Roubache T, Chaouch S, Said MSN.
Comparative Study of Different Fault-Tolerant Control Strategies for Three-Phase Induction Motor, in
9th (Online) International Conference on Applied Analysis and Mathematical Modeling (ICAAMM21) June 11-13, 2021, Istanbul-Turkey. ; 2021 :30.
Publisher's VersionAbstract: In this paper, we have studied a different fault tolerant control (FTC) strategies for a three-phase induction motor (3p-IM). Further we introduce Backstepping controller (BC) and Input-output linearization controller (IOLC). To provide a direct comparison between these FTCs approaches, the performances are evaluated using the control of 3p-IM under failures, variable speed, and variable parameters. A comparison between the two control strategies is proposed to prove the most robust one. The simulation results show the robustness and good performance of the fault tolerant control with Input-output linearization controller compared to one with Backstepping controller. The FTC with IOLC is more stable and robust against failures, load torque perturbation and speed reversion