CD-6006A-5V1200A-PS-H

N+1 channel scheme and 750V DC bus improve energy utilization.

• The table shows multiple ranges:

• Range 1: 75A

• Range 2: 150A

• Range 3: 300A

• Range 4: 600A (with superimposed shared channels, Range 4 can reach 1200A)

The NEWARE CD-6006A-5V1200A-PS-H is an intelligent high-power battery cell testing system designed for power battery research and development, particularly for large-capacity cells that require high-current and dynamic testing. The system features six main channels and one 600 A shared channel. The shared channel can be intelligently combined with any of the six main channels, increasing the maximum current of a single channel from 600 A to 1,200 A. This flexible current architecture allows the system to support both precision low-current testing and high-power pulse experiments within the same platform. The system provides a charging voltage range of 0–5 V and a discharging range of 1.5–5 V, with four current ranges from 75 A to 600 A. When the shared channel is superimposed, the maximum current can reach 1,200 A. Voltage accuracy is specified at ±0.02% F.S., while current accuracy is ±0.05% F.S. For dynamic battery testing, the CD-6006A-5V1200A-PS-H provides a ≤3 ms current response time, ≤6 ms current conversion time, and a 50 ms minimum pulse width. It supports applications such as cycle-life testing, pulse testing, condition simulation, and DCIR testing. Another key feature is its 750 V DC bus architecture, which enables centralized power distribution and energy recovery. NEWARE specifies a maximum system energy recovery efficiency of 80%, helping reduce energy consumption during high-current battery testing.

Power Battery Research

• Large-format battery cell testing

• Power battery R&D

• High-current battery characterization

• Battery performance evaluation

• Battery cycle-life testing

Dynamic Battery Testing

• High-current pulse testing

• Dynamic load simulation

• Condition simulation

• DCIR testing

• High C-rate testing

• Fast charge/discharge testing

EV & Energy Storage

• Electric vehicle battery research

• Power battery development

• Energy storage battery research

• Large-capacity battery testing

• Battery performance validation

BMS & Data Management

• BMS communication testing

• CAN / CAN FD communication

• RS485 communication

• Batch testing and data traceability

• Automated test reporting

NEWARE positions this model within its CE-6000 platform for high-current testing of power cells, EV batteries, and energy-storage cells, with the broader platform supporting dynamic testing and simulation-based applications.