BatFactory ; Batterie ; Matériaux fonctionnels ; stockage ; transport

Electrochemical storage is currently the most widely deployed solution to address the need for energy flexibility linked to the large‑scale integration of intermittent renewable energies. Materia Nova develops innovative materials and components for batteries and electrochemical devices, covering several technological generations (GEN3 to GEN5).

Activities focus on:

  • Ion implantation of an LCO layer or a carbon-based layer to improve electrical conductivity,
  • the synthesis, optimization and characterization of anode and cathode materials,
  • the development of advanced carbon materials, doped or not, in particular those produced via the methane Plasmalysis process,
  • the design of nanostructured anodes, including grazing‑incidence deposition (GLAD) processes and approaches compatible with roll‑to‑roll deposition,
  • the formulation of slurry‑based electrodes (active material, conductive carbon, polymer binder, solvent) and the evaluation of their mechanical and electrochemical properties.

These developments are supported by an integrated approach combining experimentation, multiscale modelling and quantum simulations, enabling the optimization of dopant nature and concentration, and anticipation of the impact of doping on the electrochemical performance of materials.

Our strengths

  • Deposition of thin films and innovative battery components (electrodes, current collectors, solid electrolytes, catalysts, etc.).
  • Design and engineering of process by plasma, thermal sublimation and wet process with glove box, by ALD.
  • Material characterization platform, in monolayer or half-cell scale (morphology, electrical properties of layers and interfaces by AFM under controlled atmosphere), impedance spectroscopy for understanding interactions and degradation.
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