Join us at the 2024 EV Thermal Management Summit, where we will explore the accelerating transition to smart electrification and energy efficiency in the automobile industry. With the commitment to achieve net-zero emissions by 2050 in Europe, EV thermal management faces new opportunities and complex challenges. Driving at ultra-low temperatures without range anxiety and preventing battery thermal runaway require higher thermal performance and more advanced technologies. Passengers are also demanding improved and customized cabin comfort and much longer driving ranges with less charging time.

The EU has launched new regulations to strengthen supervision on cars’ energy efficiency, life-cycle safety, and carbon reduction. EV thermal management professionals play a crucial role in providing a safe, comfortable, energy-saving, green, low-carbon, and cost-effective driving experience with ultra-high range for passengers in this new era.
Our summit will fully discuss emerging trends and pioneer technologies of integrated and efficient thermal management systems under net-zero and sustainability goals within Europe. We will invite 17 leading keynote speakers, 200 top industry experts, and organize a panel discussion to provide insightful case sharing and face-to-face Q&A networking opportunities for you to get comprehensive information about EU E-Mobility thermal management new policies explanation, innovative integrated systems modules and optimized architecture design, CO2 heat pumps and New-Gen HVAC systems, long driving at high and ultra-low temperatures, batteries thermal safety, heating & cooling technologies, smart climate control systems high-power charging, alternative refrigerants, SiC chips, and thermal materials, etc. Participants will fully exchange successful sustainable and decarbonized practices to co-develop integrated and smart EV thermal management technologies for a net-zero future.

Highlights:

• European EV Thermal Management Trends Analysis, Legislation and Insights
• Integrated Thermal Management Systems Architecture Optimization
• Automotive CO2 (R744) Heat Pumps Development at Ultra-Low Temperatures
• Low-Carbon Heating and Cooling Control System for Passenger Cabin Comfort
• CTP Batteries’ Thermal Runaway and Lithium-Ion Batteries Recycling
• 800-Volt Electrical System Architecture and Faster Charging
• AI-Driven Smart Solutions to Transform Waste Heat into Electricity
• Future Refrigerants and Different Heat Pumps Technical Paths in Europe
• 1200V Cool SiC High Power Chips for Improving EVs’ Heat Dissipation
• All-Solid-State Batteries Technology Development
• Advanced HVAC Units and Improved Engine Cooling Efficiency Modules
• Immersive Battery Cooling System