battery simulator for charger testing

The Energy Recovery Aging Cabinet (Model: S30-48-60V20A) is an energy-saving and highly efficient Battery Charge Discharge Tester widely used for the manufacturing and testing of various batteries such as lithium-ion and lead-acid batteries. Its primary functions are battery cycle life testing, battery capacity testing, and charge/discharge characteristics testing. It has energy recovery capabilities that allow energy use and saving of 90% while charging and energy recovery efficiency of 88% while discharging, which considerably reduces energy waste. The device has a high-accuracy calibration system with voltage and current ratings with an accuracy of 0.5‰ ensuring the accuracy of the test data. The air duct design and forced air cooling system reduce the impact of high temperatures, allowing the machine to operate stably over the long term. Furthermore, the device allows independent control of multiple channels and supports various battery sizes, providing flexible use and cost-effective functionality. 

 

 

Substantial Energy Conservation: Energy savings of 90% while charging, energy consumption of 88% while discharging, and energy waste/conservation makes energy consumption and overall costs lower too.

High Precision Testing: Both voltage and current can achieve ratings of 0.5‰ ensuring trustworthy and accurate data.

Compatibility: Flexible fixtures provide compatibility with any variety of battery size, giving it wide application.

 

 

 

Energy Saving Advantage Expands Application Scenarios: This is an energy recovery-type and energy-saving type,( 68455647, 68270181,energy savings of 90% while charging, energy savings of 88% while discharging, and low heat), is particularly advantageous in large-scale battery manufacturing enterprises. For instance, in a power battery production line, the aging tests of a battery as a Battery Aging Tester utilize significantly large amounts of electricity in long-term and large-scale tests. The saving of overall costs utilizing this machine through metering will be greatly beneficial to manufacturers who use device continually for production.

High Precision Testing - Meets Professional Needs: The device employs high-precision calibration methodologies. The charging current, discharging current, charging voltage, and discharging voltage were calibrated very well with high accuracy by Agilent at an accuracy rate of 0.5‰. Using non-uniform methods in a research institution conducting R&D of batteries, the meters must have various performance indicators in order to record reliable data. As a Li Ion Battery Capacity Tester, this data can assist researchers by providing additional support for research embarking on new battery materials and performance optimization.