heavy duty battery discharge tester

The S30-6-100V120A Energy Recovery Aging Cabinet, operates as a multifunctional Battery Aging Tester. The cabinet is capable of accurately performing a range of tests including battery cycle life tests, and testing of battery capacity, and can support a range of rich charging and discharging modes which are constant current charging and constant voltage charging. The stop conditions are flexible and diverse to meet needs. There are obvious advantages in that it not only has outstanding energy recovery and energy savings, but also has energy savings in charging, up to 90%, and 88% energy recovery in discharging, which allows cost savings. The accuracy of voltage and current can reach up to ±0.05% FS, with both calibrated results and a good heat dissipation performance. The fixtures have flexibility to be adjusted to accommodate different battery sizes, that obviously adds great value to the use of the equipment. 

 

 

High Efficiency and Energy Saving: Charging energy savings up to 90%, efficiency for discharging ≧ 90% (full load). Through the energy recovery technology, the electrical energy that has been discharged from the battery is returned or fed back to the grid, and thus lowering the usage costs to the user. 

High-Precision Measurement: Both voltage and current measurements can achieve ±0.05% FS. The equipment measures utilizing a four-wire connection and high-precision calibration, which are the basis for high-precision test data confidently relied upon. 

Diverse and Intelligent Functions: Supports 2000 total steps with a lifetime of 65535 cycles, with rich modes of charging and discharging, with wide and flexible stop conditions. The whole apparatus is easy to operate by utilizing software which supports bar scanning, data binding and exporting formats of data to establish a large database efficiently. 

 

 

 

Battery R&D Scenario: During the stage of battery R&D, as a Battery Life Cycle Tester to measure parameters in batteries accurately, the equipment has a high-precision testing performance. It assists personnel in research and development to have an in-depth understanding of battery characteristics and thus speed up the development of new types of batteries, with a focus on efficiency and quality. 

Battery Production Scenario: In the battery production process, as a Battery Cycle Life Tester to use it efficiently to complete aging tests in bulk on numerous batteries. Cost savings will of course happen through the energy-saving cycle. The design of the fixtures when working with different products allows for flexibly adapted products such as batteries, preserving consistency within product quality which may enhance competitiveness with the market and other educational institutions.