ANALISA PREDIKSI JARAK GANGGUAN PENYULANG BEDANA PT.PLN ULP SRIBAWONO LAMPUNG TIMUR MENGGUNAKAN APLIKASI ETAP
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Prasetyo, Pandu
Susanto, Djoko
Susanto, Djoko
Subject
Teknik Elektro
Datestamp
2022-09-29 08:18:09
Abstract :
PT. PLN ULP Sribhawono is one of the distribution and maintenance service units under the Metro Customer Service Implementation Unit (UP3). PT. PLN ULP Sribhawono is responsible for distributing electricity from the primary distribution to the limiting and measuring devices (APP) of customers who have previously gone through distribution substations. In carrying out its duties PT. PLN ULP Sribhawono experienced many obstacles, such as the reliability level of its distribution network which was categorized as chronic. Therefore, it is necessary to analyze the prediction of the disturbance distance. The fault in question is a single phase to ground fault. The purpose of this study was to determine the location of the disturbance in the Bedana feeder. From the results of the calculation of channel 1, the prediction of the interference distance is 44 meters with an error of 0.198%. and the average difference is 140 meters with an average error of 0.239%.
PT. PLN ULP Sribhawono is one of the distribution and maintenance service units under the Metro Customer Service Implementation Unit (UP3). PT. PLN ULP Sribhawono is responsible for distributing electricity from the primary distribution to the limiting and measuring devices (APP) of customers who have previously gone through distribution substations. In carrying out its duties PT. PLN ULP Sribhawono experienced many obstacles, such as the reliability level of its distribution network which was categorized as chronic. Therefore, it is necessary to analyze the prediction of the disturbance distance. The fault in question is a single phase to ground fault. The purpose of this study was to determine the location of the disturbance in the Bedana feeder. From the results of the calculation of channel 1, the prediction of the interference distance is 44 meters with an error of 0.198%. and the average difference is 140 meters with an average error of 0.239%.
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