稻壳灰作为接地系统添加剂的镀锌钢和铜接地电极的性能

N. H. Halim, Muda Hasan, S. Arshad, M. Isa, A. Z. Abdullah, A. Anuar
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引用次数: 2

摘要

接地系统是电气系统发生故障或雷击时起保护作用的重要组成部分之一。接地系统的另一个目的是保护人类电器和建筑物免受电气故障或雷击造成的电击。目前,有两种接地系统方法得到了广泛的应用。第一种方法被称为三针法或降电位法,第二种方法被称为四针法。4针法由温纳法和斯伦贝谢法两种方法组成。此外,稻壳灰的用途是寻找稻壳灰对接地材料的影响。本工程接地电极分为铜电极和镀锌钢电极两种。使用两种不同的接地材料和两种不同的介质,下面的分析将清楚地表明哪种方法和哪种接地材料在工业中使用更好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance of Galvanized Steel and Copper Grounding Electrodes Using Paddy Husk Ash as An Additive Material to Grounding System
The grounding system is one of the important parts of the electrical system to give a protection during fault or lightning occurs. The other purpose of grounding system is to protect human electrical appliance and building from electrical shock due to electrical fault or lightning occur. Nowadays, there are two grounding system methods that have been used widely. The first method is known as a Three-Pin method or Fall Potential Method and secondly called Four-Pin Method. The 4-Pin method consists of two methods which are Wenner Method and Schlumberger Method. Besides, the uses of paddy husk ash are to find the effect of paddy husk ash to the grounding material. There are two grounding electrodes used in this project, copper electrode, and galvanised-steel electrode. With two different grounding materials and two different mediums, the analysis shown below will clearly show which method and which grounding material is better to use in the industry.
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