ROBUST CONTROL OF UNIFIED POWER FLOW CONTROLLER (UPFC)

[1] Ying Jiang,”Active and Reactive Power Control For Transmission Systems With Voltage Source Converters”, 1997.
[2] Yu Q , Round S D, Norum L, Undeland T M, 1995,”A new control strategy for a unified power flow controller”, Proc. Of European Power Electronics Conference, 2, 901 – 906
[3] Yu Q, Round S D, Norum L, Undeland T.”Dynamic Control of Unified Power Flow Controller”, IEEE, 1996.
[4] Papic, Zunko, D.Povh, Fellow, “Basic Control of Unified Power Flow Controller “, IEEE Transactions on Power systems,vol.12 ; N°4,November 1997.
[5] Yu Q , Round S D, Norum L, Undeland T M, ”Performance of a Unified Power Flow Controller Using a d-q Control System’”, to be published at Proc. Of IEE AC/DC transmission conférence London, 1996.
[6] Jean Marie FLAUS , Régulation industrielle, chapitre 4, régulateur à modèle interne, Hermes, pp.115 – 139, 1994
[7] Garcia, C.E. and M.Morari, ‘’Internal Model Control 2. Design Procedure for Multivariable Systems’’ Ind. Eng. Chem. Process Des. Dev., 24, pp 472-484, 1985.
[8] T. Allaoui, M. A. Denaï , Robust Internal Model Control of UPFC-Based Power Flow Compensation, conférence sur le genie électrique CGE’04, EMP 25-26 decembre 2001.
T. ALLAOUI, M. A. DENAÏ, M. BOUHAMIDA, C. BELFEDAL
Robust Control Of Unified Power Flow Controller (UPFC)
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[9] D. W. Clarke, ‘’Application of Generalized Predictive Contol-Part І and ІІ’’, Automatica, 23(2), 1987, p.p 137 – 160.
[10] D. W. Clarke, ‘’Application of Generalized Predictive Control to industrial processes’’, IEEE Control System Magazine, 8, 1988, p.p 49 - 55.
[11] Chai T., Mao K., Qin X., ’’Decoupling design of multivariable generalized predictive control’’, IEE Proceedings on Control Theory & Applications, 1994. Vol 141, No.3, pp. 197-201.
[12] Bego O., Peric N., Petrovic I., ’’Decoupling Multivariable GPC with Reference Observation’’, Proceedings of the 10th Mediterranean Electrotechnical Conference - MELECON 2000, Cyprus.
[13] T. Allaoui, M. A. Denaï, M. Bouhamida, ‘’Decoupling Multivariable GPC Control of UPFC-Based Power Flow Compensation’’, 10th International Conference EPE-PEMC 2002, Zegreb-Croutia.
[14] M A. Denaï, T. Allaoui, ’’Adaptive fuzzy Decoupling of UPFC-Power Flow Compensation’’, Straffordshires University UK, 37th UPEC 2002, 9-11 September
BIOGRAPHIES
Tayeb Allaoui received his engineer degree in electrical engineering from the Ibn Khaldoun University of Tiaret in 1996 and his master degree from the University of Science and Technology of Oran in 2002. His is currently a lecturer at the Ibn Khaldoun University of Tiaret, Algeria. His research interests include intelligent control of power systems and FACTS, Active filter and reneweable energies.
Mouloud Denaï received the engineer degree in electrical engineering from Ecole Polytechnique of Algiers in 1982, the PhD in Control Engineering from the University of Sheffield, UK in 1988. Currently, he is a Professor in automatic control at the university of science and technology of Oran, Algeria. His research interests are in system modeling and control using soft-computing techniques.
Bouhamida Mohamed (Dr, Ing), 1956 received hisBachelor in Electronic Engineering in 1982 from the University of Science and Technology of Oran (Algeria) and his master in Automatic Control Engineering fromENSET of Oran in 1992. He is currently associate professor at the University of Science and the Technology of Oran. His main field of interestare robust control, adaptive control in power systems.
Cheikh Belfedal was born in Sougueur Algeria, in 1964. He received master degrees in electrical engineering from Tiaret University, Algeria, in 1996. Since 1996, he has been with the Department of Electrical Engineering, Tiaret University. He was a research assistant professor. His fields of interest are control of electrical machines, power converters, modelling and control of large wind turbines. T. ALLAOUI,