变电站接地网分析

Chetan S. Payshetti, H. T. Jadhav, S. Kulkarani
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引用次数: 3

摘要

接地系统是为了维护操作人员和设备的安全,保证电网的可靠运行。变电站的接地将电气设备和金属结构连接到公共地。变电站的接地系统应能在正常和故障状态下限制变电站内外的电位梯度。接地故障造成变电站内部和周围的电位上升,从而增加了步进电位和接触电位。这些电位应小于人体允许的极限。检查变电站接地网时,需要计算与接地有关的参数,保证安全运行。本文根据IEEE 80-2013标准对变电站现有接地网设计参数进行了计算,并探讨了提高接地系统安全性的一些技术措施。使用ETAP(电力系统分析)软件进行分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of grounding grid of substation
The grounding system requires for maintaining safety of operators and apparatus and ensuring reliable working of power network. A grounding of substation connects electrical apparatus and the metallic structures to the common ground. Grounding system of substation should be such that it should limit the potential gradients with in and around substation during normal and fault condition. Ground Fault creates potential rise within and around the substation which increases the step and touch potential. These potentials should be less than the permissible human body limit. For examination grounding grid of substation needs to calculate parameters related to earth and grounding for safe operation. In this paper parameters of existing design of grounding grid of substation are calculated with IEEE standard 80-2013 and some techniques are discussed for increasing grounding system safety. ETAP (Electrical power system analysis) software is used for analysis.
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