EST-BT800V400A-02CH High Voltage Battery Aging Test Cabinet. The product deeply integrates SiC power devices and three-level topology technology, with an ultra-high conversion efficiency of 94% and a voltage and current control accuracy of ±0.05% FS, providing an efficient, accurate, and stable verification solution for the aging life test of power battery packs and modules.
In response to the stringent requirements of high-voltage and high-current test scenarios, this aging test cabinet adopts a high-frequency modular architecture design, and the split structure can flexibly adapt to the test needs of different power bands, greatly reducing on-site installation and post-maintenance costs. Its dynamic response speed is as fast as 5ms, which can accurately simulate the complex working conditions of power batteries in the charge and discharge cycle; The multiple protection mechanisms of software and hardware (over-voltage, over-current, over-temperature, short-circuit protection, etc.) comprehensively ensure the safety and controllability of the testing process, and eliminate the risk of equipment and batteries.
The product has passed the CE authoritative certification of China Inspection South, superimposed on the blessing of Ping An Insurance product liability insurance, and has double guarantee of quality and safety. At the same time, it supports seamless linkage with BMS battery management system and auxiliary data acquisition equipment, which can record key data such as voltage, current, and temperature in real time during the aging process, providing complete data support for battery performance evaluation and life prediction, and is widely used in the aging verification process of new energy vehicle power battery PACK factories, energy storage battery manufacturers and scientific research institutions.
With the core competitiveness of "high efficiency and energy saving + precise measurement and control + safety and reliability", EST-BT800V400A-02CH high-voltage battery aging test cabinet helps industry customers improve the reliability of battery products and accelerate the iteration and industrialization of new energy battery technology.
