testing of discharge battery

The S37-160-30A energy recovery and sorting cabinet is designed to create an environment for battery charging and discharge testing while saving energy and increasing efficiency. The S37-160-30A contains 160 independent channels to allow testing without interference (constant current source and constant voltage source, respectively independent) to stabilize testing conditions. Every testing machine uses a STM32 microcontroller, and everything is automatically recorded and saved, which means it has a computer enabled support shop and store files (testing data and curves). A keyboard is used for all the testing and sorting operations. The four-wire test interface allows for high measurement accuracy and also has power failure protection capability, which means the performance can hold up during a power failure condition, and the device can continue to work after the power has been restored. The graphical user interface has active visualization of data ( voltage, current, time and capacity per battery). You will not only recognize the performance status but will have the ability to evaluate working conditions, work status, and errors in conditions by exploiting the interface's color. The power transistor used in the battery testing machine is a field-effect transistor (FET) used for low voltage discharge batteries (for example lithium iron phosphate batteries). The FET improves test efficiency and improves safety during testing. In summary, the S37-160-30A is quantitative based advanced Battery Charge Discharge Tester designed to serve battery manufacturers and advance their battery testing from the traditional methods in one reliable, safe and efficient battery machine. 

 

Energy Saving and High Efficiency Performance: The unique electrical energy return back during battery discharge, due to the battery testing machine's configuration, has comprehensive work rates that include more than 60 percent energy savings . There is dramatically less energy consumption. 

High Accuracy Measured Data: The accuracy of the measured test data is guaranteed by the four wire test interface capability which measures voltage and current at ± ( 0.5 % reading +0.5% full scale) .

Performance in Intelligent Operation and Protection: All functions protect the device and batteries utilized in various ways of protection functions like stage charging (over-dose), reverse connections which protect the capabilities ensuring the device is charged with the use of power failure protection. The power failure protection provides that if the power is recovered again, the power failure recovery function will continue the test. 

 

 

 

Large Scale Production Environment: The energy recovery and sorting cabinet has the capability of managing larger number of battery testing due to the 160 channels and constant current and constant voltage independently recovering them after they are in a short construction time which produces large amounts of batteries much quicker. Most of the entire time of recovery is energy saving, hence containing the working gas expenses. 

Research / Testing Laboratory Environment: The high-accuracy measurements that produce the accurate data collected and provides reliability records of the data for the researcher. The additional software functions can collect additional information summarizing the testing and can also produce analysis reports that benefit the researcher by creating quicker R&D. The S37-160-30A lithium ion battery tester is an advanced battery tester that meets the high precise improved battery performance testing needs of R&D testing condition machine.