Volvo Cars Case Study on Cabin Thermal Simulation for Optimal Efficiency and Comfort Webinar скачать в хорошем качестве

Volvo Cars Case Study on Cabin Thermal Simulation for Optimal Efficiency and Comfort Webinar

Designing electric vehicles (xEVs) that deliver exceptional cabin comfort while maintaining high energy efficiency and maximum battery range is a major challenge for simulation and thermal engineers. ThermoAnalytics addresses this with advanced cabin thermal modeling techniques that accurately predict energy consumption and passenger comfort. These tools evaluate dynamic HVAC strategies and localized comfort features—including heated steering wheels, radiant panels, and heated/cooled seats—optimized specifically for electric vehicle climate control. In this webinar, you’ll learn how to use TAITherm and the Human Thermal Module to improve cabin comfort modeling across every stage of the vehicle design process. Our experts will demonstrate how physics-based thermal simulations help engineers evaluate comfort, reduce HVAC loads, and enhance EV range. We are also joined by Volvo Cars, who will share their approach to thermal cabin model development and best practices for interior climate simulations. The session will feature a detailed cabin heat-up and cool-down scenario using GT-TAITherm co-simulation, highlighting the accuracy and effectiveness of this integrated solution. Key topics include: • Advanced cabin thermal modeling for improving passenger comfort in electric vehicles • Predicting HVAC energy consumption using TAITherm and Human Thermal tools • Modeling localized comfort features (heated steering wheel, radiant panels, seat heating/cooling) for improved efficiency • Volvo Cars’ methodology for interior climate simulation and cabin model development • Demonstration of heat-up and cool-down simulations using GT-TAITherm coupling, with insights into model accuracy and performance Join us to discover how high-fidelity thermal simulation can help you design more efficient EV climate systems and deliver superior passenger comfort.