Analysis of Differences in Apparent Resistivity Between Soil Model Considering Heterogeneous Region and Traditional Soil Model

Ziqiang Ming, Xin Zhang, Ke Liu, Jianxing Ren, Wenxiang Yan, Tao Yuan
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Abstract

At present, most soil models used in grounding design do not consider the existence of heterogeneous region. However, local heterogeneous modules with high or low resistance will greatly affect the soil model under certain conditions, and these heterogeneous regions cannot be ignored at this time. In this paper, the necessity of soil model considering heterogeneous region is demonstrated through simulating calculation in CDEGS. Firstly, a complex soil model considering heterogeneous region is introduced and simplified reasonably. Then the method of comparing the error of apparent resistivity between soil model considering heterogeneous region and traditional soil model by CDEGS is illustrated. Finally, a case study was conducted to compare the homogeneous soil model and stratified soil model with the one proposed in this paper, further verifying the necessity of soil model considering heterogeneous region under certain conditions.
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考虑非均质区土壤模型与传统土壤模型视电阻率差异分析
目前用于接地设计的土壤模型大多未考虑非均质区存在。然而,局部的高阻或低阻异质模块在一定条件下会对土壤模型产生很大的影响,此时这些异质区域不可忽视。本文通过CDEGS的模拟计算,论证了考虑非均质区土壤模型的必要性。首先,引入并合理简化了考虑非均质区域的复杂土壤模型。然后阐述了用CDEGS比较考虑非均质区土壤模型与传统土壤模型视电阻率误差的方法。最后,通过实例研究,将均质土壤模型和分层土壤模型与本文提出的模型进行了比较,进一步验证了在一定条件下考虑非均质区域的土壤模型的必要性。
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