Nebula Regenerative Battery Pack Cycle Test System
Battery Pack Cycler delivers precise simulation of battery behavior with a 3ms current response and 0.01% voltage precision, and 0.03% Current Accuracy. It supports both energy storage and power battery testing, scaling from 600A to 1200kW. With 96% efficiency and minimal THD of less than 3%, it offers 20ms road profile simulation for accurate performance analysis, improving energy efficiency and extending equipment lifespan, making it ideal for diverse battery testing needs.
Scope of Application
Production Line
R&D and Validation
Fault Diagnosis
Quality Control
Product Feature
Rapid Response
Current Rise: <4 ms
Current Switching Time: <8 ms
High Measurement Accuracy
Voltage Accuracy: 0.01% of F.S.
Current Output Accuracy: ±0.03% of F.S. (per range)
High Energy Feedback Efficiency
Peak Efficiency: 96%
Safe & Reliable Isolation
Isolation Type: High-Frequency Isolated AC/DC
Modular Architecture
Easy Maintenance & Upgrades
2-Range Automatic Current Grading
Voltage Accuracy:±0.01F.S.
Current Accuracy:±0.03F.S.
Support Driving Profile Simulation 20ms
Replicates driving scenario dynamics with high precision, providing accurate insights for battery performance testing.
Ultra-Fast Dynamic Response 3ms
SiC power devices enable 3ms current response (industry-leading)
Specifically designed for energy storage & power battery testing
Validated Performance:
✓ Current transition time:(+10% to +90% | 0A to -300A): 2.95ms (tested)
✓ Current response time: (+90% to -90% | +300A to -300A): 5.4ms (tested)
Space-Saving Design with 1.2㎡ Footprint
Reduces facility investment while increasing production capacity
The system adopts modular high-frequency isolation technology, replacing traditional line-frequency isolation transformers. This significantly reduces equipment volume and weight – a 600kW unit occupies only 1.2m² floor space and weighs approximately 900kg.
Reliable Data Testing 24/7 Offline Capability
Basic Parameter
BAT-NEH-600165030002-V008
Input Power380 VAC ±15%, 50 Hz / 60 Hz ±2 Hz
Optimal Charging Efficiency≥96% (Battery-side to Grid-side) @1600V
Optimal Discharging Efficiency≥96% (Grid-side to Battery-side) @1600V
Power Factor≥0.99 (at full load)
THD (Total Harmonic Distortion) <3% (at full load)
DC Channels per Cabinet 2 CH
DC Voltage Range 70 V - 1650 V (at rated current) ; 50 V - 70 V (with derated current)
Voltage Output Accuracy ±0.01% of F.S. (10 - 40 ℃)
Voltage Resolution1 mV
Current Range±300 A
Minimum Output Current100 mA
Current Output Accuracy±0.03% ; ±0.03% of F.S. per range