Optimalisasi Transformator Distribusi Dengan Cara
Penyeimbangan Beban dan Penggantian Konduktor
di PT.PLN (Persero) Area Mojokerto
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Muhammad, Fahmi Nadzir
Hariyati, Rinna
Hariyati, Rinna
Subject
Teknik Elektro
Datestamp
2020-01-16 12:02:33
Abstract :
The load imbalance in a power distribution system will always occur and the cause of the load imbalance is on a one-phase load on low voltage network subscribers (Secondary Distribution System). One way to maintain the availability and quality of power supply in the field of distribution is to monitor the load on the secondary side of the transformer. Imbalance also contributes to the damage of transformers and losses to the system. This load imbalance is influenced by phase determination on low voltage customer connections and different load types or properties at any given time. Before and after the load balance and replacement of substation conductors HE162 distribution imbalance 58% to 1%. The neutral current from 123 A to 52 A and the power losses from 31.2 kW to 3.9 kW. 2.7 kW. The R-N phase end voltage is 209 V to 219, the S-N phase is 205 V to 220 V, the T-N phase is 210 V to 218 V. At the HE185 distribution the imbalance is 24.6% to 3%. The neutral current of 67 A to 43 A and the power losses from 7.36 kW to 1.5 kW. Increase the power in the channel from 41 kW to 43 kW or 2 kW. The R-N phase end voltage is 211 V to 223 V, the S-N phase is 209 V to 225 V, the T-N phase is 217 V to 222 V.
The load imbalance in a power distribution system will always occur and the cause of the load imbalance is on a one-phase load on low voltage network subscribers (Secondary Distribution System). One way to maintain the availability and quality of power supply in the field of distribution is to monitor the load on the secondary side of the transformer. Imbalance also contributes to the damage of transformers and losses to the system. This load imbalance is influenced by phase determination on low voltage customer connections and different load types or properties at any given time. Before and after the load balance and replacement of substation conductors HE162 distribution imbalance 58% to 1%. The neutral current from 123 A to 52 A and the power losses from 31.2 kW to 3.9 kW. 2.7 kW. The R-N phase end voltage is 209 V to 219, the S-N phase is 205 V to 220 V, the T-N phase is 210 V to 218 V. At the HE185 distribution the imbalance is 24.6% to 3%. The neutral current of 67 A to 43 A and the power losses from 7.36 kW to 1.5 kW. Increase the power in the channel from 41 kW to 43 kW or 2 kW. The R-N phase end voltage is 211 V to 223 V, the S-N phase is 209 V to 225 V, the T-N phase is 217 V to 222 V.
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Lembar Pengesahan, Abstrak.pdf
Lembar Pernyataan Persetujuan Publikasi Proyek Akhir.pdf
Lembar Pernyataan Keaslian Proyek Akhir.pdf
Daftar Isi.pdf
Lembar Ucapan Terima Kasih Proyek Akhir.pdf
Bab 1, 2, dan 3.pdf
Bab 4 Hasil & Pembahasan Fahmi Fix.pdf
Bab 5 Penutup.pdf
Daftar Pustaka.pdf
Daftar Riwayat Hidup.pdf
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