CE-6002-1500V200A
1500V Ultra-High Voltage Battery Cluster Solution
Quantity
Key Highlights
Ultra-high-voltage testing up to 1500 V
Current output up to 200 A per channel
300 kW single-channel output power
600 kW total output power
Voltage & current accuracy: ±0.02% F.S.
24-bit voltage and current resolution
Current response time ≤10 ms
Current conversion time ≤20 ms
Minimum recording interval: 10 ms
Parallel operation of up to 4 channels
AC/DC + DC/DC dual-stage high-frequency isolated architecture
TCP/IP, CAN FD, CAN, and RS485 communication
BMS communication and integration
Built-in DCIR testing
Energy feedback efficiency up to 96%
Designed for energy storage packs, high-voltage battery clusters, and PCS testing
Description
The NEWARE CE-6002-1500V200A is an ultra-high-voltage battery testing system designed for energy storage packs, high-voltage battery clusters, and high-voltage DC source simulation for PCS testing. Featuring a voltage output range of up to 1500 V, current output of up to 200 A, and 300 kW of single-channel power, the system provides high-power testing capabilities for next-generation energy storage and high-voltage battery applications. Its AC/DC and DC/DC dual-stage high-frequency isolated modular architecture provides a scalable and flexible platform for R&D and production testing. Up to four channels can be operated in parallel to support higher-current applications, with parallel expansion available up to 1,600 A depending on configuration. The system also supports TCP/IP Ethernet, CAN FD, CAN, RS485, and BMS communication, enabling integration with automated testing environments and peripheral equipment such as temperature chambers, water chillers, and vibration testing systems.
Specifications
Parameter | Specification |
Equipment Name | 1500V Ultra-High Voltage Battery Cluster Solution |
Model | CE-6002-1500V200A |
Voltage Output – Charge | 0–1500 V |
Voltage Output – Discharge | 100–1500 V |
Minimum Discharge Voltage | 100 V |
Voltage Accuracy | ±0.02% F.S. |
Voltage Resolution | 24-bit |
Current Output Range | 1–200 A |
Current Accuracy | 0.02% F.S. per independent range |
CV Cut-off Current | 0.05% F.S. per independent range |
Current Resolution | 24-bit |
Single-Channel Output Power | 300 kW |
Total Output Power | 600 kW |
Current Response Time | ≤ 10 ms |
Current Conversion Time | ≤ 20 ms |
Minimum Recording Interval | 10 ms |
Parallel Operation | Up to 4 channels |
Parallel Expansion | Up to 1,600 A, depending on configuration |
Communication | TCP/IP Ethernet, CAN FD, CAN, RS485 |
BMS Integration | Supported |
DCIR Testing | Built-in |
Energy Feedback Efficiency | Up to 96% |
Architecture | AC/DC + DC/DC dual-stage high-frequency isolated |
The core technical specifications above are taken from NEWARE's current product page.
Application
Energy Storage Pack Testing
High-voltage charge/discharge testing and performance evaluation of energy storage battery packs.
High-Voltage Battery Cluster Testing
Suitable for testing high-voltage battery clusters used in large-scale energy storage and power applications.
PCS Testing
High-voltage DC source simulation for Power Conversion System (PCS) testing.
Battery Performance Evaluation
Supports charge/discharge characterization, DCIR testing, and high-power battery performance evaluation.
BMS Testing
Integration with mainstream BMS communication systems for battery management and system-level testing.
Environmental & Condition Simulation
Can be integrated with environmental chambers, water chillers, vibration testers, and other peripheral equipment for comprehensive battery testing.