Grabat Graphenano Energy produces graphene polymer cells which adapt to different types of batteries depending on their use and application.
This new technology sets a radical change in global energy storage systems since it allows to make batteries with higher energy density, shortest charge time, lighter and safer. The tests carried out show that the Grabat cells obtained specific capacity values three times higher than those obtained with current technologies.
A Li-ion cell is a type of rechargeable cell in which lithium ions move from the negative electrode to the positive electrode during discharge and back when charging. Li-ion cells use an intercalated lithium compound.
Grabat graphene polymer cell is based in the use of conversion compounds, incorporating graphene of Graphenano in its components.
Grabat are developing a graphene polymer cell whit a theoretical energy density three times greater than Li-ion conventional cells. Grabat technology is lighter, safer, maintenance free and ready to supply the energy demand of the future.
Lithium metal anode
Graphene polymer cathode
Electrolyte composition protecting lithium metal
State of the art separator
High Gravimetric Energy Density