ANALISA MANFAAT PEMASANGAN CAPACITOR BANK UNTUK MEMPERBAIKI FAKTOR DAYA DAN MENGURANGI KERUGIAN DAYA DAN ENERGI LISTRIK DI POLITEKNIK PENERBANGAN SURABAYA

H. Hartono, Heri Sudarmadji, S. Hariyadi, Rifdian Is, Siti Julaihah, M. Martadinata
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Abstract

Electric power quality problems include line losses, voltage drops, and the amount of inductive reactive power consumed at load so the power factor is low. Power factor improvement in Politeknik Penerbangan Surabaya electrical system to 0,99 is expected to improve electric power quality by installing a setcapacitorsitor called Capacitor Banks that supply capacitive reactive power. Another benefit is that reduces the load on transformer Poltekbang Surabaya which is now approaching full load. To be able to repair the electric power supply is necessary to measure and calculate the inductive reactive power which can be compensated with witcapacitiveie reactive power by Capacitor Bank. After calculating the capacitor bank value, the location of the capacitor bank installation is then determined so that power improvements can be carried out effectively, The result shows that the compensation needed to improve the power factor on Poltekbang Surabaya is 300 kVAR divided into 5steps, each step requires a 50 kVAR capacitor
分析安装电容的好处,以改善电力因素,减少泗水飞行中的电力和能源损失
电能质量问题包括线路损耗、电压下降和负载时消耗的感应无功功率,因此功率因数较低。泗水电力系统的功率因数将提高到0.99,通过安装一种称为电容器组的固定电容器来提供电容无功功率,预计将改善电能质量。另一个好处是减少了Poltekbang Surabaya变压器的负荷,该变压器目前已接近满负荷。为了能够修复电源,必须测量和计算电感无功功率,并通过电容组补偿电容无功功率。计算电容器组值后,确定电容器组的安装位置,以便有效地进行功率改进,结果表明,提高Poltekbang Surabaya上功率因数所需的补偿为300 kVAR,分为5步,每步需要一个50 kVAR的电容器
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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