Scalar control with transient compensator for induction motors

Résumé fourni par la source

In this paper, we propose a strategy for the design of an improved scalar controller for induction motors by incorporating a transient compensator. For this, we employ a reduced third order complex differential model for induction motors in order to simplify the design of the controller. The performance of the controller is demonstrated via simulation using a real machine’s parameters. It is shown that the controller is robust against measurement noise and the convergence can be improved by selecting the gain appropriately. The design has the potential to be applied in numerous renewable energy applications.

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