Studi Penggunaan dan Pemeliharaan Cooling Water System di PLTA Asahan-1 PT PJB Services
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Abstract
Cooling Water Pump berfungsi sebagai penyuplai air untuk sistem pendinginan di PLTA Asahan 1 yang mendinginkan minyak dan udara. Sistem pendingin udara terdapat pada Generator Air Cooler, dan system pendingin minyak terdapat pada Thrust Bearing Oil Cooler, Turbine Guide Bearing Oil Cooler, Upper Generator Oil Cooler, dan Lower Generator Oil Cooler. Air pada sistem pendingin bersumber dari draft tube (pipa pembuangan) yang dipompakan oleh Cooling Water Pump. Air yang digunakan setelah pendinginan akan disalurkan kembali melalui sistem pemipaan menuju
References
Pembangkitan Energi Listrik, 7(1)
[2] Ali Akhmad Noor, “ESDM: Kebutuhan Listrik Nasional Naik 6,9 Persen Tiap Tahun
[3] Fauzi, D. A., Rudiyanto, B., Terbarukan, T. E., Teknik, J., & Jember, P. N. (2015). Analisa Performa Menara Pendingin
[4] Pratiwi, N. P., Nugroho, G., (2014). Analisa Kinerja Cooling Tower Induced Draft Tipe LBC W-300 terhadap Suhu Lingkungan.
[5] Kern, D. 1965. Process Heat Transfer, New York: Mc Graw-Hill Book Company.
[6] Manual Book. 2016. Instruction Manual of Oil cooler. TSR-294-C-2427. JFE Engineering Corp.
[7] Kreith, Frank. 1985. Prinsip-prinsip Perpindahan Panas, edisi 3. Jakarta: Erlangga
[8] Manual Book. 2015. Instruction manual of Oil cooler. TSR-294-H-0001. JFE Engineering Corp.
[9] Patel, P.S.U., “Study on Power Generation by Using Cross Flow Water Turbine,” IJRET
[10] Sudrajat; Analisis Kinerja Heat Exchanger Shell-Tube pada Sistem COG Booster; Jurnal Teknk Mesin, 2017, 174-181
[11] Roepandi, Opan.2008. Pengoperasian Sistem Air Pendingin. Surabaya: PT. Indonesia Power.
[12] Setiadi, Tjandra. 2007. Pengolahan dan Penyediaan Air. Bandung: ITB.
[13] Eliezer. (2020). Bagian yang didinginkan pada turbin. PLTA Pakkat PT Energy Sakti Sentosa.
[14] Jainal A. (2020), Analisa Kinerja Alat Penukar Kalor pada Pendingin Oli Return Bearing. Majalah Ilmiah Teknik Mesin 20, 12-23
[15] Hidayat, W. (2019). Prinsip Kerja dan Komponen- Komponen Pembangkit Listrik Tenaga Air (PLTA), INA-
Rxiv Papers. Bandung
[16] Damaputra, M. K., Rachmat, A., & Koswara, E. (2019). Proses Pendinginan Dan Perbandingan Efisiensi Cooling Tower Unit 3 Di PT Indonesia Power Unit. 43–46.
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