AIR ENERGY SOLID STATE LITHIUM-AIR BATTERY TECHNOLOY
CURRENT BATTERIES ARE INADEQUATE FOR
THE FUTURE OF TRANSPORTATION
LOW
ENERGY DENSITY
EXCESSIVE
WEIGHT
FLAMMABILITY
RISK
LIMITED RANGE &
MISSION ENDURANCE
OUR BATTERY SOLUTION
To achieve our ultra high energy density battery, oxygen from the surrounding air diffuses through the gas diffusion layer to the cathode of the battery.
During discharge, the battery consumes oxygen, combining it with lithium ions from the solid-state electrolyte to form lithium oxide (4 electron reaction).
During charge, oxygen is released back to the atmosphere generating a battery that has four times the energy density of current state-of-the-art lithium-ion batteries.
OUR TRANSFORMATIVE BATTERY
ULTRA HIGH-DENSITY
Our solid-state lithium-air architecture delivers up to 4x the energy density of today’s lithium-ion batteries with a 4-electron reaction, unlocking longer missions, higher output, and radically improved performance.
DRAMATICALLY REDUCED WEIGHT
By using oxygen from the air and a solid electrolyte, our system achieves the same power at one quarter of the weight—enabling lighter vehicles, longer flight times, and greater payload capacity.
INHERENTLY SAFER DESIGN
No flammable liquid electrolytes. No thermal runaway. Our solid-state platform eliminates the primary fire risks found in conventional batteries. Safe, reliable, battery platform operating at room temperature.
EXTENDED RANGE & ENDURANCE
Higher density and lower weight translate directly into up to 4x range and mission— redefining what electric platforms can achieve.
LEARN MORE AT OUR GUIDE TO LITHIUM-AIR BATTERIES