Total Solution for Advanced Battery Test
As the worldwide battery testing expert, Chen Tech offers diverse battery test systems to support varying battery research and production requirements from all applications.
For Electric Vehicles Battery Test
Electric vehicles will change how people move dramatically in the near future! However, battery performance is still a big concern. CTE’s battery test equipment helps researchers accurately simulate the charge/ discharge patterns of EV batteries in real-world working conditions.
For Consumer Electronics Battery Test
IT batteries for consumer electronics are mature. CTE’s battery production system facilitates production process by providing multiple automatic/ semi-automatic starting modes and MES integration.
For Wearable Device Battery Test
To keep it handy, the batteries inside wearable devices are small, but long lasting. CTE’s battery test equipment makes small battery testing possible, by minimizing current output to μA level.
For Battery Materials Test
The revolution of battery technology relies on new material research & development, and capacity and the cycle life are two major indicators used to evaluate battery materials. CTE’s battery test equipment enhances research productivity by offering multiple current ranges and friendly analysis tools.
For Lead-acid Battery Test
Lead-acid batteries own the largest market share in the secondary battery industry. CTE’s battery production equipment significantly reduces battery production cost by implementing high efficiency DC-AC and DC-DC energy recovery.
UAV Battery Test Solutions
As UAV mission duration and payload increase, batteries become a common bottleneck for endurance, instantaneous power, and flight safety. Validation requirements have expanded from static capacity testing to high-rate pulses, flight load profiles, environmental aging, BMS strategies, and support for transportation/safety validation such as IEC 62133 and UN 38.3.
BBU Battery Backup Module Test Solutions
AI, cloud computing, and HPC are driving higher rack power density, while data-center backup power is shifting from conventional UPS systems to rack-level BBUs. Validation is no longer limited to whether a battery can discharge; it must verify whether backup duration meets requirements, whether the BBU can intervene in time after a bus voltage drop, whether high-voltage architectures can carry the load stably, and whether SOH can be tracked.
