The 3rd European EV Thermal Management Summit 2025

The 3rd European EV Thermal Management Summit 2025 focuses on innovative thermal management technologies for electric vehicles, addressing net-zero and sustainability goals.

Topics

• Dynamic heat recovery and thermal control solutions for next-generation electric vehicles.
• Integrated, modular, and intelligent design of thermal management system architecture.
• Optimizing thermal management system design to adapt to the characteristics of low-GWP refrigerants.
• Low-carbon and high-efficiency thermal management systems.
• Advanced cooling technologies and heat dissipation for high-power modules.
• The role of phase change materials in super-fast charging thermal management.
• Collaborative design of CO heat pump systems and liquid-air cooling hybrids for electric vehicles.
• Exploring the role of sustainable thermal interface materials in European EV thermal management.
• Optimizing thermal management in electric commercial vehicles to enhance battery life and efficiency.
• Electric vehicle markets, thermal management and fire protection materials, regulations and outlook.
• Cost reduction and efficiency improvement measures in electric vehicle thermal management technology.
• The impact of heat recovery technology on electric vehicle range and its potential in thermal management.
• Synergistic optimization of battery super-fast charging technology and thermal management.
• The use of virtual software and simulation technologies to drive the design and development of vehicle thermal systems.

Who should Attend

• Automotive engineers specializing in electric vehicle systems and thermal management.
• Researchers and developers in sustainable materials and cooling technologies.
• Regulators and policymakers focusing on electric vehicle and thermal safety standards.
• Industry leaders and executives from electric vehicle manufacturing companies.
• Designers and consultants in vehicle thermal systems and energy efficiency solutions.
• Suppliers and manufacturers of thermal interface materials and heat recovery technologies.
• Professionals in simulation and software tools for vehicle design optimization.