The Grounding System in Feeder Tomat PT. PLN (Persero) ULP Mariana

Bambang Guntoro, Siswandi, Zainuddin Idris, M. Yunus
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Abstract

The function of grounding is to neutralize disturbances that occur in electric voltages such as short circuits and leakage currents in equipment. So the grounding system that already used will be able to drain the disturbance that occurs due to leakage currents or short circuits to the grounding terminal and then delivered again to the conduit or conductor and then delivered again to the grounding pole or electrode, then the electrode will neutralize it to the ground. In regard to this point, the grounding system is expected to minimize damage to equipment due to interference with electrical voltage. The smaller the grounding resistance value, the better the grounding system. The results of the analysis show that the value of grounding resistance will be smaller if the depth of planting, the number of electrodes planted, and the planting distance are increased. The Tomat feeder distribution substation itself still has grounding values that are not in accordance with the PUIL standard, article 3.13.2.10. This is due to the lack of moisture in the soil.
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PT. PLN (Persero) ULP Mariana馈线番茄接地系统
接地的作用是中和在电压中产生的干扰,如设备中的短路和漏电流。因此,已经使用的接地系统将能够将由于漏电流或短路而产生的干扰排出到接地端子,然后再次输送到导管或导体,然后再次输送到接地极或电极,然后电极将其中和到地面。在这一点上,接地系统应尽量减少电压干扰对设备的损害。接地电阻值越小,接地系统越好。分析结果表明,增加种植深度、种植电极数和种植距离,接地电阻值会变小。番茄给料机配电变电站本身仍然存在不符合PUIL标准第3.13.2.10条的接地值。这是由于土壤缺乏水分造成的。
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