Advanced Light materials
for electric vehicles

About Levis Project

LEVIS, short for Advanced Light materials for sustainable Electrical Vehicles by Integration of eco-design and circular economy Strategies, is a HORIZON 2020 project funded by the European Union under the H2020-LC-GV-2018-2019-2020 Building a low-carbon, climate resilient future: Green Vehicles call.

LEVIS’ aim is to develop lightweight components for electric vehicles using eco-design and circular approaches. Our consortium – built by industrial and research partners from seven countries – envisages to demonstrate the technical and economic feasibility of producing these components in three real-case demonstrators at a large scale: a suspension arm, a battery box set and a cross car beam.

Challenge and our proposal

As electrical cars are powered by heavy-weight batteries, car manufacturers and suppliers must search for new light-weighting technologies to compensate this excess weight in other car components.
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Our Concept

LEVIS has the ambition to set-up new design and manufacturing routes for lightweight structural parts for electrical vehicles combining...
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Partnership

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Social Media

💡 @EUProject_LEVIS will develop lightweight structural parts in #ElectricVehicles using #ecodesign and #circular approaches. Stay tuned for upcoming project news 👉 https://buff.ly/2V0nYBl

#H2020 #circulareconomy #emobility #engineering #multimaterial

☑️ New design development ready to take off ▶️ https://buff.ly/30QNbBH! @YesilovaHolding, #Mersen & #Privé worked together to define the requirements of DEMO2 battery pack. #multimaterial solutions will be implemented with #biobased & #recyclable materials for #EVs.

♻️ The EU’s #CircularEconomy action plan ▶️ https://buff.ly/3zB2Os2 is a main block of the EU #GreenDeal.

@EUProject_LEVIS fully supports the EU’s transition to a circular economy. Find out how on ▶️ https://buff.ly/3idmjBc

#H2020 #EVs #ecodesign #lightweight

✔️ DEMO1 from @EUProject_LEVIS has taken off! Requirements have been defined by @MarelliTech for the suspension control arm and the new design based on #light #composites & #recyclable thermoplastic matrix moves on to the development stage! 👉 https://buff.ly/30QNbBH

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