EVALUASI PENERAPAN SISTEM REMOTE SHUNT TRIP SEBAGAI METODE PEMUTUSAN PELANGGAN AMR SECARA REMOTE DI PT PLN UP3 BALI SELATAN
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Diatmika Perkasa Arth, I Nyoman
Oktaviana Putri, Tri Wahyu
Oktaviana Putri, Tri Wahyu
Subject
Teknik Elektro
Datestamp
2022-11-08 01:38:33
Abstract :
One of the efforts to reduce arrears or delays in paying electricity bills to Automatic Meter Reading (AMR) customers is to implement a remote shunt trip system. Remote Shunt Trip is a disconnection and connection system for direct and indirect measurement AMR customers' electricity, by optimizing the Electronic I/O Meter feature, done by disconnecting and turning on the customer's electricity remotely quickly and easily. The procedure for disconnecting and connecting to the remote shunt trip system is collecting data on customers who have outstanding receivables beyond the payment period, verifying customer data that has been registered for execution and monitoring registered customer data to monitor whether or not the customer has been terminated. or normalization. The author conducted research on this shunt trip system at PLN UP3 South Bali which had already terminated with a total of 5 customers with historical payments exceeding the pay period. The results obtained after this remote disconnection were customers who were often in arrears had made account payments earlier, the number of customers who were in arrears decreased after this system was implemented and the rupiah balance in arrears decreased in April by Rp. 1,332,678,919 and in May 2022 by Rp. 944,945. 885 after a remote shunt trip disconnection system.
One of the efforts to reduce arrears or delays in paying electricity bills to Automatic Meter Reading (AMR) customers is to implement a remote shunt trip system. Remote Shunt Trip is a disconnection and connection system for direct and indirect measurement AMR customers' electricity, by optimizing the Electronic I/O Meter feature, done by disconnecting and turning on the customer's electricity remotely quickly and easily. The procedure for disconnecting and connecting to the remote shunt trip system is collecting data on customers who have outstanding receivables beyond the payment period, verifying customer data that has been registered for execution and monitoring registered customer data to monitor whether or not the customer has been terminated. or normalization. The author conducted research on this shunt trip system at PLN UP3 South Bali which had already terminated with a total of 5 customers with historical payments exceeding the pay period. The results obtained after this remote disconnection were customers who were often in arrears had made account payments earlier, the number of customers who were in arrears decreased after this system was implemented and the rupiah balance in arrears decreased in April by Rp. 1,332,678,919 and in May 2022 by Rp. 944,945. 885 after a remote shunt trip disconnection system.
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