KAJIAN POTENSI REVERSE ENGINEERING UNTUK PENURUNAN BIAYA PEMELIHARAAN PADA PLTU - PLTU PLN DI INDONESIA
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Josi, Ghassani Achnia
Arifin, Zainal
Arifin, Zainal
Subject
Teknik Elektro
Datestamp
2020-02-11 08:17:29
Abstract :
The development of electricity infrastructure in Indonesia owned both by PT. PLN (Persero) and private sector or IPP (Independent Power Producer) still imports a lot of equipment from abroad, due to the limitation of local manufacturers capability for producing such equipment. The local manufacturers are still having no capability for producing equipment for power plants especially in large capacity. However, Reverse engineering is needed to reduce the dependency from OEM (Origin Equipment Manufacturer) for the electricity utility sector in Indonesia. Instead of dependency reduction from foreign vendors Reserve engineering also increases the Domestic Content Level (TKDN) in power industry, speed up the procurement duration, and reduce cost production of electricity. Reverse engineering indirectly will improve the capability of local vendors to produce more equipment based on the existing used materials specification. The objective of this study is investigate the effect of reverse engineering to reduction of maintenance on PLN?s coal fired power plants in Indonesia and its other related issues.
The development of electricity infrastructure in Indonesia owned both by PT. PLN (Persero) and private sector or IPP (Independent Power Producer) still imports a lot of equipment from abroad, due to the limitation of local manufacturers capability for producing such equipment. The local manufacturers are still having no capability for producing equipment for power plants especially in large capacity. However, Reverse engineering is needed to reduce the dependency from OEM (Origin Equipment Manufacturer) for the electricity utility sector in Indonesia. Instead of dependency reduction from foreign vendors Reserve engineering also increases the Domestic Content Level (TKDN) in power industry, speed up the procurement duration, and reduce cost production of electricity. Reverse engineering indirectly will improve the capability of local vendors to produce more equipment based on the existing used materials specification. The objective of this study is investigate the effect of reverse engineering to reduction of maintenance on PLN?s coal fired power plants in Indonesia and its other related issues.
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