Series 6 Battery Charging And Discharging Tester

CE-6012n-60V50A module
Energy feedback charging and discharging test system
High frequency isolation 10V~120V

100Hz data recording; RS485 communication
CANBus; >90% energy conversion efficiency; working condition simulation; support
BMS docking; 0V discharge voltage; 0.02%/0.05% accuracy; 100ms
Minimum pulse width; 3ms response time; channels connected in parallel;

CE-6012n-60V50A Module detection system is a high-precision charging and discharging device specially developed for high-power battery pack testing. It has the characteristics of high dynamic response speed, high stability and precision, flexible configuration of multiple channels, etc., and supports pulse test and cycle life test. , Condition simulation test. The system has multi-channel input and energy recovery functions, which can save a lot of power consumed in the charging and discharging process; it adopts a bidirectional high-frequency DC conversion topology, combined with a high-performance multi-channel 24-bit AD conversion chip, and the sampling resolution is higher than the traditional single-range equipment.

Software advantages: DBC configuration function, discharge to 0V test, constant current constant voltage charge/discharge test, 100ms pulse width, working condition test

Modular power unit: 1. Modular design, easy for equipment maintenance; 2. DC and AC modules are used in combination, DC BUS is independent; 3. The whole machine adopts copper busbar technology, and the inside of the chassis is more tidy.

System protection: grid over/under voltage, AC; short circuit, phase loss protection; grid voltage phase sequence, frequency self-adaptation; overheat protection; open circuit/short circuit protection; emergency stop protection; voltage and current protection values can be set; output overvoltage /overcurrent protection; channel redundant voltage protection; DC acute reverse connection protection; self-test protection; equipment power-off connection protection; protection log can be traced

Energy feedback: Close to 100% energy recovery utilizes full power feedback technology, energy feedback efficiency > 90%, battery discharge energy recovery is used for charging other channels, and if there is any energy left, it will be fed back to the grid.