batteries can be some steps beyond other
batteries since ambient air is used as cathode/depolarizer.This mean a
lighter battery with more energy density.
But these batteries suffer some drawbacks: low power density end
Using our EDLC hybrid approach and ionic liquids, we are resolving these
We developed some prototypes that include electrodes with
supercapacitors-like behaviour i and ionic liquids allow to recharge them
since discharge byproducts are soluble in these new electrolytes.
Also we are working on anolite versions, where anode material is a liquid
that recirculate inside an anodic compartment and discharged anolite can
be recharged outside these batteries. So batteries work like an engine.
Metal "fuels" can be of several elements and/or composites, for example:
lithium, potassium sodium, barium, magnesium, manganese, zinc, iron,
aluminium and metal diborides.
We can offer prototype cell and materials, for join us in these
******** We also are
looking for partners, to mass-manufacture these cell. ********