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Bimonthly Since 1986 |
ISSN 1004-9037
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Publication Details |
Edited by: Editorial Board of Journal of Data Acquisition and Processing
P.O. Box 2704, Beijing 100190, P.R. China
Sponsored by: Institute of Computing Technology, CAS & China Computer Federation
Undertaken by: Institute of Computing Technology, CAS
Published by: SCIENCE PRESS, BEIJING, CHINA
Distributed by:
China: All Local Post Offices
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Abstract
It is a major concern for utility companies, power engineers, and consumers everywhere that power outages, voltage fluctuations, and power system breakdowns may occur. The voltage profile and power quality of the system as a whole will benefit from a more refined reactive power adjustment. This study investigates the use of a series capacitor controlled by a thyristor to achieve reactive power balance in an IEEE-9 bus system. For these purposes, we use the simulation and analytical tool Mipower (version 6.1). The load flow problem has been solved using the Newton Raphson technique. At first, we checked out the IEEE-9 bus architecture with a series capacitor managed by a thyristor. The system study evaluates TCSC and traditional systems, contrasting their reactive power compensation, voltage profiles, and line losses. Results from the two scenarios show that TCSC boosts system performance.
Keyword
TCSC, Reactive power compensation, line losses, voltage profile, Mipower
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