CE-8008S-5V30A

• 8 independent channels

• Voltage range: 0–5 V

• Current range: 300 mA–30 A

• 6 selectable current ranges

• 150 W output power per channel

• ±0.02% F.S. voltage accuracy

• ±0.02% F.S. current accuracy

• 1000 Hz data acquisition

• ≤1 ms current conversion time

• ≤500 μs current rise time (10–90% F.S.)

• ≤1 ms charge/discharge switching (−90% to +90% F.S.)

• 20 ms minimum pulse width

• Supports 32 continuous pulse settings per step

• Supports CC / CV / CP / CR / pulse charge-discharge modes

• 4-wire connection for accurate voltage/current measurement

• Dual-loop control for CC and CV

• >70% energy efficiency

• TCP/IP communication

• Optional CAN / RS485 for BMS communication

• Supports DBC configuration for BMS integration

• Long-duration testing up to 365 × 24 hours per step

• Built-in safety protection, including over-voltage, over-current, reverse connection, and over-temperature protection

The NEWARE CE-8008S-5V30A is an 8-channel high-performance battery testing system designed for battery performance evaluation, high-dynamic testing, and battery materials research. Each channel can be independently controlled and programmed, allowing multiple battery cells or samples to be tested simultaneously. The system provides a 0–5 V output range with six current ranges from 300 mA to 30 A, delivering up to 150 W per channel. Both voltage and current accuracy are specified at ±0.02% F.S., supporting precise charge/discharge characterization. A major feature of the CE-8008S-5V30A is its high-speed dynamic response. NEWARE specifies a current rise time of ≤500 μs and charge/discharge switching time of ≤1 ms, together with a 20 ms minimum pulse width. These characteristics make the system suitable for dynamic battery testing and pulse-based measurements such as DCIR and fast-charging protocol evaluation. The system also incorporates >70% energy-efficient architecture, while supporting TCP/IP communication and optional CAN/RS485 interfaces for BMS-related applications. Its 4-wire connection and dual-loop CC/CV control are designed to improve measurement accuracy and control stability.

Battery Performance Testing

• Battery cell characterization

• Rechargeable battery testing

• Charge/discharge testing

• Cycle-life testing

• Rate capability testing

• Battery performance evaluation

Dynamic & Pulse Testing

• Pulse charge/discharge

• DCIR testing

• Fast-charging protocol testing

• Dynamic battery response analysis

• High-rate battery testing

Battery Materials Research

• Battery materials research

• Electrode performance evaluation

• Battery degradation studies

• Electrochemical performance analysis

• Solid-state battery research

BMS & Advanced Testing

• BMS communication testing

• CAN / RS485 communication

• DBC-based BMS integration

• Long-duration aging tests

• Battery condition simulation