Analisis Perbaikan Losses Akibat Beban Tidak Seimbang Dengan Metode Pecah Beban pada Jaringan Tegangan Rendah PT. PLN (Persero) UP3 Cikokol
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Ramadhan, Muhamad Naufal
Susanto, Djoko
Senen, Adri
Susanto, Djoko
Senen, Adri
Subject
Teknik Elektro
Datestamp
2022-10-14 03:02:31
Abstract :
Factors affecting the power quality of low-voltage network systems include power loss and not the balance of load on the distribution booths, the power absorbed by a load at all times is the result of instantaneous tension between the loads and the instantaneous current flowing in the load. Gardu TG8 located at the Pendopo OF DPRD JL. The amount supplied by the repression of FATANAH has a loading of 85.82% during the day and has losses on the low voltage network of 3.165 kW and has an unbalanced burden on each phase. To overcome the Gardu TG8 which has a large loading and unbalanced load then selected methods of load breakage and load balancer, that is to reduce the majors in TR shelves and break the burden on other majors. After rupture of load and load balancing, the loss on the low voltage network drops to 2.285 kw which has a difference of 0.8795 kw from the initial loss
Factors affecting the power quality of low-voltage network systems include power loss and not the balance of load on the distribution booths, the power absorbed by a load at all times is the result of instantaneous tension between the loads and the instantaneous current flowing in the load. Gardu TG8 located at the Pendopo OF DPRD JL. The amount supplied by the repression of FATANAH has a loading of 85.82% during the day and has losses on the low voltage network of 3.165 kW and has an unbalanced burden on each phase. To overcome the Gardu TG8 which has a large loading and unbalanced load then selected methods of load breakage and load balancer, that is to reduce the majors in TR shelves and break the burden on other majors. After rupture of load and load balancing, the loss on the low voltage network drops to 2.285 kw which has a difference of 0.8795 kw from the initial loss
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