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The MatrEx project develops a solvent-free electrode manufacturing process for lithium-ion batteries to reduce costs, eliminate harmful materials, and enable scalable, sustainable production of high-energy cells.

The aim of the NERO project is to develop and demonstrate high-energy, high-power lithium-ion cells in industry-relevant cell formats, in order to optimize both power output and energy density based on high-capacity anode and cathode materials.

The InnoAktiv project aims to significantly accelerate and improve cell activation in the production of large-format lithium-ion batteries through innovative materials, processes, and equipment.

The “Fast Battery Customization (FastBat)” cluster brings together partners from research and industry, to significantly accelerate the development and market introduction of innovative battery technologies.

The AnSiLiS project aims to develop and optimize a semi-solid Li-S concept that enables improved electrolyte control, more stable sulfur cathodes, and more efficient cell kinetics.

Innovative and sustainable high voltage Li-ion cells for next-generation (EV) batteries

Development of high-energy lithium-ion battery cells for mobile applications

RoSiLib – nanoporous silicon by rapid solidification