ICGST- ACSE Journal

ACSE ISSUE (III) ICGST
Power System Stabilizer Design Based on Robust Control Techniques

M. Bouhamida*, A. Mokhtari*, M. A. Denai**
*University of Science and Technology of Oran
Faculty of Electrical Engineering, Algeria
B.P 1505, EL-Mnaouer, Oran, Algeria

**University of Sheffield
Dept of Automatic Control and Systems Eng.
M.Denai@sheffield.ac.uk

ABSTRACT

This paper deals with the design and evaluation of a generalized H∞ (GH∞) controller to improve the steady state and transient performance of a generator system. The design is based on the polynomial rather than state space approach. Uncertainties are taken into account in a robust fixed parameter and structure control law to allow for parameter variations and perturbations acting on the electrical power system. The proposed GH∞ controller and the well known H∞, µ-analysis and synthesis are evaluated under different operating regimes of the generator system.

Keywords:  Robust control, H ∞, µ- analysis and synthesis, Power System Stabilizer PSS.

( Full Paper, 520KB)

Post address: University of Science and Technology of Oran Faculty of Electrical Engineering, Algeria, B.P 1505, EL-Mnaouer, Oran, Algeria

E-mail : m_bouhamida@yahoo.com 

 

BibTex:

@ARTICLE{P1110543004,

AUTHOR = {M. Bouhamida},

TITLE = {Power System Stabilizer Design Based on Robust Control Techniques},

JOURNAL = {ICGST International Journal on Automatic Control and Systems Engineering, ACSE},

YEAR = {2005},

VOLUME = {05},

ISSUE = (III),

PAGES={33--41}

}

( Full Paper, 520KB)