REBORN

Acronym:  REBORN
Title: Reusable battery module and management system development for reliable 2nd life

Can you briefly overview the REBORN project and its primary objectives?
The REBORN project will address the technological challenges for a smoother transition from the primary application to the secondary. It aims to design and develop battery systems and electronics facilitating easy dismantling, interoperability, etc. addressing the key issues in firmware upgrade, cyber security, etc. The project will also develop hardware and software solutions such as semi-automatic dismantling robotic arms, wireless communication, advanced battery models, and unique battery footprints demonstrating the final solution in TRL 7. 

What role does VUB play in the REBORN project, and what are some of its key contributions?
Besides coordinating the project, VUB will develop novel techniques for quick sorting used batteries for 2nd life clearance performing short to long-term tests in the MOBI’s state-of-the-art battery labs. VUB will develop and implement novel battery models in an interoperable BMS to ensure improved performance, extended lifetime, and a more reliable battery system. Moreover, VUB will also perform a prospective life cycle analysis for the proposed methodology.

How will VUB benefit from the REBORN project outcome?
The REBORN project will address some key technological barriers and overcome them by developing innovative solutions.

What will be the broader impact of the REBORN project?
REBORN will demonstrate how a well-designed battery system with interoperable battery electronics could facilitate a smooth transition from one application to another making the battery more sustainable. The extended life cycle of batteries in the field maximizes the energy use contributing to the circular battery economy.