The power battery sorting machine is a device used for classifying and sorting power batteries, and its working principle mainly includes the following aspects:
1. Data collection: The power battery sorting machine first collects data from the power batteries to be sorted through built-in sensors, which usually include parameters such as voltage, internal resistance, and capacity.
2. Parameter setting: Based on pre-set classification standards and requirements, the power battery sorting machine sets appropriate parameter thresholds, such as setting a specific range of voltage, internal resistance, or capacity as the basis for classification.
3. Sorting and classification: The sorting machine classifies the batteries according to the set parameter threshold based on the collected battery data. Batteries are usually classified into different levels or groups, such as high-performance groups, neutral energy groups, and low performance groups.
4. Sorting process: During the sorting process, the power battery sorting machine automatically classifies the batteries based on the set classification criteria, such as grouping them according to voltage, internal resistance, or capacity.
5. Mechanical operation: Some power battery sorting machines may also be equipped with mechanical arms or other mechanical devices to place classified batteries on corresponding containers or storage racks for subsequent production and use.
6. Data recording and output: Power battery sorting machines usually record the data collected during the sorting process and output the sorting results. These data can be used for subsequent production management, quality control, and statistical analysis.
Overall, the power battery sorting machine achieves automated classification and sorting of power batteries by collecting battery data, setting classification parameters, performing sorting operations, and recording sorting results, improving sorting efficiency and accuracy, and providing reliable quality control measures for power battery production.