Modular power units that adapt to change.

AC/DC and DC/DC dual-stage high-frequency isolation modular design, combined with low temperature drift and high-performance multi-channel 24-bit analog-to-digital converter chip, the steady-state accuracy is higher than that of traditional equipment.

*Other models can be customized according to voltage and current requirements.

Flexibly parallel, simply and efficiently.

The channel-independent parallel and split function enables testing of batteries in different power ranges, while the modular parallel function supports high-current battery module testing.

Full-power energy feedback. Multi-scenario energy savings.

The system can recover energy generated from battery discharge and redistribute it to other battery channels or feed it back to the internal power grid.

Perpetual dedication to safety protection.

Grid Over/Under-Voltage Protection, AC Short-Circuit and Phase Loss Protection, Over-Voltage/Over-Current Output Protection, Overheating Protection, Open/Short Circuit Protection, Emergency Stop Protection, Self-Diagnosis Protection, Redundant Voltage Channels Protection, DC Polarity Reverse Protection, Power-Off Resumption Protection, Grid Voltage Phase and Frequency Adaptive, Adjustable Protection Values for Voltage and Current, Traceable Protection Log.

Powerful programmability. Meet diverse testing needs.

The software is fully functional, covering a variety of work-step settings, recording, and data storage to meet a wide range of testing needs.

• CC & CV charge/discharge test: CC charging or discharging until the voltage reaches the specified value, and then seamlessly switching to CV mode for battery compensation which is smooth without any spikes.

• DBC Configuration: support import/edit/export of DBC files. Different battery pack protocols can be communicated by simply modifying the code of the DBC protocol file without upgrading the program.

• 100ms pulse width: testing the performance of the battery under fast changes in current/power.

• Driving simulation: supports up to 1 million lines of changing data.

• Discharge to 0V test: suitable for safety and destructive testing (*This function is optional).

Extensive peripheral devices. Create a multi-dimensional testing environment.

Integrated peripheral devices such as Auxiliary Voltage, Auxiliary Temperature, and Environmental Test Chambers for comprehensive testing and evaluation, providing multi-dimensional and quantifiable support for battery mass production testing.