battery pack manufacturing process

The SOH Lithium Battery Performance Dynamic Analyzer is a high-performance analyzer. It forms a Battery Testing System with a precise charger and discharger. This equipment is dedicated to the rapid detection and classification of the state of health (SOH) of cells or battery modules. It can be all types of secondary batteries, assemblies of single cells into modules as long as a modeling can be done. During the detection, it will analyze the changes in parameter values of many parameters that are affected when the cell is aging and establish a database for multi-dimensional cell parameters models. At the time of detecting, it will compare against the cell models in the database and in ~1 minute detect the health status of the battery. The equipment allows the barcode operational mode, which allows the entire process to be tracked. Compared to conventional detection methods, as a DC Resistance Tester, it is more time efficient, energy efficient, and cost-efficient. It can also classify batteries into 10 grades under preset conditions and provide suggestions for assembly to effectively enhance the usage efficiency of cell groupings. 

 

Efficient and Rapid Detection: The measurement time is controlled within approx. 60 seconds, which can greatly shorten the detection cycle and improve the efficiency of production.

Widely Applicable:  Can be detected for many types of secondary batteries, and many sizes and shapes of secondary batteries, assemblies of up to single cells or modules - has good applicability.

Intelligent Tracking and Management: The tracking capability from purchase - cascade usage, equipped in barcode operational mode, fully meets the requirements traceability management.

 

 

 

Cell Production Stage: On the cell production line, utilizing the rapid detection and precision determination analyze can rapidly screen unhealthy cells. As a Battery Sorting Machine, this will improve overall product quality, reduce the flow (of defective products) into the next stages of production, and reduce cost of production.

Battery Module Assembly: This analyzer can accurately detect the parameters of the cell assembled, and, under the set condition, classify the set and give suggestions for assembly that would make the assembly of battery modules more scientific and rational.  This also promotes the performance and stability in the battery modules and is one of the key instances in the Battery Testing System.

Battery Reuse and Utilization: Using the barcode tracking function this apparatus can detect the whole process of the entire process of reuse of batteries. In conjunction with the rapid detection and classification function it will provide a precise assessment of the state of health of batteries, thus providing a basis for utilizing cascaded use, which increases the price of value of recycling and promotes environmental protection.