Revolutionizing Electric Transportation on Land and in the Air including EVs, UAMs, and Drones
High Energy Density of Li-Metal is perfect for drones applications, whether it's protecting marine animals, or detecting forest fire, or delivering emergency supplies. Our cells and packs are super lightweight and ready to fly with your mission.
Unveiling advanced drone batteries with enhanced flight times and AI-driven health monitoring designed for your critical missions.
Conventional Li-ion
Energy density
Manufacturability
Solid-state Li-Metal
Energy density
Manufacturability
ES AI hybrid Li-Metal
Energy density
Manufacturability
Scalable
Manufacturable at scale using existing Li-ion processes
Denser
400 Wh/kg and 1,000 Wh/L, providing longer range for EVs
Smarter
AI-powered algorithm monitors battery health
Cell test data summary table
Cell Type
EV
100Ah (32+ layer) at 25°C
UAM
30Ah (25+ layer) at 25°C
Drone
6Ah (25+ layer) at 25°C
Room Temperature (25°C)
Energy Density
Energy Density
Low power С/20
> 399 Wh/Kg
> 391 Wh/Kg
> 375 Wh/Kg
Low power С/10
399 Wh/Kg
(= 862 Wh/L at SOC 30%)
(= 862 Wh/L at SOC 30%)
391 Wh/Kg
(=742 Wh/L at SOC 30%)
(=742 Wh/L at SOC 30%)
375 Wh/Kg
(= 700 Wh/L at SOC 0%)
(= 700 Wh/L at SOC 0%)
Medium power C/3
390 Wh/Kg (= 842 Wh/L)
382 Wh/Kg
—
Medium power 1C
370 Wh/Kg
363 Wh/Kg
339 Wh/Kg
Hight power 3C
351 Wh/Kg
344 Wh/Kg
—
Hight power 5C
—
—
321 Wh/Kg
Low Temperature (0°C)
Energy Density
Energy Density
Low power С/20
—
—
324 Wh/Kg
Medium power C/3
346 Wh/Kg
334 Wh/Kg
—
Medium power 1C
—
—
298 Wh/Kg
High power 5C
—
—
282 Wh/Kg
Lifetime (Ch-Dch)
C/10 - C/3
> 300 ongoin
440 cycles (80% retention)
600 cycles (80% retention)
C/3 - C/3
> 250 ongoin
> 220 cycles (80% retention)
300 cycles (80% retention)
C/5 - 1C
—
> 520 cycles (80% retention)
700 cycles (80% retention)
SES 30 protocol
- C/3 charge
- UAM protocol between SOC90 to SOC50
—
1800 ~ 1900 (80% retention)
2000 ~ 2100 (80% retention)
SES 50. 1 protocol
- C/3 charge
- UAM protocol between SOC90 to SOC50
—
700 ~ 800 (80% retention)
800 ~ 900 (80% retention)
Fast charging
Charge at 4C
—
80% in <15min
80% in <15min
Safety
Thermal
Pass test
Pass test
Pass test
Nail Penetration
Pass test
Pass test
Pass test
Overcharge
Pass test
Pass test
Pass test
External Short Circuit
Pass test
Pass test
Pass test
Certification
UN38.3
UN38.3
UN38.3
Manufacturability
Highly similar process to Li-ion
Highly similar process to Li-ion
Highly similar process to Li-ion
Tested Operating Temperature
-10°C to 45°C
-30°C to 60°C
-30°C to 60°C
Apply advanced drones powered by Li-Metal batteries to protect our humanity and environment.
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