Conference Description:

[Event 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.

[Event Date/ Location / Organizer]
November 23-24, 2023 / Frankfurt, Germany / ECV International
The summit will be held in-person and online.

[Hot topics]
2023 Forecasts and Trends Analysis of EV Lightweight Development in Europe
How Vehicle Lightweight Embraces the Wave of Electrification Revolution
Multi-Material Body---Advanced Solutions to Balance Lightweight, Cost and Performance
Sustainable and Lightweight EVs with the Integrated Applications of Aluminum Alloys
Driving the Future---Innovative Sustainable Materials in Next-Generation Lightweight EVs
Advanced Ultra High-Strength Steels (UHSS) Development for Vehicles’ Overall Weight Reduction and Green Steel Production Process by Using Hydrogen
Challenges and Methods to Realize EV Lightweight and Achieve Net-Zero Emissions
Advanced Joining Technologies in Multi-Material Lightweight Parts Design
Developing New Lightweight Chassis Architecture and Technology for Future EVs
Cell to Body Technology (CTB): A New Approach to Lighter and Safer Next Generation BEVs
Advanced Mega-Casting Technique
How Smart Manufacturing Contributes to EVs’ Lightweight
Thermoplastic Materials’ Innovative Applications on Vehicle Exteriors
Composite Material: Safety and Weight-Optimized Battery Cover for E-Mobility
Magnesium Alloys for Automotive Structures and PHEV Lightweight Powertrain
……

[Sectors]
Consulting ; OEMs ; Tier 1 and Tier 2 ; Steel ; Associations ; Magnesium Alloys ; Titanium ; Aluminum Alloys ; Composite Materials ; Engineering Plastics ; Welding/Stamping ; Joining/Assembly ; 3D Printing ; CAE and Simulation ; Die Casting ; Components