Nussbaum Gain for Adaptive Fuzzy Global Non Singular Sliding Mode Power System Stablizer

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Balkan Journal of Electrical and Computer Engineering
Volume:2 Issue:3
Nussbaum Gain for Adaptive Fuzzy Global Non Singular Sliding Mode Power System Stablizer

Nussbaum Gain for Adaptive Fuzzy Global Non Singular Sliding Mode Power System Stablizer

Authors : E NECHADİ, M N HARMAS, N ESSOUNBOULİ, A HAMZAOUİ

Pages : 139-144

View : 61 | Download : 9

Publication Date : 2014-09-01

Article Type : Review Paper

Abstract :—Power systems stability is enhanced through a novel stabilizer developed around a non singular adaptive fuzzy terminal integral sliding mode approach using the Nussbaum function applied to a nonlinear model of a single machine power system connected to an infinite bus via a double transmission lines subjected to severe faults. Nussbaum gain is used to avoid the problem of controllability of the system. Stability is insured through Lyapunov synthesis. Severe operating conditions are used in a simulation study to test the validity of the proposed method, indicating better performance and satisfactory transient dynamic behavior
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