Analisa Pecah Beban Penyulang Panimbang Di PLN ULP Labuan Untuk Perbaikan Jatuh Tegangan Dan Susut Daya
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Desfridman, Hendrawanto
Hidayat, Syarif
Hidayat, Syarif
Subject
Teknik Elektro
Datestamp
2023-06-19 06:21:11
Abstract :
Voltage drop is the amount of voltage lost in a conductor. Power loss is a condition where the power is reduced in the electric power system from the generator or substation to the load caused by the resistance of the conductor which is affected by current and voltage. Voltage drop and power loss is one of the problems that occur in distribution lines caused by the length of the feeder in the medium voltage network. If the voltage drop and power loss exceed predetermined limits, it can cause losses to the company and society. In this study, the load breaking was carried out on the Panimbang Feeder which has a large enough voltage drop and power loss. The method used in this panel is a quantitative method, in the form of literature studies, interviews, and calculations. The Panimbang feeder is a feeder that is supplied with a 60 MVA transformer from GI Menes which has a line length of 167.94 kms. Before breaking the load on the Panimbang feeder, the value of the power loss of the panimbang feeder is 38.82%, while the value of the voltage drop before the load breaking is 30.1%. After breaking the load, the power loss of the Panimbang feeder becomes 5.48%, and the voltage drop value for the Panimbang feeder becomes 6.9%. And for the new feeder, namely the New Panimbang feeder, the power loss value for the feeder is 7.32% and the voltage drop value for the feeder is 8.2%.
Voltage drop is the amount of voltage lost in a conductor. Power loss is a condition where the power is reduced in the electric power system from the generator or substation to the load caused by the resistance of the conductor which is affected by current and voltage. Voltage drop and power loss is one of the problems that occur in distribution lines caused by the length of the feeder in the medium voltage network. If the voltage drop and power loss exceed predetermined limits, it can cause losses to the company and society. In this study, the load breaking was carried out on the Panimbang Feeder which has a large enough voltage drop and power loss. The method used in this panel is a quantitative method, in the form of literature studies, interviews, and calculations. The Panimbang feeder is a feeder that is supplied with a 60 MVA transformer from GI Menes which has a line length of 167.94 kms. Before breaking the load on the Panimbang feeder, the value of the power loss of the panimbang feeder is 38.82%, while the value of the voltage drop before the load breaking is 30.1%. After breaking the load, the power loss of the Panimbang feeder becomes 5.48%, and the voltage drop value for the Panimbang feeder becomes 6.9%. And for the new feeder, namely the New Panimbang feeder, the power loss value for the feeder is 7.32% and the voltage drop value for the feeder is 8.2%.
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