New Practical Design of Disturbance Rejection Control Scheme for DFIG with Wind Energy Conversion Systems


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Abstract


A new multivariable nonlinear controller is evaluated on DFIG based wind turbine is presented in this paper in experimental and theory simulation status. Assessment of maximum power operation points of wind turbine is the main control problem which is considered under stochastic winds velocity profiles and exploring them through offline gain scheduling and innovative adaptive online method.
Using I/O linearization method and relative degree concepts the interaction effects have been addressed with the disturbance rejection theory. Using novel adaptive estimation method of wind profile, the control effort of proposed control strategy computed and it is shown that the amount of the tip speed ratio for the on-line method is much lower than the off-line method. The advantages of this technique is the evaluation on simulation results, designing and implementation on wind turbine pilot for efficacy and reliability based on experimental and practical strategy. The obtained results confirm the validity of the proposed strategy through performance increasing, tracking and disturbance rejection point of view


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Keywords


Disturbance Rejection Control; Nonlinear Adaptive Control; Experimental DFIG; Wind Turbine

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