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Analysis of Grounding System in 150 kV Kudus Substation

机译:150 kV Kudus变电站接地系统分析。

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摘要

Over current fault at the substation must have a protection system that can avoid hazards causing damage to equipment and human safety in that area. Grounding systems installed in the substation area must cope those hazards in line with IEEE 80-2000 guidelines. To fulfil the guidelines, the resistance value of grounding system of 150 kV substation must have value below 1 Ω. The purpose of this research is to analyze the design of ground system at 150 kV substation in accordance with the rules specified in the design creation. Voltage gradients should not exceed limits that can endanger human body. This research used square and rectangular grid design. Calculation of voltage gradient tolerance limits, grounding system resistance values, and Ground Potential Rise are carried out to determine the reliability of ground systems on Kudus 150 kV substation.
机译:变电站的过电流故障必须具有保护系统,该系统可以避免造成该区域设备损坏和人身安全的危害。安装在变电站区域的接地系统必须符合IEEE 80-2000准则,以应对这些危险。为了满足该准则,150 kV变电站接地系统的电阻值必须小于1Ω。本研究的目的是根据设计创建中指定的规则来分析150 kV变电站的接地系统设计。电压梯度不得超过可能危及人体的极限。本研究使用正方形和矩形网格设计。进行电压梯度公差极限,接地系统电阻值和接地电位上升的计算,以确定Kudus 150 kV变电站上接地系统的可靠性。

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