Every year, thousands of end-of-life electric vehicle batteries in the UK are scrapped without being tested for reuse, wasting valuable materials and energy. This project aims to fix that broken link in the supply chain. The problem is straightforward: when an electric car battery reaches the end of its useful life in a vehicle, there is currently no reliable, cost-effective way to determine whether it can be reused in a less demanding role—such as storing energy from solar panels—or whether it should be dismantled for recycling. Without that decision-making tool, most batteries simply enter the waste stream. The VALUABLE consortium is developing machine vision systems and automated test processes that can rapidly assess each battery pack’s remaining capacity and health. If successful, the project would create a complete UK-based end-of-life supply chain for automotive lithium-ion batteries. Batteries that still hold significant charge could be remanufactured for second-life applications in mobility or grid storage. Those that cannot be reused would be stripped more efficiently, with the goal of reaching 95% recyclability. The same test data would also feed back to manufacturers, helping them design future batteries that are easier to disassemble and recycle from the start.
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"Project VALUABLE's key objectives are to develop commercially viable metrology and test processes as well as new supply chain concepts for recycling, reuse and remanufacturing of automotive lithium-ion batteries to create a complete End-of-Life (EoL) supply chain network within the UK. The consortium's vision is to 1) increase the value-add of the battery supply chain in the UK, 2) decrease the environmental impact, and 3) optimise future battery design for EoL. By bringing together many disparate parts of many sectors, the project will provide an efficient and effective route to providing second life battery applications, whilst reducing the packs / cells being fed into the waste streams. The project will investigate key areas that are providing difficulties in dealing with automotive batteries at their EoL: 1) the lack of reliable and cost-effective test methods, 2) the lack of remanufacturing/recycling and reuse processes, 3) the lack of effective value chains, and 4) lack of design considerations for EoL in battery design. To implement efficient processes, the project will investigate and develop advanced 'machine vision' capabilities, to determine which packs have second life potential and at what level and which are for recycling. This development of advanced testing capability in the EoL processing line, will enable the consortium to explore significant value chain applications for end-of-life batteries, ranging from remanufacturing to go back into the same vehicle model, to use in lower demand mobility applications, through to use as energy storage mediums for the energy market. The test results will also aid future first life battery pack design, providing OEMs and battery producers with routes to both realise additional value from future applications for used batteries and to move towards 95% recyclability. In conjunction with the development of new designs and processes, the project team will also explore the growing legal and regulatory issues surrounding the battery producer responsibility / waste classifications in the UK and Europe. In addition, not only will the battery cells be assessed, but the charge controllers, outer jackets, and other components. Reuse of these products contributes to the recycling targets, but also supports improved material recovery routes through better material separation. The project brings together partners across the supply chain, developing new EoL testing techniques, and in creating a UK-based EoL supply chain. The project is not only supported by the supply chain but also an industry-wide OEM support represented in a guiding advisory group."
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