I. Introduction of Equipment Function
This equipment integrates the function of testing the battery and it also has an intelligent sorter. Among its functions are the whole process parameters monitoring for Battery Charge Discharge Teste. Battery capacitance at charge and discharge mode, two-wire geometry, internal resistance (full range ) It can dynamically collect and analyze data such as battery voltage (0-5V), current (0.2-100A), and capacity. It has successfully adopted a single-point independent constant current and voltage source technology to ensure interference-free and stable shock-free testing for each battery. Embedding of a high-precision
Battery Tester For Lithium Batteries module achieves a capacity error ≤±(0.5‰ reading + 0.5‰ full scale) through four-wire measurement and software automatic calibration. It is equipped with an intelligent
Lithium Cell Grading Machine system that can automatically classify battery grades according to more than 10 dimensions such as capacity, discharge platform and open-circuit voltage. Data curves and reports can be generated at the same time. It supports MES system docking and data cloud sharing. There are also 13 safety protection mechanisms (such as overvoltage protection and reverse connection protection) and an energy feedback technology, which directly feeds the power generated during discharge into the power grid, with an energy-saving efficiency of over 70%, balancing reliability and green production needs.
II. Major Advantage
Independent Control Technology: Each channel has a dedicated independent constant current and voltage source to avoid current surges between channels, ensuring the stability of multi- batch testing. In particular, It can support the co-production scenarios of different battery models by a variety of manufacturers.
Intelligent Data Management: Process settings are provided for 32 steps and 256 cycles, which can automatically generate data curves (such as voltage and capacity) and Excel/Word reports. It is compatible with MES system docking, and can satisfy the data traceability needs of intelligent-factory.
Energy Saving Model Design: The bidirectional power supply energy feedback technology realizes the return of discharge power to the grid. A single unit can annually save more than 100,000 kWh of electricity and its power factor is 0.99, significantly reduce carbon emissions as well as power costs.
III. Technical Parameters Table Comparative
IV. Application Advantages Sought After
By The Market Producing Power Batteries In Large QuantitiePre-processing of batteries using up to 32 channels parallel testing, combination with a pneumatic clamping and code scan system, province can finish the detection work of more than 100 batteries per minute, bunch of openset time Formation/Capacity sorting process is extremely long - It is suitable for the high-capacity production lines of leading enterprise s such as CATL, Gotion High-Tech and so on. Research and testing of energy storage batteries The high precision measurement capability (voltage/current resolution of 1mV/1mA) helps R&D teams catch the fluctuations in battery parameters under all different cycle times. That way they optimize their battery formulations and energy storage system designs; thus speeding up their new product iterations. Battery Second-life Utilization and Renewal Energy System The intelligent sorting system can grade retired batteries according to indicators such as capacity degradation and internal resistance, sorting out suitable batteries for a second lease on life second-time on the low-speed electric vehicles low speed electric vehicle, home energy storage project s sor t out selected are also suitable. Combined with the energy saving design, it reduces energy consumption in detection link and promotes development of a green circular economy.
