LionVolt BV applications

It`s only a matter of time before electric battery-powered aircrafts take to the skies. Energy density of battery cells is a key enabler of drones and electric aviation. The energy density of a cell directly translates to flight time and the ability to increase aircraft/drone weight. LionVolt`s 3D lithium-metal anodes help to increase cell-level energy density by 1.5-2x. At the same time, the ground- breaking 3D architecture supports high charge and discharge rates, meeting the requirements of the drone and aircraft market. In addition, our 3D lithium-metal anodes can be integrated in solid state cells with a step change in energy density and with superior safety as the liquid/flammable element of the cell is removed.

Despite the rapid growth of electric vehicle (EV) adoption in many developed regions, widespread mass- market uptake remains hindered by several factors. Extended driving range continues to be a barrier for potential consumers, alongside the limited availability of affordable, compact EVs that offer sufficient driving range. LionVolt`s 3D structured anode is a key enabler for next generation batteries that will help to further drive the electrification transition in this market. LionVolt`s first product for the BEV market is a 3D lithium-metal anode. This product delivers 1.5-2 times higher cell-level energy density wheninserted into a conventional battery cell and is compatible with NMC and LPF cells. It supports a <10- minute fast-charge and offers comparable cycle life/duration compared to conventional cells.