This research aims to address performance issues in TEMPO catholytes used in aqueous redox flow batteries.
Analysis of TEMPO performance in redox flow batteries
Evaluation of degradation mechanisms
Investigation of ring opening suppression strategies
Identified significant performance degradation in TEMPO catholytes
Proposed methods to mitigate ring opening
Improved efficiency of aqueous redox flow batteries through targeted interventions
Abstract
TEMPO has been widely explored as one of the most promising catholyte redox scaffolds in aqueous redox flow batteries, but the often observed performance degradation raises a concern of its...