Lightning Arrester Analysis at Pandu 150 Kv Substation

None Janne Deivy Ticoh, None Nontje Sangi, None Ridwani, None Benjamin Limbong Tampang, None Muzaina
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Abstract

The process of distributing electricity from the substation to the consumers often occurs interference, electrical interference at the station caused by two factors that are internal factors and external factors. Internal factors such as lack of good equipment, while external factors such as human error and natural disturbances such as lightning, earthquakes, flood, wind and others. Safety protection system on electrical equipment of Pandu substation. Surge arresters play an important role in Pandu substations to limit switching overvoltages and lightning strikes, followed by overvoltages from lightning current to earth. the efficiency of the arrester is a function of the distance from its location to the protected equipment, the maximum system voltage achieved is 165 kilo vot, the arrester`s rated voltage is 132 kilo volt line impedance /conductor 475,764 ohms, air insulation breakdown voltage 1515.8 kilo voltv, arrester discharge current 4.27 kilo ampers and an optimal distance between arrester and transformer 10.96 meters.
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潘渡150千伏变电站避雷器分析
变电站向用户配电的过程中经常会发生干扰,变电站的电气干扰由内部因素和外部因素两种因素引起。内部因素,如缺乏良好的设备,而外部因素,如人为错误和自然干扰,如闪电,地震,洪水,风等。Pandu变电站电气设备安全保护系统。避雷器在潘杜变电站中起着限制开关过电压和雷击以及雷击电流对地过电压的重要作用。避雷器的效率是其位置到被保护设备距离的函数,最大系统电压达到165千伏,避雷器的额定电压为132千伏,线路阻抗/导体475,764欧姆,空气绝缘击穿电压1515.8千伏,避雷器放电电流4.27千安,避雷器与变压器之间的最佳距离为10.96米。
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