We develop novel battery systems for the era after the lithium-ion battery. Energy density, safety, availability, environmental friendliness and low costs are the key target parameters.
Natrium-Ionen-Batterien auf Basis von recyceltem NaFePO₄ aus verbrauchten Li-Ionen-Zellen
Das Forschungsvorhaben bringt das Fachwissen internationaler Partner zusammen, um die Machbarkeit einer Natrium-Ionen-Batterietechnologie mit Natriummetallanoden und Kathodenmaterials aus recyceltem LFP-Kathodenmaterial zu demonstrieren. Damit wird ein neuer Weg zu einer nachhaltigen Kreislaufwirtschaft im Bereich der Batterietechnologien eingeschlagen, auf dem die Materialabhängigkeit Deutschlands reduziert und politische, ökologische und wirtschaftliche Risiken minimiert werden.
We are looking for strong partners for our R&D projects
The transfer of knowledge from research to industrial practice is all the more successful the earlier we cooperate with SMEs and partners from industry. That's why we are constantly looking for companies from all relevant industries who would like to actively participate in the committees of our R&D projects. Our contact persons look forward to your interest!
Safety and operating strategies Lithium-based batteries: Dendrites and SEI growth
The often strongly changing operating conditions have a great influence on the battery condition and service life. The task of battery management systems is to monitor and control complex battery packs. In this way, safety problems are to be prevented and the battery condition maintained for as long as possible. Information about the battery condition makes it possible to identify faulty battery cells.
