Ageing Mitigation and Loss Control in Reconfigurable Batteries in Series-Level Setups
Publication
, Journal Article
Kacetl, T; Kacetl, J; Tashakor, N; Goetz, S
2022
This paper presents a novel control method that reduces the low-frequency ripple of dynamical-ly reconfigurable battery technology to reduce cell ageing and loss. It furthermore shifts the residual ripple to higher frequencies where the lower impedance reduces heating and the dielectric capacitance of electrodes and electrolyte shunt the current around the electrochemical reactions.
Duke Scholars
Publication Date
2022
Publisher
IEEE
Citation
APA
Chicago
ICMJE
MLA
NLM
Kacetl, T., Kacetl, J., Tashakor, N., & Goetz, S. (2022). Ageing Mitigation and Loss Control in Reconfigurable Batteries in Series-Level Setups.
Kacetl, Tomas, Jan Kacetl, Nima Tashakor, and Stefan Goetz. “Ageing Mitigation and Loss Control in Reconfigurable Batteries in Series-Level Setups,” 2022.
Kacetl T, Kacetl J, Tashakor N, Goetz S. Ageing Mitigation and Loss Control in Reconfigurable Batteries in Series-Level Setups. 2022;
Kacetl, Tomas, et al. Ageing Mitigation and Loss Control in Reconfigurable Batteries in Series-Level Setups. IEEE, 2022.
Kacetl T, Kacetl J, Tashakor N, Goetz S. Ageing Mitigation and Loss Control in Reconfigurable Batteries in Series-Level Setups. IEEE; 2022;
Publication Date
2022
Publisher
IEEE