summit background
Under emerging technologies wave of automotive electrification and intelligence, also responding to climate change and energy crisis action, EV industry is developing rapidly while at the same time EVs’ driving range anxiety, battery fire and explosions, energy consumption reduction becomes more and more urgent and prominent. Passengers are expecting more comfortable and safer driving experience as well. Thus thermal management plays an increasingly important role and taking more responsibilities. Compared with fuel cars, structures of EV thermal management systems are more complicated and challenging, while the supporting value of single vehicles is much higher. Therefore automotive industry has increased investment in developing EV thermal management technologies, particularly in battery thermal management. Safe, comfortable, reliable, energy-saving, green and economical thermal management has been core competitiveness for EV brands.
This summit will closely follow the latest industry trends and key technologies applications of EV thermal management under the background of ‘Carbon Peak & Carbon Neutrality’. The conference will conduct in-depth research and cases study on EV thermal management policies & regulations, integrated thermal management systems, architectural design optimization, battery temperature control and safety, heat pump air conditioning system, cooling systems, waste heat recovery, refrigerant green replacement, smart control system and other key topics. Attendees at this two-day event will fully exchange their successful practices and sustainable development path of highly integrated and intelligent EV thermal management systems to co-promote the transformation and advanced innovation for next generation driving.
HIGHLIGHTS
- Trends Analysis & Insights Sharing on the Future Development of EV Thermal Management
- Optimization and Updates of EV Thermal Management Systems Architecture
- Advanced Multifunctional and Sustainable Thermal Management Materials
- Intelligent Thermal Management Systems
- 3D Simulation and Testing
- High Voltage Battery Thermal Management Systems
- Energy Management and Thermal Management on BEVs & PHEVs
- CO2 Heat Pump Air Conditioning System Development and Mass Production Strategies
- Safety Challenges and Prevention Management of Li-ion Batteries
- Innovative Approaches to Transform Waste Heat into Electricity
- Hybrid Electric Vehicles’ Integrated Cabin Heating and Powertrain Thermal Energy Management
- Lightweight and Integrated Structural Design of Thermal Management Components
- Heat Dissipation Structure with Latest Generation High Power IGBT Modules
- To get more information, please click Registration consultation
