single cell battery tester

The Model S30-8-60V100A Energy Recovery Aging Testing Cabinet is a professional Battery Aging Tester that tests various types of batteries, such as lithium-ion and lead-acid batteries, on cycle life, capacity, and charge/discharge capabilities. The advantages of the aging cabinet are clearly shown in energy-saving and precision. First, it helps save 90% of energy during charging and 88% of energy recovery during discharging to save costs. Second, voltage and current accuracy is as high as ±0.05% FS, and it is calibrated using a high-precision Agilent. This ensures accurate and reliable measurement data. The device's unique air duct structure design with forced air cooling makes excellent heat dissipation to only maintian a running device's condition. Third, the flexible adjustable fixtures allow to test multiple battery configurations and battery types to enhance overall value of the device. 

 

 

Heavy Energy Saving → 90% energy savings during charging, and energy recovery efficiency of ≥ 90% during discharging (at full load). This discharging energy is recovered and then fed back to storage/kilowatt ability to save costs. 

Accurate Measurement → Allow voltage and current accuracy of ±0.05%FS, and when combined with a four-wire connection and high-precision calibration, it all combines to deliver reliable data. 

Rich and Intelligent Functions → Support 2,000 steps, cyclical support of more than 62,535 times or cycles, different charging, discharging modes, and stop conditions. The software has barcode scanning, data binding/export features, and the ability to manage data alone to be data managed better. 

 

 

 

Battery R&D Field: A Battery Life Cycle Tester, for instance, you take measurements and obtain data with high accuracy greatly assist associated R&D personnel who will measuring performance of batteries at varying points of cycling. This data is useful to analyze how batteries performance over cycle life and lead to development of new types or variations of batteries, battery formulations, processes, and R&D of battery in general. There is a lot of benefit to have accurate performance data for positive advancement of R&D processes. 

Battery Production Process: During battery production, the device also acts as a Battery Cycle Life Tester; moreover, it is capable of aged performance testing to a large number of batteries in a short time and with energy-savings too. This energy saving greatly reduces production costs associated with testing batteries and product types the fixture supports and allows efficient aged products with generation consumption. This generally reduces costs and is usually an indicator of value-added as stable products come from production as time progresses enhancing the benefit of product through productive efficiency as well as costs associated. 

Battery Quality Inspection Scenario: Lastly, when the device can be used for battery inspection purposes, it can test all performance characteristics/features of batteries comprehensively and screen out poor performing ones. There are a variety of protection features or functions built in which offer safe and reliable during testing. This effectively controls battery product quality and can help maintain or enhance competitiveness of product within market in quality distinction.