The conventional power plants of 1950s were equipped with
continuously acting automatic voltage regulators to improve the
transient stability of system. The high gain of these voltage
regulators has a destabilizing effect on power system. The power
oscillations of small magnitude and high frequency, which often
persisted in power system, present the limitation to the amount of
power transmitted within the system. Improved performance has been
achieved by adding damping to the system by employing power system
stabilizers (PSS). Conventionally a lead- lag PSS was used to
achieve this objective but has certain demerits like sluggish
response etc. The use of Artificial intelligence has gain momentum
now days in power system. This book gives the overview of various
artificial intelligence techniques used in PSS till now and a case
study based on fuzzy logic based PSS, its performance for a grid
connected synchronous generator, and finally the effect of type of
membership functions on PSS. This is my second book in this area.
Its a perfect book for the students, researchers and industry
related experts to explore the possibility of AI techniques in
power system stability problems.
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