研究增加了一个插入式支柱变电站,以克服PT PLN (PERSERO) Cianjur Mande地区的更多负担

Giri Angga Setia, Hadi Setiawan, Fauzia Haz, Een Taryana
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引用次数: 1

摘要

在配电系统中,负荷过大引起的停电会给消费者和电力供应商造成损失。在此基础上,有必要使用准确的方法来分析配电变电站的增加,以便在应用时能够解决电能需求。该方法的几个阶段是确定每个组件的规格,计算每个组件的最佳容量,测量连接变电站面板和变压器初级部分包含的电压值,并使用ETAP软件进行模拟。选择控制变电站是因为根据负荷要求进行了现场研究。计算分析结果表明,随着插入变电站的增加,总功率达到100 kVA。夜间实测负荷为77.7 kVA,白天实测负荷为67.5 kVA。这表明载荷在80%以下的允许标准范围内。电压从之前的情况增加到每单位0.9828,电压下降了11%。这样就能按需满足负载需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Studi Penambahan Gardu Sisipan Tipe Tiang untuk Mengatasi Beban Lebih di PT PLN (PERSERO) Area Cianjur Rayon Mande
In the distribution system, blackouts caused by excessive loads cause losses for both consumers and electricity providers. Based on this, it is necessary to analyze the addition of distribution substations using an accurate methodology so that when applied it can be a solution to the need for electrical energi. Several stages of the method are determining the specifications of each component, calculating the optimal capacity of each component, measuring the voltage value contained in the panel and the primary part of the transformer at the hook-up substation, and simulating using ETAP software. The cantol substation was chosen because field studies have been carried out according to load requirements. The results of the calculation analysis show that with the addition of insertion substations, the total power becomes 100 kVA. The measured load at night is 77.7 kVA and during the day is 67.5 kVA. This indicates that the loading is in the allowable standard range below 80%. The voltage increased to 0.9828 per unit from the previous condition where there was a voltage drop of 11%. So that the load needs are met on demand.
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