Sepulchre, R and Devos, T and Jadot, F and Malrait, F (2013) Antiwindup design for induction motor control in the field weakening domain. IEEE Transactions on Control Systems Technology, 21. pp. 52-66. ISSN 1063-6536Full text not available from this repository.
Operation of induction machines in the high-speed and/or high-torque range requires field-weakening to comply with voltage and current physical limitations. This paper presents an anti-windup approach to this problem: rather than developing an ad-hoc field weakening strategy in the high-speed region, we equip an unconstrained vector-control design with an anti-windup module that automatically adjusts the current and flux set-points so that voltage and current constraints are satisfied at every operating point. The anti-windup module includes a feedforward modification of the set point aimed at maximizing the available torque in steady-state and a feedback modification of the controller based on an internal model-based antiwindup scheme. This paper includes a complete stability analysis of the proposed solution and presents encouraging experimental results on an industrial drive. © 2012 IEEE.
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|Date Deposited:||09 Dec 2016 17:44|
|Last Modified:||19 Feb 2017 22:37|