Unveiling Advanced Battery Formation and Grading Solution by LEAD, Elevating Energy Efficiency while Optimizing Costs and Innovating Industry Standards
In a significant leap forward for the lithium battery manufacturing industry, LEAD has launched an innovative solution designed to address the costly maintenance issues, high energy usage, and limited precision challenges of traditional battery formation and grading processes.
The new integrated, fully automated production line is specifically tailored for cylindrical lithium-ion batteries and offers a comprehensive answer to the industry's pressing needs. This system is expected to help manufacturers increase efficiency, become more competitive, and set new standards in energy efficiency.
Key Features of the New System
- Industry-leading integrated technology: The system seamlessly combines power control systems (PCS) with advanced thermal management through water-cooling and water-heating systems. This integration ensures precise temperature control during battery formation and aging, thereby improving energy efficiency and quality consistency.
- Streamlined production workflow: The new system covers the entire battery production workflow, including pre-charging, high-temperature aging, formation, capacity grading, OCV testing, DCIR testing, sorting, and room-temperature aging. This automation minimizes manual intervention and human error, leading to a more efficient and consistent production process.
- Intelligent logistics and proprietary software systems: The system incorporates intelligent logistics and proprietary software systems like FGS (Formation Grading System) and BIMP (Battery Intelligent Manufacturing Platform). These systems enhance operational precision, facilitate smart factory deployment, and reduce operational costs by increasing throughput and minimizing defects.
- Strategic partnerships: LEAD has partnered with leading cylindrical battery manufacturers to validate the system and ensure continuous improvement. This partnership ensures that the equipment can keep pace with evolving battery technologies and production demands.
Benefits of the New System
- Improved energy efficiency: The new system optimizes thermal management and formation protocols, reducing energy waste during battery activation and aging, and thereby improving energy efficiency.
- Enhanced precision: The system incorporates intelligent sensors and data-driven control systems, leading to higher accuracy in capacity and internal resistance evaluation, which is critical for battery performance and longevity.
- Cost reduction: The full automation of the system reduces labor needs, minimizes scrap rates, and shortens production cycles, thereby reducing operational costs.
In summary, LEAD's new solution leverages advanced integrated hardware and smart software systems to transform lithium battery manufacturing into a more energy-efficient, precise, and cost-effective process compared to traditional methods. This innovative system is expected to contribute significantly to the surge in demand for lithium batteries worldwide and help manufacturers enhance their competitiveness.
Technology and data-and-cloud-computing play instrumental roles in LEAD's new lithium battery manufacturing solution. The solution incorporates intelligent logistics and proprietary software systems like FGS (Formation Grading System) and BIMP (Battery Intelligent Manufacturing Platform). These systems, leveraging data-driven control and analysis, facilitate smart factory deployment and help minimize operational costs by increasing throughput and minimizing defects. Moreover, the system's intelligent sensors and data-driven control systems contribute to enhanced precision in capacity and internal resistance evaluation, which is critical for battery performance and longevity.
