I. Description of Equipment Function
The Energy-Saving Feedback Sorting Cabinet, a Lithium Battery Testing Equipment, is used primarily in testing voltage, capacity, etc., during the formation and sorting of batteries. It can classify battery grades, analyze data, and upload and share findings. The main features are: Independent Control in One Point: Each battery contains independent constant current and voltage source, allowing it to work effectively without stability change and impact with accuracy ± (0.5% reading + 0.5% full scale).
Energy Feedback Technology: When being discharged, electrical energy is fed back to the power grid directly, with a charging efficiency ≥80% and discharge efficiency ≥70%, which can greatly decrease energy consumption.
Strong Software System: Easy to use with 32-step process editing + 256 cycles, real-time data curve display, report export in various formats, barcode scanning detection, and even the ability to link to MES intelligent management for fully automated control.
II. Core features
Intelligent Sorting with High Accuracy: Utilizing the Battery Sorting Machine feature, it can automatically sort batteries by capacity, voltage, discharge platform, etc. It can develop and edit processes and conducts complex sorting of battery grades (32-step process on 256-cycle test). High Precision Testing: It has hardware equivalent to battery charge-discharge testers. It can control voltage/current resolution of 1mV/1mA and overall accuracy of ±(0.5% reading + 0.5% full scale). It also has a four-wire testing interface, making sure data is reliable.
Energy Saving Design: It adopts modular architecture and utilizing bidirectional power supply technology. The Energy is then fed back to grid during discharge along with a power factor 0.99 and again energy overall less than or equal to 28.2KW - 30% energy efficient than conventional energy consumption.
III. Technical Parameter Comparison Table
IV. Application Scenario Developments
Battery Production Pipeline: Depending on the 160-channel parallel testing characteristics and its intelligent grading, it improves efficiency of formation and sorting of prismatic batteries (lithium iron phosphate); meeting large-scale testing form tens of thousands of batteries per day for testing; using MES for compliance it also fully materialization of data through transparency of whole production for the duration of the process.
R&D Laboratory: As a high precision battery testing device supporting a dynamic adjustable voltage range (0-5V), as well as current (60mA-30A), becomes appropriate multi-step cycle testing piece of equipment (such as a -△V cut-off condition) during R&D to develop new batteries. Followed reports of real time curves and data created provides precise basis for the optimization of performance of new materials.
Battery Recycling & Reusage: With the combination of milk to energy feedback technology electrical energy is fed to the grid upon ", avoiding waste during energy failure that is attributed to standard energy resistance due to weight and dispelling of valuable material. At the same time, through full parameter detection with battery charge-discharge testers the batteries can be labeled as cascade utilization which can lower the energy recycling process due to the precision of the item.
