CE-6000 Series for Cell Module Pack

CE-6000n Regenerative Battery Test Systems

Cell	5V/6V; 75A~2000A
Module	20V~60V; 60A~1200A	60V~120V; 50A~1000A	120V~200V; 50A~500A
PACK	200V~1000V; 100A~1200A

Battery Testing System for CELL

CE-6008n-5V300A-H

● Current&Voltage: 5V300A;
● Total Number of Channels: 4;
● Accuracy: 0.02%/0.05%FS;
● Data Acquisition Frequency: 100Hz;
● Response Time: ≤3ms;
● Application: Regenerative Power Cell Testing

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CE-6016n-6V300A

● Current&Voltage: 6V300A;
● Total Number of Channels: 16;
● Accuracy: 0.02%/0.05%FS;
● Data Acquisition Frequency: 100Hz;
● Response Time: ≤3ms;
● Application: Regenerative Power Cell Testing

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Battery Testing System for Module

CE-6012n-60V50A

● Current&Voltage: 60V50A;
● Total Number of Channels: 12;
● Accuracy: 0.02%/0.05%FS;
● Data Acquisition Frequency ：100Hz;
● Response Time: ≤3ms;
● Application: Regenerative Power Cell Testing

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CE-6008n-20V150A

● Current&Voltage: 20V150A;
● Total Number of Channels: 8;
● Accuracy: 0.02%/0.05%FS;
● Data Acquisition Frequency ：100Hz;
● Response Time: ≤3ms;
● Application: Regenerative Power Cell Testing

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CE-6008n-100V100A

● Current&Voltage: 100V100A;
● Total Number of Channels: 8;
● Accuracy: 0.02%/0.05%FS;
● Data Acquisition Frequency ：100Hz;
● Response Time: ≤3ms;
● Application: Regenerative Power Cell Testing

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Battery Testing System for PACK

CE_6002n_750V200A_IG

● Current&Voltage: 750V200A;
● Total Number of Channels: 12;
● Accuracy: 0.02%/0.05%FS;
● Data Acquisition Frequency ：100Hz;
● Response Time: ≤3ms;
● Application: Regenerative Power Cell Testing

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Use data to interprete module testing

100Hz

Data Acquisition Frequency
RS485 Communication

CANBus
＞90%

Energy Conversion Efficiency
Simulation
Support

BMS Docking
≥0V

Discharge Voltage
0.02%/0.05%

Accuracy
100ms

Min. Pulse Width
≤3ms

Response Time
Parallel Channels

Lithium batteries for electric vehicles
Lithium battery for electric bicycle
Lithium battery for power tools
Lithium batteries for garden tools
Energy storage lithium battery

Software

Essential components

DBC Configuration Function

Discharge to 0V

Constant Current/Voltage Charge/Discharge Test

100ms Pulse Width

Simulation

Support DBC files import/ edit/ export. Different battery pack protocols just needs modifying DBC protocol file's code without upgrade the program, so that it can realize communication. The system is flexible and practical.

Forced battery pack discharge to 0V. It is suitable for various safety tests, destructive tests and other tests of the battery pack.

The constant current and constant voltage are integrated into a work step. After the constant current charged / discharged to the specified voltage, it is seamlessly switched to the constant voltage mode to supply the power of the battery pack. The switching process is smooth without spikes.

Pulse test supports setting a minimum pulse width of 100ms, which can verify the performance of the battery pack under current and power changing rapidly.

Support simulation test. Simulate the actual battery pack testing environment to verify the battery pack performance under real using. It supports loading maximum 100W rows of changing data.

Modularization of Power Unit

1Modular design is convenient to maintain equipment.

2DC and AC modules are used together, DC BUS is independent;

3Copper bar technology makes the equipment interior much cleaner.

System Protection

Power Grid Over/Under-voltage, AC
Short Circuit, Phase Protection

Power Grid Voltage Phase Sequence and Frequency Self Adaptation

Overheat Protection

Open/Short Circuit Protection

Emergency Stop Protection

Voltage and Current Protection Value can be Set

Output Overvoltage/Overcurrent Protection

Channel Redundant Voltage Protection

DC Acute Reverse Connection Protection

Self-checking Protection

Equipment Power off Continuity Protection

Protection Log Traceability

Integrated Operation and Collaborative Work through BTS Upper Computer Control System

NEWARE battery charge and discharge test system realizes integrated operation and collaborative work through BTS upper computer control system, so as to maximize the battery characteristics and functions.

Peripheral Linkage

1BMS Protection Board Linkage

2Thermostat Linkage

3Water Cooling Machine Linkage

4Balance Equipment Linkage

Close to 100% Energy Recovery

Full Power Feedback Technology; Energy-feedback efficiency is more than 90%; Battery discharge energy is recycled and used for charging in other channels. If there is energy surplus, it will be fed back to the grid.