FesKaBat

FesKaBat- All-solid-state cathodes for future high energy density batteries

Funded by: BMWi

Contact : Laura Helmers
Summary of the overall project:

The aim of the project is the process development of all-solid-state cathode for high energy density batteries. This includes conditioning (e.g. granulation or agglomeration process, surface coating etc.) of cathode components as well as structural and electrochemical analysis of the produced composites. The obtained data will be used to develop a structural model. The targeted cell design consisting of a cathode composite and a pure lithium anode should provide a high voltage stability and cycling stability for high c-rates.

Figure.:Schematic view of an All-Solid-State-Battery

Tasks and targets of the iPAT

• Process development of a conditioning and manufacturing technique for all-solid-state composites
• Process study of conditioning components of an all-solid-state battery electrode with scalable mechanical process technologies
• Development of a scalable method for applying a protection layer on active material particles and composites
• Process study of a continuous dry manufacturing process for all-solid-state cathodes
• Development of a high energy density all-solid-state battery cell by combining the aforementioned study outcomes
• Physical and electrochemical investigation for a model-based description of an all-solid-state battery cell

 
Project partners
Robert Bosch GmbH, Saueressig GmbH, Coperion GmbH, WWU Münster (Institut für Anorganische und Analytische Chemie), TU Braunschweig (Institut für Energie- und Systemverfahrenstechnik und Institut für Werkzeugmaschinen und Fertigungstechnik)