Tailored for high-capacity battery applications in electric vehicle assembly, this project leverages advanced battery testing and manufacturing equipment. It is designed to meet customer-specific requirements, creating automated production lines for all types of new energy product batteries, from electric vehicles to grid-scale energy storage systems. The one-on-one customization service covers the entire process, including initial requirement analysis, production line design, manufacturing and implementation, equipment debugging, trial operation, and routine maintenance.
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This battery automatic production line is specially designed and tailored for cylindrical battery pack manufacturers. It enables intelligent automation across processes such as OCV testing, precision welding, efficient sorting, module assembly, and testing. Our equipment ensures optimal performance and reliability in battery pack production. Designed to meet specific customer requirements, it supports the automated production of battery packs for various new energy products, from electric vehicles to home energy storage systems.
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This project is a customized project, with 200+ all-black shell battery testing equipment, equipped with 128 channels, which can simultaneously test 25600+ prismatic batteries. Conventional prismatic aluminum shell battery capacity grading machine provide test battery capacity, cycle life, internal resistance, energy density, temperature characteristics and other parameters to evaluate battery performance and reliability.
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The battery automatic production line can realize real-time monitoring of defective data, independent research and development software and real-time communication with the customer's MES system, and other detection and monitoring to improve production efficiency and intelligent production.
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Based on the customized design concept, this intelligent production line is suitable for the fully automatic assembly of industrial storage energy batteries, OCV testing, stacking, laser welding, cleaning, EOL testing, module assembly, and aging. Designed for precision and efficiency, it leverages cutting-edge robotics and intelligent systems to deliver high-quality battery modules. Ideal for applications in grid-scale storage, renewable energy, and backup systems, it enhances production capacity while ensuring consistent performance.
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