Skip to Content

Driving electric powertrain innovation through simulation

On-Demand Webinar

Improve product performance through multidisciplinary design exploration

electric powertrain systems design simulation

Globalization, demographic transformation and climate change are megatrends that will impact the future of mobility. Following this urbanization process, vehicles need to improve in safety, efficiency and range in order to assure economic competitiveness without forgetting environmental sustainability. To support this sustainable development, simulation technologies are fundamental to create efficient electromobility solutions.

This On-Demand webinar will focus on and demonstrate how simulation tools can be efficiently used together as an end-to-end solution, from the system down to component level. This video will explore powertrain system simulation using advanced software and component level design and optimization for:

  • Electric machine design, using tool chains for cooling, detailed electromagnetics and simple mechanical stress analysis.
  • Battery design, particularly looking at cell design to improve specific requirements on energy density material costs, lifetime, etc.
  • Thermal analysis, focusing on designing the appropriate cooling system to ensure the best performance for electric machines and batteries.

SPEAKER: Nicolas Kieny, Siemens PLM Software

Register to watch the webinar

We’re sorry!

There was an error with the page submission. Please try again.

First time signing up? Please be sure to confirm your opt-in with the email you'll receive shortly.

Notice: By supplying my contact information, I authorize Siemens PLM Software and its affiliates to contact me via email, phone, and postal mail about its products and services as described in detail here. Please visit our privacy policy and manage your preferences.

Thank you, your information has been received.

First time signing up for Siemens PLM Software emails? Please be sure to confirm your opt-in with the email you'll receive shortly.