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European battery technology research advancements

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2026-08-14 16:56 UTC → 2026-08-16 06:00 UTC · added ~~removed~~

European research initiatives are advancing lithium-based battery technologies through the integration of artificial intelligence and chemical enhancements. In Germany, the KiBa-Pro programme has been launched to utilize AI in the manufacturing of lithium-iron-phosphate (LFP) battery cells. Funded by €2.4 million, the project is coordinated by EAS Batteries alongside RWTH Aachen, the Karlsruhe Institute of Technology (KIT), Batalyse, and Omron. The initiative uses sensors and AI models to analyze millions of data points, identifying correlations between production ~~data, aiming~~ parameters and final cell performance. This allows for virtual simulations of process changes to reduce ~~waste~~ waste, speed up development, and improve cell lifespan and yield. Concurrently, the Phoenics project in Austria is targeting the development of lithium manganese iron phosphate (LMFP) cells for stationary energy storage. This €2.9 million initiative seeks to increase energy density by 20% and extend service life by 40% compared to standard LFP technology by incorporating manganese into the chemistry. Led by a Styrian consortium, the PHOENICS project ~~is developing these next-generation cells~~ integrates expertise across the entire value chain to support the global expansion of renewable energy by providing more reliable infrastructure for wind and solar power. The project, coordinated by VIRTUAL VEHICLE Research GmbH in partnership with VARTA Innovation GmbH, Materials Center Leoben Forschung GmbH (MCL), and AVL List GmbH, integrates expertise across the entire value chain, including material development, cell manufacturing, simulation, and safety assessment. The LMFP cathode material is designed project aims to maintain high safety standards and a sustainable raw material base by avoiding critical materials such as cobalt or nickel.

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