The unique water-heating and water-cooling systems combined with PCS technology are setting new benchmarks for cylindrical Li-ion battery manufacture at LEAD. Battery manufacture, especially on large-scale formation and aging lines, benefits from this merger in terms of performance, efficiency, and lifespan.
PCS + Water-Heating Integrated Formation Machine: Optimizing Battery Formation
The PCS + water-heating integrated formation machine is a key innovation by LEAD, optimizing the battery formation process. This technology allows precise control of temperature during the critical stages of formation, minimizing defects and maximizing battery performance. By utilizing water-heating systems, LEAD ensures that each cylindrical Li-ion battery undergoes an optimal formation cycle, which results in improved overall efficiency.
PCS + Water-Cooling Capacity Integrated Machine: Superior Heat Management
The PCS + water-cooling capacity integrated machine is another breakthrough from LEAD, offering effective temperature management during the aging process. With superior cooling capabilities, this system helps maintain the integrity of cylindrical Li-ion batteries, preventing overheating and ensuring extended life cycles. The advanced cooling mechanism ensures that each battery retains its performance in demanding environments.
High-Speed Sorting for Streamlined Production
LEAD’s rotary high-speed sorting machine is crucial for speeding up production in cylindrical Li-ion battery manufacturing. It achieves a sorting speed of ≥ 360 PPM for small cylindrical batteries and ≥ 220 PPM for large cylindrical batteries, making the entire process faster and more efficient. This system significantly enhances the overall throughput, ensuring LEAD’s cylindrical Li-ion batteries are produced at a high rate without compromising on quality.
Conclusion
Superior performance and efficiency in energy storage solutions are guaranteed by LEAD’s revolutionary cylindrical Li-ion batteries, which are manufactured using a combination of PCS technology and modern heating and cooling systems.
