
Highlights
Thématiques
The combination of physical models and machine learning enables realistic simulation of nanoporous carbon electrodes.
At a fixed structural disorder, the capacity indeed increases as the pore size decreases below one nanometer.
10 September 2026
The PEPR Batteries launches its YouTube channel 🎥: explore battery innovation through video!
PEPR Batteries is taking its communications to the next level with the official launch of its YouTube channel. This new platform is designed to share our news in a dynamic and accessible format.
3 April 2026
Understanding Electrolyte Degradation in Aqueous Redox Flow Batteries
The RADICAL project presents its latest advances on the stability of nitroxides and the strategies implemented to further understand degradation mechanisms.
13 March 2026
An in-depth understanding of electrolytes for divalent cation batteries, enabling rational design and the development of predictive tools
LEGEND designs electrolytes for divalent cation batteries using molecular simulation and AI.
13 March 2026
HIPOBAT is approaching its mid-term: fundamental research on high-power batteries, demonstrations for industrial applications, and Franco-German collaboration
Research on high-power batteries and strategic Franco-German collaboration.
9 March 2026
New Electrolyte for Fluoride-Ion Batteries
The liquid electrolyte BMimF/CH₃CN enables the generation of free fluoride ions (F⁻), ensuring high conductivity, low overpotential, and improved performance with Pb/PbF₂ and BiF₃.
9 March 2026
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