Lyric steel shell battery component storage equipment: Efficient and accurate battery manufacturing solutions

The continued growth of the consumer electronics market is driving the demand for high-quality lithium-ion batteries. In the latter part of lithium equipment, the chemical component capacity market has gradually expanded, and the demand for its "cost reduction and efficiency" in the downstream industry has also continued to increase. The energy consumption of the chemical component capacity equipment accounts for about 40% of the whole line, which is one of the highest energy consumption links in the production of lithium batteries, and it is urgent to solve the problem of energy consumption.

In response to this challenge, Lyric's subsidiary Shun Power Measurement and Control continues to increase research and development investment, launched the steel shell battery component capacity equipment with high energy feedback efficiency, high dynamic response speed, high test accuracy, high integration and independent channel control technology, through mechanical and electrical soft all-round innovation optimization. It effectively solves the pain points of poor pressure consistency, poor temperature uniformity, low feedback efficiency, low safety and high cost in conventional battery formation.

Promote lithium production "zero carbonization"

Under the trend of green manufacturing, we promote the "zero carbonization" of lithium battery production through technological innovation, solve the problem of energy consumption and pollution in traditional production, and provide environmental protection and economic solutions.

The equipment adopts modular design, the use of linear motor and six-axis robot to achieve efficient and stable cell handling, the production capacity reaches 18PPM, and has accurate control ability, the integration of constant temperature system and PID pressure control, to achieve single-channel temperature control accuracy of ±2°C, pressure control accuracy of ±2%RD, to ensure the stability and consistency of cell test. Through cell CCD positioning, scanning code, capacity testing and other intelligent functions, the equipment can accurately track and manage the status of each cell, to ensure the high-quality output of the product. At the same time, the energy of the battery discharge can be directly used or returned to the power grid, to achieve the intelligent scheduling of peaks and valleys, the feeding efficiency of 75%, a standard production line saves the comprehensive cost of electricity more than 5 million yuan per year, greatly reducing the cost of electricity, providing customers with efficient, economic and reliable battery manufacturing solutions.

Combine hardware and software to enjoy digital intelligence

The device uses lightweight materials and a high-feedback design to reduce energy consumption and reduce operating costs. Precise temperature and pressure control ensures the consistency and reliability of the cell, with an initial optimum rate of more than 99.8%, enhancing quality control. The modular design simplifies the maintenance process, making equipment maintenance more convenient, and the average maintenance time is controlled within 20 minutes.

The system integrates the six-axis manipulator and the linear motor to realize the automatic operation of the whole process. With the efficient loading and unloading system and the capacity test module, it has excellent performance in accuracy and stability. The transfer module of the transfer tray adopts a double acting linear motor to ensure the stationarity of the cell in the transmission process. The capacity test cabinet uses a servo motor to provide pressure and an on-line pressure sensor to monitor pressure changes to improve test reliability. In terms of software, it realizes seamless docking with MES/BIS/WCS and other systems and has powerful data traceability function to ensure real-time monitoring and analysis of production data, providing a solid foundation for intelligent manufacturing.

In the future, Lyric will continue to focus on the needs of the new energy industry, adhere to independent research and development innovation, and continue to build technical strength. We will continue to use advanced technology to help our customers' smart manufacturing process and work together to promote the new energy industry to the goal of "zero carbon".