WHITE PAPER
Enabling High Power Charging with Advanced Thermal Modeling
The evolution towards next-generation mobility will have a profound effect on vehicle architectures. Download our white paper today to learn more.
Next-generation mobility will be defined by safer, more sustainable and convenient ways of moving around. Our vision is to co-create engineering solutions for the vehicle architecture physical and wireless connectivity challenges that will be key enablers of this vision.
Powertrain electrification, automation and increasing autonomy and the emergence of new mobility business models are the three dominant worldwide trends that are shaping the transformation to the next generation of mobility. These trends will have a profound impact on the electrical power and electronic architectures (E/E architecture) of future vehicles.
Table of Contents
1. The Electromobility Framework
2. The Importance of HPC
3. The Challenge of HPC
4. Today’s Electrical Component Design
5. The Importance of Thermal Simulation
6. Systemic Simulation Method
7. Safety Gain
8. Designing HV Components for the Vehicle
9. Conclusion
VIDEO: THE FUTURE OF THE ELECTRIC CAR IS AUTONOMOUS
Battery stability, high-pressure physical characteristics, and temperature changes are vital issues for EVs. TE's long history with carmakers makes us uniquely qualified to help.
