A New Field-Oriented Control for Induction Motor Drive Using a Synergetic-Super Twisting Algorithm

In this work, a new field-oriented control (FOC) is proposed to control the induction motor drives. The FOC method stands out because of its use, simplicity, and fast dynamic speed. However, there are disadvantages to this strategy. One of its disadvantages is that there are ripples in the torque, flux, and levels at present. In addition, the current has a high total harmonic distortion value in comparison to non-linear control. The super-twisting algorithm and synergetic control are strategies of non-linear control, a novel solution is offered to address these issues and enhance the performance and effectiveness of this approach to total harmonic distortion, which is proposed and employed in the conventional FOC strategy to minimize the ripples of current, torque, and total harmonic distortion. To simulate the proposed strategy of IM drive, Matlab software has been used. Comparison results between the suggested control and a traditional FOC technique can illustrate the proposed control greatly improved performance and robustness.

• field-oriented control
• induction motor drive
• super-twisting algorithm
• synergetic control
• total harmonic distortion
• torque ripple
• flux ripple
• nonlinear control
• robustness

• Sensorless Control of Electric Motors
• Electric Motor Design and Analysis
• Wind Turbine Control Systems
• field-oriented control
• induction motor drive
• super-twisting algorithm
• synergetic control
• total harmonic distortion
• torque ripple
• flux ripple
• nonlinear control
• Electrical and Electronic Engineering
• Engineering