Submitted Abstract
PorSi3DLIB is a strong public private cooperation focused on the development of new 3D Li-ion batteries based on porous silicon membranes with increased performances in terms of energy density (at least 800 Wh.L-1) and safety: the battery should not stop to work after mechanical local damage. The materials will be filled “in situ” with Atomic Layer Deposition (ALD) based techniques and/or electrochemistry based techniques in the pores of the membrane designed to have the highest density of pores per surfaces area. This research will rely on scientific investigations via a PhD student who will study the correlations between the properties (thickness, morphology, crystallography etc.) of the synthetized materials to the electrochemical storage performances.