Building Better Electric Motors: Design, Manufacturing, and Simulation
Addressing the Challenges in Design and Manufacturing of Electric Motors for Electric and Hybrid Vehicles
Register Here: Powersys Link
Electric motors are at the core of electrification, powering advancements in electric vehicles (EVs) and industrial applications. As manufacturers strive for higher efficiency, lower costs, and improved reliability, understanding the fundamentals of electric motor design and production is crucial. This session will provide a comprehensive overview of motor fundamentals, different motor types used in EVs, and the critical steps in the design and manufacturing process. We will explore key challenges such as ensuring precision in stator and rotor assembly, maintaining optimal air gaps, and keeping quality standards high throughout production.
When: Wednesday March 12th, 6 pm – 7 pm
Location: Oakland Community College - Auburn Hills Campus
2900 Featherstone Road ROOM T6, BUILDING T
Auburn Hills, Michigan 48326
Agenda
5:30 PM — Professional networking with Pizza and Refreshments
6:00 PM — Presentation by Srihari Gangaraj and Sainan Xue, Powersys Solutions
7:00 PM — Questions and Answers
Benefits of Attending the Presentation:
- Gain in-depth knowledge about various electric motor designs, assembly techniques, and testing procedures.
- Explore the key characteristics and performance factors of motors used in hybrid and electric vehicles.
- Understand the influence of motor assembly characteristics and manufacturing processes on motor performance.
- Learn the essential considerations for designing, fabricating, and developing motors for high-performance electric vehicle (EV) applications.
Join the presentation where Srihari Gangaraj and Sainan Xue will dive into Powersys’ comprehensive approach to electric motor design, assembly, and testing. Attendees will walk away with valuable insights into how electric motors are engineered for optimal performance, and how the assembly and manufacturing processes impact overall motor efficiency. Real-world examples will highlight key design challenges and solutions in the field.