Light materials for Electric vehicles
Blog
CAD DESIGN OF EACH DEMONSTRATOR
It is well known that one of the most hard-hitting challenges the automotive industry is facing is the massive shift from Internal Combustion Engines (ICE) to Battery Electric...
Meet Leticia Gracia Grijota from ITAINNOVA
On 11 February 2023, the 8th International Day of Women and Girls in Science is celebrated with the goal to promote the full and equal access and participation of females in...
TRA 2022: LEVIS at TRA
The LEVIS project was presented at the largest European Research and Technology event on transport and mobility, the Transport Research Arena (TRA) Conference 2022 in Lisbon...
ENLIGHT EVs: New Cluster on lightweight for electric vehicles
To find synergies and maximise impacts across the EU and beyond, the new cluster EnLightEVs has been created among five EU-funded projects. The projects aim at...
INNOVATIVE MATERIALS FOR LIGHTER AND MORE SUSTAINABLE ELECTRIC VEHICLES
The LEVIS development of innovative materials is currently in full-steam mode. They are at the heart of LEVIS’s consortium strategy to demonstrate EV lightening without...
1-YEAR UPDATE OF THE LEVIS PROJECT
In March 2022, the 1-year meeting of the LEVIS project took place remotely. The aim of LEVIS is to develop lightweight components for electric vehicles using eco-design and...
Testing and Validation Methods for LEVIS demonstrators
As reported in our last blog, the Specification Report of the LEVIS demonstrators has recently been completed. This report describes the key requirements for producing a...
SPECIFICATION REPORT OF LEVIS DEMONSTRATORS
LEVIS has recently reached an important milestone: completing the Specification Report of the demonstrators that will be developed during the project. Lightweight solutions...
Eco-design guidelines and results
LEVIS’ goal is not only to produce innovative lightweight materials for a selected number of key (electric vehicle) components, but also to approach the design in a ‘circular...
