STUDI PERGANTIAN ISOLATOR DENGAN METODDE PEKERJAAN DALAM KEADAAN BERTEGANGAN (PDKB) PADA PENYULANG ULP SYIAH KUALA AREA UP3 BANDA ACEH
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Rizki, Rahmad
Pahiyanti, Novi Gusti
Pahiyanti, Novi Gusti
Subject
Teknik Elektro
Datestamp
2023-07-17 04:46:32
Abstract :
The customer's need for electrical energy is growing along with the progress of time and technology. The problem that often occurs in distribution is feeder disturbance. If the frequent power outages cause energy not to be channeled and cause PLN losses. The purpose of this research is to find out which insulator needs to be replaced. Efforts to replace insulators using work in a state of voltage (PDKB) After calculating the data obtained using the ES formula, namely the total, kWh that was successfully saved by the work method in a state of voltage (PDKB) from January to May with 5 work points including feeders PK. Shia Kualla, PK. Kuta Alam and PK. Tungkop. the number of kWh that was saved was 14,553.11 kWh that was saved. This proves that the working method in a state of tension (PDKB) can save kWh. As a result, customers will not suffer losses, and the reliability of electricity distribution will increase. And, from a business point of view, the electrical energy lost during a blackout can be saved, thereby reducing the company's losses.
The customer's need for electrical energy is growing along with the progress of time and technology. The problem that often occurs in distribution is feeder disturbance. If the frequent power outages cause energy not to be channeled and cause PLN losses. The purpose of this research is to find out which insulator needs to be replaced. Efforts to replace insulators using work in a state of voltage (PDKB) After calculating the data obtained using the ES formula, namely the total, kWh that was successfully saved by the work method in a state of voltage (PDKB) from January to May with 5 work points including feeders PK. Shia Kualla, PK. Kuta Alam and PK. Tungkop. the number of kWh that was saved was 14,553.11 kWh that was saved. This proves that the working method in a state of tension (PDKB) can save kWh. As a result, customers will not suffer losses, and the reliability of electricity distribution will increase. And, from a business point of view, the electrical energy lost during a blackout can be saved, thereby reducing the company's losses.
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