Achieves intelligent loading, testing, zonal storage, discharging, and transfer of battery cells.

High storage capacity per unit area: The storage capacity is more than five times that of traditional storage facilities.

Integrated storage and testing discharge: The system boasts a high level of automation for warehousing processes, discharge testing, transportation,and retrieval operations, enhancing operational efficiency.

Safe and Reliable: Each battery cell compartment is equipped with dedicated temperature monitoring. The facility utilizes sophisticated dual-responsefirefighting systems for both gas and water, specifically designed to promptly address and effectively manage incidents involving battery cells, thereby mitigating risks and preventing the escalation of hazards.

Ensures that any remaining electrical charge is removed, minimizing the risk of electrical hazards during handling and transportation. This is crucial for protecting workers and preventing accidents.

Capable of performing various disassembly tasks, with a complete workflow that dismantles spent battery packs down to the cell level.

Maximizes the recovery of valuable components.

Increases economic benefits by approximately 30%.

Equipped with precise robotic arms and tools capable of performing detailed disassembly actions.

Human-robot synchronized disassembly operations, where the machine handles repetitive tasks, significantly reducing labor intensity.

Features a modular architecture for easy maintenance, upgrades, and expansion of functionalities to accommodate different types of battery packs.

Real-time monitoring of temperature, smoke, and flame.

No pollution from physical discharge

Sealed inert environment (continuous nitrogen blowing) and negative pressure pumping environment

Compact design, small footprint.

Compatible with processing both cathode and anode sheets

Short process flow, high production efficiency

Relatively low equipment cost

No pyrolysis process, low energy consumption

Environmentally friendly and non-polluting

Product recovery rate > 99%.

Aluminum content in cathode materials < 100 ppm.

Capable of repairing retired battery cathode materials

Uniform carbon content and morphology, with low iron-lithium antisite defects

Excellent cycling stability

Repaired materials reach the level of commercial lithium iron phosphate materials

Achieve a graphite recovery rate of over 99%.

Initial week coulombic efficiency reaches 93.38%.

Specific capacity at 0.2C discharge is 360mAh/g.

Maintain a capacity retention rate exceeding 99.9% after 100 cycles.

The product can be directly reused through regeneration

High recycling rate, and stable performance.

Short process flow, high production efficiency.

Equipment use relatively low cost.

Can repair spent battery (wet) anode electrode material.