Improving the Performance Characteristics of Three‐Phase Asynchronous Induction Motor Drive Using Hybrid Systems Control Method Based on Direct Torque Control
Hybrid control method improves torque control and minimizes flux ripples in three-phase induction motors, suggesting advantages over traditional methods.
Key Points
Hybrid control method improved performance features of the three‐phase asynchronous induction motor drive, enhancing efficiency and stability.
Simulation results indicated better control of flux and torque fluctuations compared to classical torque direct and predictive control methods.
Utilizing a multiobjective cost function allowed the optimization of voltage vector selection in each control cycle, leading to more precise control.
Implementation of the proposed method is straightforward, expanding its potential applications in motor drive systems.