800km with an electric car?

800km with an electric car?

VUB builds dry room for developing & producing batteries for electric vehicles

MOBI’s new dry room, as part of our advanced battery manufacturing pilot line, will demonstrate how to upscale breakthrough battery developments in industrial innovations.

 

The MOBI research group of the Vrije Universiteit Brussel is investing in a high-tech pilot line for the development and production of new battery technologies for electric vehicles. This pilot line has an ultramodern dry room, whose precisely controlled humidity and temperature will allow researchers to develop the next generation of batteries from innovative materials. With this investment, MOBI is aiming to push through ground-breaking developments in the capacity of batteries in the short term. Its aim is to increase battery capacity so that electric cars can be driven for longer distances without recharging, up to 800km. In addition, the innovations should also reduce battery costs so that electric cars become more affordable.

 

A dry room is a space in which the humidity and temperature can be accurately controlled, to ensure safety and to improve the quality of the battery produced. The room’s dew point – the temperature at which water vapour condenses – is -50°C, and it can handle a dew point of -45°C while two people are working in it. In addition, the room will be equipped with state-of-the-art facilities such as a ball mill, a blade coater and a hot calendering machine. It will mainly be used for the development of solid-state batteries.

 

MOBI’s Battery Innovation Centre (BIC) is Belgium’s main centre of expertise for the research and development of energy storage systems for electric vehicles and stationary applications. Many industrial companies develop their R&D with MOBI by using their state-of-the-art equipment and knowledge.

 

Professor Joeri Van Mierlo, director of MOBI: “Our research within the Battery Innovation Centre is constantly growing and has already produced excellent expert knowledge. With the installation of the dry room and our expertise, it will be possible to realise further developments in battery technology.”

 

The dry room project started on 29 July this year and will be built on the VUB campus in Etterbeek. Construction will take six months, so the pilot line and its dry room will be fully operational by early 2020.

 

Contact:

Phebe Coppens, communication manager MOBI

Phebe.Coppens@vub.be

+32 471 37 85 67

 

Dr Maitane Berecibar, director of the Battery Innovation Centre of MOBI

maitane.berecibar@vub.be

 

Prof Dr Thierry Coosemans, director of Sustainable Energy Communities of MOBI

thierry.coosemans@vub.be

+32 2 629 37 67

 

Prof Dr Joeri van Mierlo, director of MOBI

joeri.van.mierlo@vub.be

+32 2 629 28 03 / +32 497 60 24 61

 

 

https://mobi.research.vub.be/


 

 

 

Contact us
Phebe Coppens communicatie manager MOBI
Prof. Dr. Joeri van Mierlo directeur MOBI
Phebe Coppens communicatie manager MOBI
Prof. Dr. Joeri van Mierlo directeur MOBI
About Vrije Universiteit Brussel

Vrije Universiteit Brussel is an internationally oriented university in Brussels, the heart of Europe. By providing excellent research and education on a human scale, VUB wants to make an active and committed contribution to a better society. 

Vrije Universiteit Brussel
Pleinlaan 2
1050 Brussel