Magnetic Gears for Electric Propulsion: From Problem to Practical Solutions

Conventional mechanical gears introduce friction and wear—issues that cut efficiency, shorten lifespan, and increase maintenance needs. For industries like electric vehicles and renewable energy, where torque density and reliability are critical, these drawbacks often block progress.

This webinar takes a closer look at how coaxial magnetic gears resolve these challenges. We’ll explain the principles of flux modulation, pole-pair relationships, and torque transmission, and show how they can directly address common design pain points. Through simulation-driven approaches, participants will see how to design a magnetic gearbox, analyze the contact-less torque transmission, and optimize performance before moving to prototypes.

Engineers will find immediate value for their projects, while researchers and students can apply the same methods to expand their understanding of magnetic gear design.