Development and Evaluation of Restoration Process in MPS - Khaing, Ye Htut
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Power systems have increased in size and complexity, and national society depends heavily upon a high level of power system reliability. When the bulk transmission system is subjected to large disturbances, there is the possibility of a system wide blackout due to cascading outages. After a partial blackout or system breakdown condition, restoring power system is needed and then power needs to be restored as quickly, stably and reliably as possible and consequent. Outage time after extensive blackouts depends very much on the power system restoration process. Power system restoration is a very…mehr

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Produktbeschreibung
Power systems have increased in size and complexity, and national society depends heavily upon a high level of power system reliability. When the bulk transmission system is subjected to large disturbances, there is the possibility of a system wide blackout due to cascading outages. After a partial blackout or system breakdown condition, restoring power system is needed and then power needs to be restored as quickly, stably and reliably as possible and consequent. Outage time after extensive blackouts depends very much on the power system restoration process. Power system restoration is a very challenging task for the operator since the situation differs from normal conditions. This book focuses on a simulation-based tool MATLAB/SIMULINK that determines the most suitable restoration transmission lines route for 31 Bus of Myanmar Power System (MPS).
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Autorenporträt
Dr. Ye Htut Khaing is an Assistant Director of Department of Power Transmission and System Control, Ministry of Electric and Energy, Myanmar. He received B.E, M.E in Electrical Power from TU Sittwe (YTU), 2005 and TU Taungoo (YTU), 2012. He also received Ph.D in Electrical Power Engineering from YTU in 2017. His interest is Power System Control.