Staff Members - Benha University
Emergency control to prevent propagation of loss of synchronism
15th international Middle East Power Systems Conference MEPCON’12, University of Alexandria, Alexandria, Egypt, 23-25 December, 2012. • 2012
Publication Information
Authors
Mahmoud Ali
Keywords
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Journal
15th international Middle East Power Systems Conference MEPCON’12, University of Alexandria, Alexandria, Egypt, 23-25 December, 2012.
Publisher
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Volume
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Issue
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Pages
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publication.type
International
Paper Link
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Supplementary Materials
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Abstract
Power system stability is affected by the propagation of
disturbance occurred at any place of the system. If this
disturbance is sufficiently severe, it may lead to tripping of one or
more generators. The generator tripping can spread through the
power system causing the cascading failure, and consequently,
total system blackout. In this paper, emergency control schemes
comprising controlled system islanding and load shedding are
proposed to prevent the spread of generators tripping.
disturbance occurred at any place of the system. If this
disturbance is sufficiently severe, it may lead to tripping of one or
more generators. The generator tripping can spread through the
power system causing the cascading failure, and consequently,
total system blackout. In this paper, emergency control schemes
comprising controlled system islanding and load shedding are
proposed to prevent the spread of generators tripping.