PERHITUNGAN SUSUT DAYA JARINGAN TEGANGAN RENDAH STUDI KASUS PADA GARDU DISTRIBUSI K293P PT.PLN (PERSERO) UP3 MENTENG
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Kurnia, Ahmad
Prianda, Prianda
Octavia Putri, Tri Wahyuni
Prianda, Prianda
Octavia Putri, Tri Wahyuni
Subject
Teknik Elektro
Datestamp
2022-10-11 06:53:29
Abstract :
Power loss is a classic problem in power distribution system. Power loss can be caused by low power factor, load imbalance between phases, and network length. This research aims to recognize the calculation of low voltage networks through the calculation of power shrinkage, namely falling voltage, resistance channel, average power loss, average strain power on the K293P distribution station. On the study this time using quantitative methods. The quantitative method used here is a quantitative correlational method. The results of the study gained power shrinkage at peak load time of 7.54%. Losses due to the current flowing in the neutral conductor at noon load of 78.66 watts, while at the time of the night load of 269.21 watts. The results of this research show that the supply of power obtained has not reached the target desired by PT. PLN (Persero) UP3 Menteng (4.05%). There are several attempts that can be done to reduce shrinkage is to balance the load per phase to reduce the current flowing in the neutral conducting.
Power loss is a classic problem in power distribution system. Power loss can be caused by low power factor, load imbalance between phases, and network length. This research aims to recognize the calculation of low voltage networks through the calculation of power shrinkage, namely falling voltage, resistance channel, average power loss, average strain power on the K293P distribution station. On the study this time using quantitative methods. The quantitative method used here is a quantitative correlational method. The results of the study gained power shrinkage at peak load time of 7.54%. Losses due to the current flowing in the neutral conductor at noon load of 78.66 watts, while at the time of the night load of 269.21 watts. The results of this research show that the supply of power obtained has not reached the target desired by PT. PLN (Persero) UP3 Menteng (4.05%). There are several attempts that can be done to reduce shrinkage is to balance the load per phase to reduce the current flowing in the neutral conducting.
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