Summary
- Engineers face challenges in developing high-performance electric motors, such as optimization for integration into electric drive systems and understanding electromagnetic, thermal, structural, and vibro-acoustic performance.
- Simulation can accurately model these effects, validate designs, and optimize motor integration with electric drive systems.
- Simcenter’s integrated electric motor design workflow addresses these challenges, empowering engineers to model, simulate, and optimize electric machines efficiently.
- Simcenter solutions support automotive manufacturers and suppliers throughout the development lifecycle, accelerating electric motor design optimization, performance validation, and system integration.
- The webinar targets electric motor designers, engineers, e-mobility and electrification experts, simulation specialists, and others interested in advancing electric motor design and technology.
Article
The content discusses the challenges faced by engineers in developing high-performance, efficient, and cost-effective electric motors that seamlessly integrate into electric drive systems. It emphasizes the importance of understanding the complex interplay of electromagnetic, thermal, structural, and vibro-acoustic performance to optimize designs. By leveraging simulation tools like Simcenter, engineers can accurately model these effects and optimize the integration of motors and electric drive systems. The webinar aims to demonstrate how Simcenter’s integrated electric motor design workflow can help engineers efficiently model, simulate, and optimize electric machines.
Simcenter solutions support automotive manufacturers and suppliers throughout the entire development lifecycle, from initial concept to final validation. By using these solutions, customers can accelerate electric motor design optimization, performance validation, and system integration, making a business impact that empowers the electric revolution in mobility. The webinar targets electric motor designers, engineers, e-mobility and electrification experts, simulation and analysis specialists at OEMs, Tier 1 suppliers, and research institutions focused on advancing electric motor design, technology, and innovation. Attendees will learn about evaluating e-motor prototypes, integrating accurate e-motor models to system simulations, automating workflows for design studies and fault case analysis, as well as customizing and optimizing rotor templates.
The webinar will explore how engineers can evaluate hundreds of e-motor prototypes a week, integrate accurate e-motor models into 1D system simulations for end-to-end performance validation, automate workflows for design studies and fault case analysis, and customize and optimize rotor templates. By addressing these aspects, engineers can efficiently model, simulate, and optimize electric machines to meet the demands of electric drive systems. The webinar, hosted by CHARGED, will take place on Wednesday, March 26th, at 11 am US EDT. Interested participants can register for free to learn more about Simcenter’s integrated electric motor design workflow and its applications in accelerating innovation in electric motor development.
By using Simcenter’s integrated electric motor design workflow, engineers can address the challenges of optimizing electric motors for seamless integration into electric drive systems. The webinar will showcase how Simcenter’s solutions support automotive manufacturers and suppliers in accelerating electric motor design optimization, performance validation, and system integration. Attendees will gain insights into evaluating e-motor prototypes, integrating accurate e-motor models into system simulations, automating workflows for design studies and fault case analysis, and customizing and optimizing rotor templates. This webinar aims to empower engineers to efficiently model, simulate, and optimize electric machines to drive innovation in electric motor technology.
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