LG Chem and CEA to supply Renault with next generation batteries

The results achieved by the R&D Laboratory of Renault and the CEA* in new-generation batteries for electric vehicles have made it possible to enter the preparation phase for industrial production, to begin in 2017 in France. It will be made with the contribution of the South Korean battery manufacturer, LG Chem, a world leader in the sector.
As part of a three-party Renault-CEA-LG Chem agreement, to be signed in September 2012, LG Chem will work on developing the technology of the new-generation battery, to be produced in France. LG Chem will in particular contribute all its industrial expertise in large-scale battery production.
By taking part in the installation of an LG Chem battery plant in France, Renault and the CEA are demonstrating the country’s ability to invest in innovation with a view to developing industrial partnerships with a global reach and giving rise to vital technology for future energies.

*French Alternative Energies and Atomic Energy Commission. Renault and the CEA signed a strategic partnership in 2010 on the development of innovative batteries for electric vehicles and, more broadly, on sustainable mobility. The partnership currently involves 200 people, two-thirds CEA, one-third Renault, working at the CEA sites in Grenoble and Saclay and Renault’s Technocentre in Guyancourt.

CESA 2012 interview : Rémi Bastien (Renault), second part

This is the second part of the interview of Rémi Bastien, Vice President for Research, Advanced Studies and Materials at Renault. The internal code name for this organisation is DREAM. So, let's dream of the future with our top expert.

"With this research organisation, we try to make our managers dream, and then our customers. More seriously, we drive half of the innovation at Renault. We are working on early stage on breakthrough innovations, whether it's on powertrain, or for the connected car.
To give an example, we have created the embedded charger on Zoe EV car, wich is called Cameleon and allows to charge more quickly. This device is compliant with power from 22 to 43 kW.
One of our challenges at the moment is to develop more affordable batteries, always for EVs. We expect to be ready in 2017, with next generation batteries which would allow the same range, from 150 to 200 km, but with a much lower price.
Another interesting topic is the driving assistance. Today, a car can park by itself. At low speed, the driver could handover to the car and let it manage acceleration, braking and changing lanes. All the components are ready and we have in France a remarkable  facility with VeDeCom Institute near Paris for further testings and developments. I think it should come earlier than people usually expect.
When innovation is mature enough, it's then transferred to production plans".

To be continued with statements on CESA congress.