Control of Induction Motor based on the Classical and Advanced Techniques
Ammar Douis , Hammoudi Zelaci, Mousab Zaiz, Zoheir Tir
كلية التكنولوجيا-جامعة الشهيد حمة لخضر - الوادي · الجزائر
Nonlinear systems play a significant role in industrial applications, and among them, the induction motor stands out for its exceptional performance when compared to other types of motors. Consequently, there is a growing interest in developing nonlinear control methods to further improve its performance. The initial part of this thesis focuses on two distinct control techniques: vector control with rotor flux orientation and scalar control. These approaches aim to achieve dynamic performance by utilizing proportional-integral (PI) controllers. In the following section, a new nonlinear control approach based on Backstepping is introduced. This approach effectively enhances the dynamic performance of the motor by leveraging the principles of Lyapunov theory. Throughout this research, comprehensive simulation results are presented, along with various insightful observations