Transient Stability Enhancement of Multi Machine Power System - Vijay kumar, Bairu
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Transient stability control of electrical power systems considers the problem of loss of synchronism among synchronous generators when subjected to large disturbances. For the improvement of transient stability the general methods adopted are fast acting exciters, circuit breakers and reduction in system transfer reactance. The modern trend is to employ FACTS devices in the existing transmission system for effective utilization of existing transmission resources. UPFC is the most versatile FACTS device, which can control voltage, impedance and phase angle. It can independently control both…mehr

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Produktbeschreibung
Transient stability control of electrical power systems considers the problem of loss of synchronism among synchronous generators when subjected to large disturbances. For the improvement of transient stability the general methods adopted are fast acting exciters, circuit breakers and reduction in system transfer reactance. The modern trend is to employ FACTS devices in the existing transmission system for effective utilization of existing transmission resources. UPFC is the most versatile FACTS device, which can control voltage, impedance and phase angle. It can independently control both real and reactive power. In this thesis, a Lyapunov-based neural network unified power flow controller(UPFC) is developed to improve the transient stability.
Autorenporträt
Dr. B. Vijay Kumar wurde im April 1978 in Warangal, Indien, geboren. Er erhielt den B.Tech in EEE, M. Tech in Power Systems und Ph.D in Electrical Engg vom NIT, Warangal, Indien, in den Jahren 2002, 2008 bzw. 2015. Derzeit arbeitet er als Assistenzprofessor am KITS Warangal. Er hat zahlreiche Artikel in Fachzeitschriften veröffentlicht und 2 Bücher verfasst.