Effect of Skew Angle and Air Gap on Torque Ripple with EMWORKS-MotorWizard

This session will cover the fundamentals of PMSM design, including a brief overview and their applications. We will demonstrate how varying the skew angle and the number of slices in the rotor can reduce torque ripple, enhancing motor smoothness and efficiency. Additionally, we will examine the effect of different air gap lengths on torque production and torque ripple, supported by simulation results. The webinar will feature a live demonstration of EMWORKS-MotorWizard software, showcasing step-by-step modelling and analysis, followed by a comparative discussion on optimizing motor design for improved performance. Don’t miss the opportunity to enhance your understanding of motor performance and learn how to leverage advanced simulation tools for superior design outcomes. Register now to secure your spot in this engaging and informative session.

Overview

In this webinar, we will explore how variations in skew angle and air gap distance can significantly influence permanent magnet motor performance. Utilizing the advanced capabilities of EMWORKS-MotorWizard software, we will model Inset Permanent Magnet Synchronous Motors (PMSMs) to understand and mitigate torque ripple.