Highlights

A new organic molecule, 3-TMA PROXYL, pushes the limits of redox flow batteries by combining high voltage, high solubility and excellent stability.

The BATMAN project includes research activities aimed at developing and studying new digital methods for the simulation and optimization of rechargeable battery manufacturing processes

The PEPR Batteries project portfolio was expanded with 4 new projects at the beginning of 2025, bringing the total number of funded projects to 19

The HIPOHYBAT project presents initial electrochemical characterization results of new materials for high-power batteries.

The SIMBA project presents a first prototype of a fully bioresorbable all-solid-state Na-ion microbattery.

The RADICAL project presents its initial work on organic compounds for producing sustainable electrolytes for aqueous redox flow batteries