Throughout Liten Days, we will be running guided tours of our technological platforms.
Our technological platforms allow researchers to share knowledge, resources, and skills, boosting innovation across the R&D spectrum: materials, components, systems, and processes.
How do I register for a guided tour?
If you wish to attend a guided tour, you must sign up when you register for the event. Each tour will last about 40 minutes, and each attendee may attend up to 2 guided tours.
Numbers will be limited to make sure that everyone gets the most out of their tour. Please note that due to campus security regulations, you will not be able to join a tour if you do not sign up in advance.
Slots will be awarded on a first come, first served basis!
Our CEA Liten’s technological platforms:
The Battery platform designs the accumulators and battery systems of current and future generations.
The objective of this platform is to transform CO2 and its derivatives into useful synthetic products from low-carbon energy sources.
The platform offers a unique approach to the design and optimization of PEMFC, covering materials, membrane-electrode assemblies, stacks and their testing under representative conditions.
The platform aims to exploit hydrogen as a source of energy. The work focuses on reversible High-Temperature Electrolysis (HTE) technology for the production of high-yield and low-cost hydrogen, and its possible coupling with renewable production sources.
The platform integrates battery or fuel cell prototypes developed by CEA-Liten into land, air and sea vehicles.
This unique platform, shared by three CEA institutes (Liten, Leti and IRIG), includes some 50 advanced characterization facilities.
The platform develops and manufactures high value-added components from metallic, ceramic, semiconductor, magnetic or thermoplastic powders, as well as from solid metallic or ceramic parts.
This platform is based on unique software and hardware resources in Europe, whose aims is to dimension and control new energy systems on complex electricity, gas and heat networks in real conditions before their deployment.
The aim of this platform is to support the development of the French and European solar industry by providing world-class expertise.
