Lithium Ion Battery Recycling System
Product Video
Product Description
Lithium Ion Battery Recycling System
ENERPAT® Lithium Ion Battery Recycling System integrates a feeding system, crushing system, fire protection system, inspection and maintenance system and intelligent monitoring system. The lifting system lifts the lithium battery and sends it into the sealed buffer bin, and nitrogen is immediately injected into the bin to reduce the oxygen concentration. When the oxygen content is less than 5%, the valve opens, and the material falls into the closed crushing system protected by nitrogen and is crushed into 30mm size (the discharge size is adjustable), discharged through the lower hopper, and then transported to the next process by the auger conveyor.
Product Applications
End products
Core Advantages
Advantages
Modular Synergy and Flexible Layout
The entire line features a modular design, allowing each individual machine to operate efficiently in coordination with others. Customers can flexibly plan the layout according to their specific needs.
Versatile and Efficient Crushing
The system offers broad applicability with flexible screen selection, specifically designed for crushing various types of lithium batteries. It operates with an efficiency of 4 tons per hour, features a low wrapping rate, and allows for adjustable discharge particle size.
Intelligent Fire Control for Worry-Free Safety
The system incorporates intelligent detection and fire control, continuously monitoring oxygen levels and ensuring that nitrogen protection standards are met. In the event of a fire, incidents are reported and addressed immediately, with system valves closing in seconds for automatic fire extinguishing.
High-Quality Blades for Durability and Efficiency
Equipped with German Dillinger alloy blades, the system features toughness, wear resistance, heat resistance, and corrosion resistance, significantly extending the service life of the blades.
Successful Cases
Processed Material Types: Soft-pack batteries and blade batteries
Processing Capacity: 4000 kg/h
Processed Material Type: BYD batteries
Processing Capacity: 3500 kg/h
Processed Material Type: Lithium iron phosphate (LiFePO4) batteries
Processing Capacity: 3000 kg/h