Fully Automatic Logistics System (With Energy Feedback)

Fully automatic logistics system (with energy feedback)

Fully automatic logistics system (with energy feedback)

This system is suitable for pre-charging (formation), charging and discharging capacity testing, OCV testing, ACIR testing, DCIR testing, battery grade sorting and other post-processing systems for lithium-ion secondary batteries.

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Features

1. This system is suitable for pre-charging (formation), charging and discharging capacity testing, OCV testing, ACIR testing, DCIR testing, battery grade sorting and other post-processing systems for lithium-ion secondary batteries.

2. The system includes charge and discharge testing equipment, OCV/ACIR testing equipment, DCIR testing equipment, sorting system, battery loading and logging machine, three-dimensional warehouse and automatic battery handling logistics line in the storage area, etc.

3. Under the control of the monitoring computer, the system automatically realizes battery formation, charge and discharge engineering management, battery type, sorting management and data management; after the system accepts programming instructions, it automatically realizes the start of receiving batteries from the entrance of the logistics line to the completion The grades are sorted and stored, and the entire management process is based on the pallet Bar Code.

4. The battery test and turnover use the tray as the carrier. During the test, the battery tray enters the corresponding test unit, and the test is carried out according to the set conditions. After the test is completed, the relevant test result data (capacity, voltage, internal resistance, etc.) is uploaded to the database.

5. The trays loaded with batteries automatically carry out aging, charging/discharging, IR/OCV testing, DCIR testing and other engineering tasks such as automatic handling and testing according to the set projects. After all the projects are completed, the trays automatically enter the sorting system for grade sorting and tray ejection etc. work.

6. The charging and discharging equipment of the system can adopt the PWM energy-saving control mode, which has the function of energy recovery, and the battery discharge energy is fed back to the grid.

Applications

✔ Formation, capacity separation, and sorting systems designed for high-end battery production;

✔ 1~200A battery system can be designed according to requirements;

✔ Different types of battery systems can be designed according to requirements, such as cylindrical batteries, square batteries, polymer batteries, etc.;

✔ (E)SP, (E)HP series products can be provided upon request, among which E indicates energy-saving series.