Five Major Application Scenarios


High-precision, cutting-edge fields

High-precision, cutting-edge fields

Medical devices: Provide stable power for implantable devices or portable equipment.

Military and Aerospace: High energy density meets the demands of extreme environments, such as unmanned aerial vehicle operations or satellite power systems.

New-energy heavy-duty trucks, ships, and automobiles

Breakthrough in endurance: Energy density can reach 2–3 times that of conventional lithium batteries.

Fast Charging and Safety: Supports 80% charge in 10 minutes on an 800V high-voltage platform, while the solid-state electrolyte fundamentally eliminates the risk of thermal runaway.

New-energy heavy-duty trucks, ships, and automobiles
Low-Altitude Economy and Robotics

Low-Altitude Economy and Robotics

eVTOL (electric vertical takeoff and landing aircraft): Solid-state batteries enhance the endurance of low-altitude aircraft.
60%–90%, suitable for extreme flight conditions.

Humanoid robot: up to 6 hours of battery life, 80% reduction in energy consumption, and capable of operating in high-temperature or collision-prone environments.

Consumer electronics

Smartphones and wearable devices: Battery life extended to over two days, with charging time reduced to 12 minutes for an 80% charge; smaller form factor, ideal for smartwatches and other wearables.

Drone: Extended flight time and enhanced power stability.

Consumer electronics
Energy storage system

Energy storage system

Household and Industrial Energy Storage: Supports renewable energy storage and enhances grid peak‑shaving efficiency.

Data center backup power: High safety and long cycle life, ideal for critical facilities.