UPAYA MENGURANGI RUGI – RUGI DAYA PADA JARINGAN TEGANGAN RENDAH DENGAN METODE PECAH BEBAN DAN PENGGANTIAN PENGHANTAR DI GARDU SP120 PT.PLN (PERSERO) AREA KEBON JERUK
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Hardiansyah, Ari
Mangapul, Juara
Mangapul, Juara
Subject
Teknik Elektro
Datestamp
2020-01-16 12:04:45
Abstract :
The power losses at SP120 are caused by one of the phases in exceed of KHA, unbalanced load and small conducting cross section. One way to reduce power losses is by breaking load methods and replacing larger JTR conducting cross-sections. After a load burst in the B department, the loss of power by calculation and recording of kWh meters in the field, reduced its power loss from 12,940.64 kWh / month to 5,986.04 kWh / month. By difference between before and after burst load is 6,954,6 kWh / month. There was a loss of power loss of 8.2%. Following the replacement of the conducting cross section, the power loss is reduced from 34.15182264 kW to 24.071769262 kW. There is a loss of power loss of 10.08013002 kW. The calculation of power loss is not the same as the reality in the field, this is because the above calculation does not calculate other losses as caused by incorrect connector Tap installation, electricity theft, loss of transformer, voltage loss and other factors.
The power losses at SP120 are caused by one of the phases in exceed of KHA, unbalanced load and small conducting cross section. One way to reduce power losses is by breaking load methods and replacing larger JTR conducting cross-sections. After a load burst in the B department, the loss of power by calculation and recording of kWh meters in the field, reduced its power loss from 12,940.64 kWh / month to 5,986.04 kWh / month. By difference between before and after burst load is 6,954,6 kWh / month. There was a loss of power loss of 8.2%. Following the replacement of the conducting cross section, the power loss is reduced from 34.15182264 kW to 24.071769262 kW. There is a loss of power loss of 10.08013002 kW. The calculation of power loss is not the same as the reality in the field, this is because the above calculation does not calculate other losses as caused by incorrect connector Tap installation, electricity theft, loss of transformer, voltage loss and other factors.
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