Modeling Potential and Species Distribution in a Li||Bi Liquid Metal Battery Using the Finite Volume Method


Modeling Potential and Species Distribution in a Li||Bi Liquid Metal Battery Using the Finite Volume Method

Duczek, C.; Weber, N.; Landgraf, S.; Weier, T.

The abstract submitted to the 241st ECS meeting deals with the principle of liquid metal batteries (LMB), their pros and cons and the occuring flow phenomena in general. A special focus is set on Li||Bi cells as well as on occuring overpotentials when operating the battery. A numerical approach that is used to investigate the cell using the tool OpenFOAM is presented. Further, a validation study is performed and an application case is studied.
Attached, the full abstract can be found.

Keywords: liquid metal battery; grid storage; Finite-Volume-Methode; internal jump

  • Lecture (Conference)
    241st ECS Meeting, 29.05.-02.06.2022, Vancouver, BC, Canada

Permalink: https://www.hzdr.de/publications/Publ-34693