Novel method in decreasing grounding resistances of urban substations by utilizing peripheral geographical conditions

Rong Zheng, Jinliang He, J. Zou, Xinfu Sheng
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引用次数: 4

Abstract

A scientific design method was introduced to decrease the grounding resistances of two 110 kV urban substations' grounding systems in this paper. The first step of the grounding system design process is to gain the soil structure, and the second step is to design the grounding system by numerical analysis according to the multi-layer soil structure model. The peripheral geographical conditions have been taken into consideration to effectively decrease the grounding resistances of substation's grounding system.
利用周边地理条件降低城市变电站接地电阻的新方法
介绍了降低两座110 kV城市变电站接地系统接地电阻的科学设计方法。接地系统设计过程的第一步是获得土壤结构,第二步是根据多层土壤结构模型通过数值分析来设计接地系统。考虑了变电站周边的地理条件,有效降低了变电站接地系统的接地电阻。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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