Publication in Energy Storage Materials
The data-driven material design is a highly effective approach for the exploration of new compounds for electrochemical energy storage. In a recent study that is just published in Energy Storage Materials, together with our collaborators from GES, we first computationally predicted 100s of new compounds, next experimentally tested 10s of them, then identified the most promising candidates for energy storage in redox flow batteries. A public news item is available on the DIFFER website.