summit background
The stricter CO2 emission standards for new passenger cars in Europe and net-zero emissions targets have encouraged the automotive industry to accelerate the transition to electric mobility. As estimated for every 100kg saved, an EV’s driving range increases by 10% to 11% and battery costs will reduce by 20%. The innovation and successful applications of new light metals and composite materials can also improve the safety and strength of car bodies, optimize components structural design and save EVs’ energy. The great progress of advanced manufacturing techniques enables the joining of multi materials and hybrid parts as well. Besides decarbonization policies require more green materials in cars’ full lifecycle production.
European EV Lightweight Summit 2023 will bring together 300+ attendees to discuss valuable EV lightweight development insights and share cutting-edge vehicle weight reduction technologies. We will provide a high-level and whole-industry-chain conference platform for you to exchange key industrial information and build a lighter and sustainable automotive future together with you.
HIGHLIGHTS
- EV Outlook 2023: Forecasts and Trends Analysis of EV Lightweight Development in Europe
- Lightweighting in Context with Sustainability and Electrification
- Efficiency through Innovation: The High-Volume Manufacturing Processes behind Lightweight Composite Structures for Electric Vehicles
- Inhouse Casting of Large Structural Components at Volvo Cars (Mega casting)
- ZEEKR 009 and MEGA Casting Rear Floor
- Press Hardening Steel Market Evolution towards the 3rd Generation of Products for More Lightweight, More Simple Process and Reduced CO2 Emissions
- Steel Solution to Address the Challenges of E-Mobility from Manufacturing, Design and Sustainability Aspects
- Expand Your Ideas!!!- Ultramid® Expand A Novel Polyamide-Based Particle Foam for Structural Applications and More...
- Less is More, the Application of Aluminium to the Genesis GV70 BEV BIW to Save Weight, whilst Meeting the Existing BIW Attribute Performance
- Innovative and Sustainable Composite Lightweight Solutions for Future Mobility Applications
- Application of Casting Aluminum Alloy in New Vehicle Design to Increase Sustainability Decreasing Weight
- Advanced Composite Materials' Applications for Lighter and Low-Carbon Future E-Mobility
- Designing Sustainable High Performance EV’s: Uncompromised Evolution in A Net-Zero Environment
- Less Weight, More Safety & Space with Carbon Energy Absorbers
- Sustainability & Circular Economy for Automotive Seating
- Lightweight and Safety Technology in An Electric MPV Vehicle
- Innovative Structure and Analysis Concepts in Automotive Lightweight Design for New Mobility
