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Solid-state battery Basalt fiber material Power battery

Power battery

The Ark Future Solid-State Power Battery Series covers battery cells, modules, BMS, and PACKs, and is committed to providing the new energy industry with competitive,
Scenario-based power battery solutions and energy storage cells.
Leveraging cutting-edge technology, state-of-the-art intelligent manufacturing, exceptional product quality, reliable delivery, open collaboration, and years of experience serving large enterprise clients,
The company has earned recognition from numerous prestigious clients both domestically and internationally.

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

Industrial equipment

Forklifts, elevators, aerial work platforms, and the like.
It delivers robust power and meets the demands of everyday use.

Two-wheeled travel

Electric bicycles, electric motorcycles, battery swapping, and more.
Lightweight design, with features such as early warning and positioning.
Equipped with a self-developed battery cell, it offers longer lifespan, enhanced safety, and superior cost-effectiveness, making it ideally suited for battery-swapping, shared‑mobility, logistics, and local‑service applications.

High-precision, cutting-edge fields
New-energy heavy-duty trucks, ships, and automobiles

Special-purpose vehicle

Refrigerated vehicles, heavy-duty trucks, sanitation vehicles, and the like.
Powerful performance to meet heavy-load demands; highly adaptable.

High-precision, cutting-edge fields

Medical equipment:Provides 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 energy.

High-precision, cutting-edge fields
New-energy heavy-duty trucks, ships, and automobiles

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

Battery Life Breakthrough:The 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, and features solid-state batteries.
Decarbonization fundamentally addresses the risk of fire.

Low-Altitude Economy and Robotics

eVTOL (electric vertical takeoff and landing aircraft):Solid-state batteries boost the endurance of low-altitude aircraft by 60% to 90%, making them well-suited for extreme flight conditions.
Humanoid robot:Up to 6 hours of battery life, with power consumption reduced by 80%, and resistant to high temperatures and impacts.
Environment.

Low-Altitude Economy and Robotics
Consumer electronics

Consumer electronics

Smartphones and Wearable Devices:
Battery life has been extended to over 2 days, and charging time has been reduced to 12 minutes for an 80% charge.
Smaller in size, making it suitable for smartwatches and other devices.
Drone:Extend flight time and enhance power stability.

Energy storage system

Household and Industrial Energy Storage:Supports renewable energy storage and enhances grid peak‑shaving efficiency.
Data Center Backup Power Supply:High safety and long cycle life, suitable for critical facilities.

Energy storage system