✅ Ultra-high measurement accuracy

Voltage accuracy and current accuracy of ±0.02% F.S. support reliable performance evaluation, comparison and validation of high-current battery cells.

✅ High-current, multi-channel architecture

Available in configurations from ±400 A to ±2,400 A per channel, with flexible channel quantities to suit R&D, validation and laboratory throughput requirements.

✅ Fast dynamic response

Current rise time of ≤2 ms and switching time of ≤3 ms enable dynamic charge-discharge profiles, pulse testing and demanding EV operating simulations.

✅ High-speed data recording

Capture critical battery behaviour with a minimum recording interval of 1 ms, voltage resolution of 0.01 mV and current resolution of 0.01 mA.

✅ EV drive-cycle simulation

Run realistic EV battery profiles with 10 ms drive simulation, support for Excel file import and test programmes of more than three million lines.

✅ Energy-regenerative operation

The system returns discharged energy to the grid, reducing energy waste and improving laboratory operating efficiency. Charge efficiency is up to 75%, with regenerative efficiency up to 73%.

✅ Parallel channel capability

Channels can be paralleled to achieve up to 6,400 A, enabling very high-current battery testing when required.

✅ Integrated laboratory expansion

The platform can be integrated with voltage and temperature measurement, force measurement, environmental chambers and water chillers for coordinated battery validation.