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Sliding Mode MPPT Control of a Dual Stator Induction Generator for Wind Power Generation


Affiliations
1 Department of Electronics and Telecommunications, (30000) Ouargla University, Algeria
2 Laboratoire des Semiconducteurs et Matériaux Fonctionnels. Université Amar Telidji de Laghouat. Algérie.BP 37G Laghouat 03000, Algeria
3 Department of informatique, (30000) Ouargla University, Algeria
 

This paper proposes a robust sliding mode controller based on an indirect vector control of Dual stator Induction Generator (DSIG) for a variable speed wind integrated into the network. The main goal of this paper is to improve and to optimize the performances of power system using a wind energy conversion system based on DSIG. In first step, The modeling of variable-speed wind energy conversion system is presented. In second step, a field-oriented control of a DSIG is proposed. In the last step, in order to ensure an optimum operating point and a Maximum Power Point Track (MPPT) giving online a maximum production of electric power for different wind speeds, a sliding mode controller have been suggested . The efficiency and validity of the proposed control strategy are illustrated by simulation results.

Keywords

Dual stator Induction Generator, Variable Speed Wind Turbine, Three-phase converters, Field oriented control, Variable structure systems, Sliding control.
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  • Sliding Mode MPPT Control of a Dual Stator Induction Generator for Wind Power Generation

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Authors

Fatima Ameur
Department of Electronics and Telecommunications, (30000) Ouargla University, Algeria
Katia Kouzi
Laboratoire des Semiconducteurs et Matériaux Fonctionnels. Université Amar Telidji de Laghouat. Algérie.BP 37G Laghouat 03000, Algeria
Khadidja Ameur
Department of informatique, (30000) Ouargla University, Algeria

Abstract


This paper proposes a robust sliding mode controller based on an indirect vector control of Dual stator Induction Generator (DSIG) for a variable speed wind integrated into the network. The main goal of this paper is to improve and to optimize the performances of power system using a wind energy conversion system based on DSIG. In first step, The modeling of variable-speed wind energy conversion system is presented. In second step, a field-oriented control of a DSIG is proposed. In the last step, in order to ensure an optimum operating point and a Maximum Power Point Track (MPPT) giving online a maximum production of electric power for different wind speeds, a sliding mode controller have been suggested . The efficiency and validity of the proposed control strategy are illustrated by simulation results.

Keywords


Dual stator Induction Generator, Variable Speed Wind Turbine, Three-phase converters, Field oriented control, Variable structure systems, Sliding control.

References