CE-5012-5V600A

• 12 independently operated channels

• Charge voltage: 0–5 V

• Discharge voltage: 1.5–5 V

• Current range: 75 mA–600 A per channel

• Channel parallel connection up to 6000 A and beyond, depending on configuration

• Voltage accuracy: ±0.02% F.S.

• Current accuracy: ±0.05% F.S.

• Current response time: ≤1 ms

• Minimum dwell time: 100 ms

• 16-bit AD/DA resolution

• 1 GB offline test storage per channel

• Supports Cycle Life, Rate Charge/Discharge, Pulse Simulation, GITT, and DCIR

• Energy feedback efficiency ≥65%

• Adjacent-channel parallel connection

• Automatic fault-channel blocking and fault-tolerant operation

• Supports auxiliary voltage and temperature measurement

• Comprehensive voltage, current, overload, overheating, reverse-connection, and other protection functions

The NEWARE CE-5012-5V600A is a high-current battery testing system designed for power cell, EV battery, and energy storage cell testing. With 12 independently operated channels and a current range of 75 mA to 600 A per channel, it provides a flexible platform for both individual cell testing and high-current battery evaluation. The system supports channel parallel connection, allowing adjacent channels to be combined for higher-current applications. NEWARE lists configurable parallel combinations from 75 A up to 6000 A and beyond, with other configurations available according to voltage and current requirements. This makes the system scalable for different battery testing requirements. With a ≤1 ms current response time, 100 ms minimum dwell time, and 16-bit AD/DA resolution, the CE-5012-5V600A is designed for dynamic battery testing and high-current applications. It supports common battery test methods including cycle-life testing, rate charge/discharge testing, pulse simulation, GITT, and DCIR. The system also incorporates energy feedback technology, recovering energy generated during battery discharge and supplying it to other battery channels or feeding it back to the internal power grid. NEWARE specifies a minimum feedback efficiency of 65%. For production and long-duration testing, each channel supports 1 GB of offline test storage, while independent channel operation allows individual tests to continue even when another channel encounters a fault. Auxiliary voltage and temperature measurement can also be integrated for more comprehensive battery evaluation.

Cycle-Life Testing

For evaluating battery capacity retention and performance over repeated charge/discharge cycles.

Rate Charge/Discharge Testing

Supports different charge and discharge rates to characterize battery performance under varying current conditions.

Pulse Simulation

Allows users to apply controlled current pulses for evaluating dynamic battery behavior.

GITT Testing

Supports Galvanostatic Intermittent Titration Technique (GITT) for studying battery electrochemical characteristics and diffusion-related behavior.

DCIR Testing

Supports Direct Current Internal Resistance (DCIR) measurement for evaluating battery resistance characteristics.

NEWARE explicitly lists all five functions—Cycle Life, Rate Charge/Discharge, Pulse Simulation, GITT, and DCIR—on the product page.