量

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We can reduce the grounding resistance of grounding object by reducing the resistivity of the soil, increasing the size of the area of ground, selecting the appropriate shape of the grounding (depth of the vertical ground) and increasing the number of vertical ground, etc. However, when the spot area is limited and soil resistivity is high, traditional grounding technology is difficult to achieve. In this paper the mechanism of resistance reduction of electrolytic ion grounding was analyzed, and the grounding properties of two kinds of electrolytic ion grounding were measured. The results show that using electrolytic ion grounding materials to build a ground network in the high resistance area is a good solution.
机译:我们可以通过降低土壤的电阻率来降低接地物体的接地阻力,增加地面面积的尺寸,选择适当的接地形状(垂直地的深度)并增加垂直接地的数量等。 但是,当点面积有限,土壤电阻率高,传统的接地技术难以实现。 本文分析了电解离子接地的电阻降低的机理,并测量了两种电解离子接地的接地性能。 结果表明,使用电解离子接地材料在高电阻区域中构建地面网络是一个很好的解决方案。

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