NEXT-GENERATION LITHIUM-ION BATTERIES THAT CAN HEAL THEMSELVES


Next generation of Li-ion batteries (LIBs) spans a number of diverse application areas extending from  devices of industry and private households. These applications require safe systems (e.g. no danger of explosion, leakage or electrolyte crystallization/evaporation), capacitance stability during charge/discharge cycles, longer cycle and calendar lives Electrochemical reactions in batteries taking place during charge and discharge cycles cause structural changes in materials and components of LIBs leading to drastic reduction in battery performance.

The innovative electrode materials for lithium-ion batteries are expected to degrade on interaction with greater amounts of lithium and thus undergo more drastic structural changes. The EU-funded BAT4EVER project focuses on self-healing mechanisms of the micro-damage and loss of material generated during repetitive cycles of charge and discharge. The self-healing material developments of the project are supported with advanced material characterization methods and extensive atomistic modelling of material and component behavior and simulation of battery cells. Further research involves the implementation of those into the prototype stage, compiling sophisticated cell-processes for validation of the self-healing lithium-ion battery components in cell phones through intensive testing.

 
@ by BATTERY2030+ initiative

BAT4EVER is one of the six projects in the frame of BATTERY2030+ – the large-scale initiative in Europe which aims are:

– to invent ultra-high-performance batteries 
– to provide new tools and breakthrough technologies to the European battery industry
– to enable long-term European leadership in both existing markets and future emerging applications

 

OUR Mission

Objective 1: Development of innovative nanostructured and self-healing polymer supported battery materials

Objective 2: Development of innovative Ionogels embedded, self-healing battery components

Objective 3: Advanced Characterization, Modelling and Simulation Techniques to define the battery component properties under the introduced self-healing influences

Objective 4: Development of innovative, self-healing and cost-effective, battery cell/prototype assembly and manufacturing techniques

Objective 5: Validation and tailoring of LIB properties to yield high performant self-healing cells.

4
Leading
Universities

4
Industry
Partners

Project participants

Vrije Universiteit Brussel

Logo enwair

ENWAIR ENERJI TEKNOLOJILERI
ANONIM SIRKETI

MLU Titelbild
MLU Logo

Martin-Luther-Universität Halle-Wittenberg

Deutsches Zentrum Für LUFT- UND RAUMFAHRT E.V.

Iolitec

IOLITEC Ionic Liquids Technologies GmbH

UCM Titelbild
Universidad Complutense Madrid

Universidad Complutense de Madrid

UNIMORE Titelbild
UNIMORE Logo

Università degli Studi di Modena e Reggio Emilia

Vestel Logo

VESTEL ELEKTRONIK SANAYI VE TICARET ANONIM SIRKETI

CleanCarb Logo

CLEANCARB SARL

FAAM Titelbild
FAAM Logo

FAAM
Research Center S.r.l

  © The pictures are owned by related project participants 

news & Events

Kick-off Meeting Working Group October 7th, 2020

 
 © by 
VUB

Kick-off Meeting Working group

BAT4EVER officially starts

The official start of the project BAT4EVER is given with the Kick-off Meeting on 7 October 2020 between 9:00-18:00 in presence of all 10 consortium partners and the Director of the Battery 2030+ initiative, Prof. Kristina Edström from the Uppsala University.

 
 © by 
VUB

3rd gENERAL ASSEMBLY MEETING

3rd General Assembly Meeting

took place online on 15 September 2021  by participation of the representatives of consortium members. The developments achieved in the past months within the WPs were reported by each relevant WP leader. The latest updates in subtopics within the BATTERY2030+ initiative were presented by appointed BAT4EVER officers. The overview on the project progress and results  was discussed with Advisory Board on additional afternoon session.

BATTERY2030+ Annual Meeting

 took place on 07 October 2021, where the progress of each project in the frame of initiative was presented.  Two excellence seminars on the latest progress in battery field were provided by leading scientists.

Regular Events


Battery 2030+ Communicating Group Meeting

Collaboration board meetings take place every first Tuesday of a Month to discuss:
– Reports on attended meetings, presenting the BATTERY2030+ initiative and research projects
– Webinars and Workshops in the frame of the BATTERY2030+ initiative
– AoB

Steering Committee Meetings

Bat4Ever Steering Committe Meetings take place every second Tuesday of a Month to discuss:
– Overal updates
– WP progress updates
– BATTERY 2030+ updates
– AoB


BATTERY 2030+ bi-annual meetings

Each half of year the consortiums of the BATTERY 2030+ projects meet together with BATTERY 2030+ Initiative to discuss current progress of the H2020 Battery 2030 projects.

Calendar

 
 © by Eurobat 2021


“Batteries Europe: Managing growth and establishing local value chains”

The 1st edition of the annual conference on battery Research and Innovation.

 
 © by Informa Markets 2021

BAT4EVER Newsletter

 2nd Issue in December

 

Learn about the latest developments in the advanced battery and automotive industries.

CONTACTS

 Prof. Dr. Maitane Berecibar

Project Coordinator
Vrije Universiteit Brussel
Brussel, Belgium

Maitane.Berecibar@vub.be
+32 262 93855

Dr. Bilge Saruhan-Brings

Dissemination and Exploitation
German Aerospace Center
Cologne, Germany

Bilge.Saruhan@DLR.de
+49 2203 601-3228

Dr. K. Burak Dermenci

Technical Project Coordination
Vrije Universiteit Brussel
Brussel, Belgium

Kamil.Burak.Dermenci@VUB.be
+32 2 629 28 01

Inès Boursot

Operational Management
Vrije Universiteit Brussel
Brussel, Belgium

Ines.Boursot@VUB.be
+32 476 604585