Central to this topic are battery systems like lithium ion batteries as well as new systems that are still at the proof-of-concept stage of development. The HZB's focus is on metal sulfur battery systems that are considered promising technologies, in spite of the fact that their observed performance is still far from what is theoretically possible in terms of performance and energy density. Also, the number of potential charge cycles is still far too small.
To understand the relationships between the atomic and mesoscopic structure of the materials used and the lithium sulfur system's efficiency in order to get this battery concept to the application stage.
Analysis using neutron scattering, electrochemical impedence spectroscopy / in-situ XTM based characterization
- EMIL: preparation and analysis laboratory/ SISSY and CAT lab complexes
- BER II: neutron scattering and diffraction, time-of-flight spectroscopy
- BESSY II: in-situ X-ray microscopy
Contributions of HZB organisational units
- Capacity Fading Analysis
- Electrochemical Storage of Energy
- Energy storage materials
- Operando Analysis
- Operando Neutron Reflectometry
- Operando Setups
- Operando X-ray Radiography