The rapid growth of electric vehicles, consumer electronics, and energy storage systems has created a mounting volume of spent lithium-ion batteries worldwide. This growing waste stream has driven strong demand for li battery recycling equipment, and Chinese manufacturers have emerged as key suppliers offering systems across a wide spectrum of processing capacities.
Chinese manufacturers now provide lithium battery recycling plant solutions ranging from compact 300 kg/hour units suitable for pilot operations to industrial-scale systems exceeding 2,500 kg/hour. Understanding these capacity tiers helps buyers match equipment to their feedstock volume, budget, and expansion plans.
Small-Scale Systems: 300–800 kg/hour
Entry-level lithium battery recycling equipment typically handles 300 to 800 kg per hour. These compact systems appeal to startups, research institutions, and regional recycling centers with limited space or lower initial feedstock volumes.
A standard configuration in this range includes a single-shaft shredder, hammer crusher, grinding unit, and gravity separator. The footprint remains relatively small, often fitting within urban industrial facilities. Recovery targets for these systems generally reach 95% or higher for copper and aluminum, with black mass recovery rates around 97%. Some suppliers offer modular designs that allow buyers to begin at 500 kg/hour and expand incrementally.
Mid-Range Systems: 500–1,500 kg/hour
The most commonly deployed capacity bracket falls between 500 and 1,500 kg/hour. These systems strike a balance between throughput and capital investment, serving established recycling operations with steady battery supply chains.
Mid-range lithium battery recycling plant configurations typically incorporate pre-crushing stations, secondary granulators, magnetic separators for ferrous metal removal, and air separation systems. Dry process technology dominates this segment, eliminating water usage and wastewater treatment costs. Air pollution control systems using pulse bag dust collectors and activated carbon filtration ensure compliance with emissions standards.
Manufacturers such as San Lan Technologies produce complete lithium battery recycling plant systems within this range, with capacities from 500 to 2,500 kg/hour. Their standard line includes discharging stations, pre-crushers, secondary granulation units, black powder separation equipment, and magnetic separation of iron and steel components.
Large-Scale Systems: 1,500–2,500+ kg/hour
Industrial-scale operations processing EV battery packs, grid storage systems, or large volumes of consumer electronics batteries require equipment handling 1,500 kg/hour and above. Some Chinese manufacturers offer systems reaching 2,500 kg/hour or more.
These heavy-duty configurations feature dual-shaft or four-shaft shredders capable of processing intact battery modules, automated feeding systems, and multi-stage separation lines. Advanced systems integrate pneumatic conveying for plastic film collection, hydraulic briquetting for material densification, and dedicated air pollution control systems designed specifically for lithium battery recycling operations.
The largest plants often operate as turnkey installations with custom engineering support, installation supervision, and operator training.
Factors Influencing Capacity Selection
Choosing the appropriate capacity involves several practical considerations:
Feedstock volume serves as the primary determinant. A facility receiving 10–20 tons of batteries daily typically needs 500–1,000 kg/hour capacity. Operations processing 50+ tons daily require 2,000 kg/hour or multiple parallel lines.
Battery type matters significantly. EV battery packs are larger and more complex than smartphone or laptop batteries, requiring more robust shredding and longer processing times per unit weight.
Space and infrastructure constraints affect decisions. Higher-capacity systems demand larger footprints, stronger electrical supply, and more sophisticated material handling logistics.
Regulatory requirements vary by region. The European Union's Battery Regulation mandates specific recycling efficiencies, while China's New Energy Vehicle Battery Recycling Management Measures require 95% recovery rates for key metals. Equipment must meet applicable local standards.
San Lan Technologies' Capacity Offerings
As a professional recycling equipment supplier with operations dating back to 2007, San Lan Technologies manufactures lithium battery recycling equipment spanning 500 to 2,500 kg/hour. Their lithium battery recycling plant breaks and separates waste lithium batteries to recover black mass containing nickel, cobalt, and graphite, along with plastic, copper, and aluminum fractions.
The company's product range includes supporting equipment such as air pollution control systems for lithium battery recycling plants, plastic pneumatic conveying systems, and plastic hydraulic briquetters with 10:1 volume compression ratios. San Lan also provides customized design options for clients with specific processing requirements.
With customers across more than 21 countries including Singapore, Colombia, Vietnam, Mexico, Argentina, Korea, Malaysia, and South Africa, San Lan Technologies has demonstrated experience in delivering recycling equipment suited to diverse operational scales and regulatory environments.
Conclusion
Chinese manufacturers offer lithium battery recycling equipment across a broad capacity spectrum, from 300 kg/hour entry-level systems to 2,500+ kg/hour industrial plants. The 500–1,500 kg/hour range represents the most popular segment, providing sufficient throughput for commercial operations while maintaining manageable capital and operating costs.
Buyers should evaluate their specific feedstock characteristics, volume projections, available space, and regulatory requirements when selecting capacity. Working with an experienced recycling equipment supplier ensures not only appropriate equipment sizing but also reliable after-sales support, spare parts availability, and technical guidance for achieving optimal recovery rates.
