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Robust Integral Backstepping Control of Doubly Fed Induction Generator Under Parameter Variation

Oluwaseun Simon Adekanle(1*), M'hammed Guisser(2), Elhassane Abdelmounim(3), Mohamed Aboulfatah(4)

(1) Laboratory of System Analysis and information Processing, Faculty of Science and Technology, Morocco
(2) Laboratory of System Analysis and information Processing, Faculty of Science and Technology, Morocco
(3) Laboratory of System Analysis and information Processing, Faculty of Science and Technology, Morocco
(4) Laboratory of System Analysis and information Processing, Faculty of Science and Technology, Morocco
(*) Corresponding author


DOI: https://doi.org/10.15866/ireaco.v10i2.11163

Abstract


After functioning for a long period, the intrinsic parameters of a grid-connected Doubly Fed Induction Generator may undergo variations due to temperature increase or saturation. The difference between real machine parameters and those considered during the synthesis of controllers may also differ due to modelling error. When this variation occurs, conventional controllers that depend on these machine parameters for their design and tuning may perform badly, leading to inefficient power control of the overall system. This paper presents the grid connected Doubly Fed Induction Generator wind energy conversion system under the Field Orientation Control scheme. A robust nonlinear Integral Backstepping controller is designed and analyzed to improve the efficiency of the system. The control strategy executes active and reactive power control through speed and current control at the rotor side converter. The proposed strategy is asymptotically stable in the context of Lyapunov theory and in the presence of parameter variations. Some simulation results are presented and discussed for a 660 kW wound rotor induction generator.
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Keywords


Doubly Fed Induction Generator; Field Oriented Control; Nonlinear Backstepping Controller

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References


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