We use nanomaterials to improve energy storage and management: more capacity, fewer losses, lighter and more durable components. Nanotechnology serving the transition.
Nanotechnology enables more active surfaces and more efficient conductive materials: the basis for a more capable, longer-lasting energy store.
Nano-engineered structures for higher energy density at equal volume and weight.
Optimised conductive materials to reduce dispersion and boost system efficiency.
Components more resistant to wear and thermal stress, for a longer service life.
The Hiper process is proprietary and protected by patent: defensible solutions for our energy partners.
Control of the nanomaterial at layer level for precise conductive and structural properties.
Process protectedElectrodes with nanometric-scale morphology to maximise active surface and yield.
Device protectedThe data speaks: nanotechnology translates research into measurable results.
Higher energy density per unit.
Reduced dispersion, more efficient system.
Longer service life, fewer replacements.
Let’s talk about your energy case: storage, components, efficiency. We reply with a concrete proposal.
Contact the energy team