Analysis of Leakage Current Measurement on Lightning Arrester Gi Cibinong PT. PLN (Persero) Bogor Transmission Implementation Unit
Keywords:
Lightning Arrester, leakage current, protection, Substation, leakage current measurement.Abstract
This study aims to analyze the measurement of leakage current on Lightning Arrester at Cibinong Substation of PT PLN (Persero) Bogor Transmission Implementation Unit in order to evaluate the performance of the protection system against lightning and overvoltage disturbances. Leakage current measurements were carried out using a Leakage Current Measurement tool on several bays and transformers in the substation. The measurement results showed that most of the Lightning Arrester operated in good condition with leakage current values that did not exceed the maximum limit set at 150 μA. However, there was one Lightning Arrester unit that showed leakage current exceeding the set limit, especially in Bay Bojonegoro 2, which reached 518 μA in phase R. This condition indicates the need for routine maintenance and further evaluation to avoid potential failure in transmission system protection. Overall, the test results show that the performance of the Lightning Arrester at Cibinong Substation is generally good, but regular monitoring and maintenance are essential to maintain the reliability of the protection system.
References
Alexandru C. dan Tatu NI, “Desain optimal pelacak surya yang digunakan untukstring fotovoltaik,” J. Perbarui. Mempertahankan. ENERGI, jilid. 5, 2013.
Juang J. dan R. Radharamanan, “Desain Sistem Pelacakan Surya untukEnergiTerbarukan,” 2014.
Ayvazyan GY, Kirakosyan GH dan Vardanyan AH, “Operasi DayaMaksimum sistem PV menggunakan kontrol logika fuzzy,” Armen.J.Phys., vol. 1, 2008.
Singh GK, “Pembangkit listrik tenaga surya oleh PV(fotovoltaik) teknologi: Sebuah tinjauan,” Energi, vol. 53, 2013, hlm. 1–13.
Eke R. dan Senturk A., "Perbandingan kinerja pelacakan matahari sumbuganda versus sistem PV tetap," Sol. Energi, vol. 86, tidak. 9, 2012, hlm.2665–2672.
Clifford MJ dan Eastwood D., “Desain pelacak surya pasif baru,” Sol.Energi, vol. 77, tidak. 3, 2004, hlm. 269–280.
Nsengiyumva W., Chen SG, Hu L. dan Chen X., “Kemajuan dan tantanganterbaru dalam Sistem Pelacakan Surya (STS): Tinjauan,” Memperbarui.Mempertahankan. Energi Rev., jilid. 81, tidak. April, 2018, hlm.250–279.
Ya'u JM, Tinjauan tentang Sistem Pelacakan Surya dan Klasifikasinya,” J. Energy, Environ. Kimia Ind., vol. 2, tidak. 3, 2017, hlm. 46–50.
Downloads
Published
How to Cite
Issue
Section
License
Copyright (c) 2024 Ifan Falakhudin Achmad; Amani Darma Tarigan, Solly Aryza Lubis
This work is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License.
International Conferance Of Digital Sciences And Engineering Technology , Education and Science, its website, and the articles published therein are licensed under a 
