CE-6000 Module Testing System

• Designed for high-power battery module testing

• Modular power-unit architecture for flexible system configuration

• Supports voltage configurations from 20 V to 120 V

• Current configurations from 50 A to 1,200 A, depending on voltage and system configuration

• 24-bit resolution for high-precision measurement

• Voltage accuracy down to ±0.02% F.S.

• Current accuracy of ±0.05% F.S.

• ≤3 ms current response time

• ≤6 ms current conversion time

• 100 ms minimum pulse width

• Flexible channel parallel and split functions

• Supports high-current battery module testing through modular parallel operation

• Energy feedback for recovering battery discharge energy

• Supports CC/CV charge and discharge testing

• Driving simulation with up to 1 million lines of changing data

• DBC configuration for BMS communication

• Supports auxiliary voltage, auxiliary temperature and environmental test chambers

• Comprehensive electrical and system protection

• Optional discharge-to-0 V testing for safety and destructive testing

The NEWARE CE-6000 Module Testing System is a high-power battery testing platform designed for battery module performance, safety, and reliability testing. Its modular architecture provides flexible voltage and current configurations, allowing the system to be adapted to different battery module power requirements. The system uses an AC/DC and DC/DC dual-stage high-frequency isolated modular design combined with multi-channel 24-bit analog-to-digital conversion. This architecture is designed to provide stable and accurate measurements while allowing the testing system to be configured for different voltage and current requirements. NEWARE also states that customized models can be provided for specific voltage and current requirements. A key feature is the system's channel-independent parallel and split function. Channels can be configured independently for different power levels, while modular parallel operation allows multiple power units to work together for high-current battery module testing. This provides greater flexibility when testing battery modules with different capacity and power requirements. The CE-6000 Module Testing System also supports energy feedback, recovering energy generated during battery discharge and redistributing it to other battery channels or feeding it back to the internal power grid. NEWARE specifies a maximum feedback efficiency of 90% for this module-testing platform. For dynamic testing, the system provides a ≤3 ms current response time, ≤6 ms current conversion time, and 100 ms minimum pulse width. It also supports driving simulation with up to 1 million lines of changing data, making it suitable for reproducing dynamic operating conditions in battery module testing.

NEWARE's configuration table currently lists combinations including 20–60 V with 60–1,200 A, 60 V with 50–1,000 A, and 120 V with 50–500 A. Other voltage/current combinations can be customized.

Battery Module Testing

• High-power battery module testing

• Battery module performance evaluation

• Battery module characterization

• Charge/discharge testing

• Cycle-life testing

• Battery capacity evaluation

Dynamic Battery Testing

• Pulse testing

• Dynamic current and power testing

• Driving-condition simulation

• Fast charge/discharge testing

• Battery response characterization

• DCIR testing

EV & Transportation

• Electric vehicle battery modules

• Electric motorcycles

• Electric bicycles

• Electric tools

• Communication energy storage

• Electric energy storage

NEWARE specifically lists electric tools, electric bicycles, electric motorcycles, electric vehicles, communication energy storage, and electric energy storage as application areas for the system.

BMS & System Integration

• BMS communication testing

• DBC-based protocol configuration

• CAN / RS485 communication

• Auxiliary voltage monitoring

• Auxiliary temperature monitoring

• Environmental chamber integration

• Automated and traceable battery testing