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- Title
Chaotic Oscillations Damping in Power System by Finite Time Control Theory.
- Authors
Noroozi, Navid; Khaki, Behnam; Seifi, Alireza
- Abstract
Accurate models are not routinely available and most industrial plant engineers have no idea as to the statistical nature of the external disturbances impinging on their plant. In this paper, a finite time controller is proposed for double integrator system when a disturbance impinges on the system. In the other hand, due to an increasing demand for electrical power in recent years, there is a huge interest in operating the power system near the edge of its stability boundary. When a periodic load perturbation occurs, complicated chaotic oscillations will be observed. In these conditions, power system comes into transient state and may lead to instability. The proposed control law is utilized to control chaotic oscillations in a simple interconnected power system. Simulation results are implemented to verify the proposed control strategy.
- Subjects
OSCILLATIONS; CHAOS theory; ELECTRIC power systems; ELECTRIC controllers; ELECTRIC current regulators; SIMULATION methods &; models
- Publication
International Review of Electrical Engineering, 2008, Vol 3, Issue 6, p1032
- ISSN
1827-6660
- Publication type
Article