ANALISIS JATUH TEGANGAN PADA PENYULANG CITARUM UP3 BEKASI
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Basir, Syamil
Hidayat, Syarif
Hidayat, Syarif
Subject
Teknik Elektro
Datestamp
2022-09-29 08:03:52
Abstract :
Voltage drop is the difference or difference between the transmit voltage and the received voltage. This disturbance is caused by the resistivity of the conductor, the distance of the feeder being too far, and the current being too large. If the voltage drop is greater, it will affect the quality of electrical energy. So it needs to be repaired. This research was conducted with descriptive quantitative research methods with data collection techniques in the form of interviews. In this study, three methods were carried out, namely creating a new feeder, making a new feeder from the existing substation, and thirdly making a new feeder from the nearest substation from the Citarum feeder with ETAP Power Station 12.6.0 simulation. The first method can overcome the voltage drop thoroughly, for the second way it can improve the voltage drop but not all, then the third way can repair some of the voltage drop and there is still a voltage drop. Of all these ways, only the second and third methods can improve the voltage drop, which still leaves the BUS experiencing a voltage drop. The range of 20 kV BUS that experiences a voltage drop is 15 kV or 25% to 17 kV or 15%, for a value of 18 kV or 10% of marginal BUS, and a value of 19 kV or 5% BUS under normal conditions
Voltage drop is the difference or difference between the transmit voltage and the received voltage. This disturbance is caused by the resistivity of the conductor, the distance of the feeder being too far, and the current being too large. If the voltage drop is greater, it will affect the quality of electrical energy. So it needs to be repaired. This research was conducted with descriptive quantitative research methods with data collection techniques in the form of interviews. In this study, three methods were carried out, namely creating a new feeder, making a new feeder from the existing substation, and thirdly making a new feeder from the nearest substation from the Citarum feeder with ETAP Power Station 12.6.0 simulation. The first method can overcome the voltage drop thoroughly, for the second way it can improve the voltage drop but not all, then the third way can repair some of the voltage drop and there is still a voltage drop. Of all these ways, only the second and third methods can improve the voltage drop, which still leaves the BUS experiencing a voltage drop. The range of 20 kV BUS that experiences a voltage drop is 15 kV or 25% to 17 kV or 15%, for a value of 18 kV or 10% of marginal BUS, and a value of 19 kV or 5% BUS under normal conditions
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