Perancangan Gas Insulated Switchgear menjadi Semi Air Insulated Switchgear sisi 500 kV dan sisi 150 kV untuk mempercepat pemeliharaan dan perbaikan anomali di GISTET Kembangan
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Prasetio, Tony Widya
Damiri, Dhami Johar
Damiri, Dhami Johar
Subject
Teknik Elektro
Datestamp
2022-11-30 02:22:00
Abstract :
The main role of 500 kV extra high voltage Gas Insulated Substation in transmission system is serves connection between the electrical generation and transmission system. To improve equipment performance and the quality and reliability of electricity distribution need time to maintain gas insulated line compartment but preparation to maintenance requires a long time, limited maintenance duration, long implementation of gas evacuation. This paper is object to redesign Gas Insulated Switchgear to semi Air Insulated Switchgear on 500 kV side and 150 kV side with new design of Gas Insulated Line compartment in order to accelerate maintenance, gas evacuation job. After redesign GIS to Semi AIS show maintenance of redesign is 25 hours faster, gas evacuation after design 6 hours faster and investation value after design could reduce Break Even Point in 4 years or 2 times period of maintenance.
The main role of 500 kV extra high voltage Gas Insulated Substation in transmission system is serves connection between the electrical generation and transmission system. To improve equipment performance and the quality and reliability of electricity distribution need time to maintain gas insulated line compartment but preparation to maintenance requires a long time, limited maintenance duration, long implementation of gas evacuation. This paper is object to redesign Gas Insulated Switchgear to semi Air Insulated Switchgear on 500 kV side and 150 kV side with new design of Gas Insulated Line compartment in order to accelerate maintenance, gas evacuation job. After redesign GIS to Semi AIS show maintenance of redesign is 25 hours faster, gas evacuation after design 6 hours faster and investation value after design could reduce Break Even Point in 4 years or 2 times period of maintenance.
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