li ion battery capacity tester

The Energy Recovery Aging Nest is a powerful Battery Aging Tester with a variety of different testing capacities, including battery cycle life testing and battery capacity testing that can account for the various battery characteristics from charging to discharging. The equipment is designed with energy recovery energy saving technology, with 90% energy saving in charging and 88% energy recovery efficiency in discharging resulting in significant reductions in equipment usage costs. The voltage and current accuracy is within 0.5‰, and the four wire and independent loop designs of the equipment allow for a safe and smooth transition from constant current to constant voltage charging. The air duct design is reasonable and enables good heat dissipation. The equipment’s fixtures are flexible and adjustable to make the equipment compatible with different batteries, enabling multi-use of one device. The data processing function of the tester is complete; with various communication, recording, viewing, and exporting methods. The equipment has comprehensive protection functions to ensure the safety of both the equipment and batteries. 

 

Energy Saver: The energy saver provides 90% energy saving in charging and 88% energy recovery efficiency in discharging, resulting in significant reductions in energy consumption. 

Testing High Precision: The voltage and current is monitored to be accurate within 0.5‰, ensuring the accuracy and reliability of the test data. 

Testing Strong Compatibility: The energy recovery tester has flexible and adjustable fixtures to accommodate different battery sizes, enabling multiple applications with one device. 

 

 

 

Battery R&D Scenario: When developing new batteries, it acts as a Battery Life Cycle Tester. The high precision calibration accurately obtains the various performance data for this battery, in turn assisting R&D people gain a deep understanding of the performance ways of the batteries at the various stages, while speeding up the R&D cycle. 

Battery Production Scenario: On the production line the equipment acts as a Battery Cycle Life Tester. The energy recovery energy-saving function greatly reduces the energy consumption, and production costs. The equipment has independent multi-channel control, rich testing functions, and quick response time, thereby efficiently allowing a large number of battery aging tests to be completed while ensuring product quality. 

Battery Testing Institutional Scenario: Testing Institutions are provided with this equipment, along with flexible fixtures, and full data processing functions to meet the variety of battery types testing needs. Comprehensive protection functions ensure the safe, reliable testing process, which increases efficiency, and accuracy of testing.