Abstract
This paper introduces a measurement based fuzzy logic controller for stabilizing large interconnected power systems after the occurrence of severe disturbances. This proposed fuzzy controller uses Wide Area Phasor Measurements as inputs and triggered by a transient instability prediction scheme developed earlier. The effectiveness of the proposed algorithm has been demonstrated on the Venezuela Power System. Simulation results demonstrate that appropriate control actions can be determined as early as 100 ms after a major fault leaving enough time to stabilize the power system.
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