China Nebula 150V400A Regenerative Battery Module Charge/Discharge Cycle Test System manufacturer and supplier

Nebula 150V400A Regenerative Battery Module Charge/Discharge Cycle Test System

BAT-NELCT150300/BAT-NELCT150400 is designed to facilitate the high-powered cycle charging and discharging, operational testing, and monitoring of charge/discharge data for battery modules. It integrates the charge/discharge cycle testing and real-time data monitoring for lithium battery modules for electric vehicles, scooters, power tools, and energy storage lithium battery packs.

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FEATURES

Current response <5ms, with a minimum operational duration of only 10ms:

Nebula 150V400A Regenerative Battery Module Charge/Discharge Test System has a minimum working time of only 10ms, with ultra-high current accuracy of 0.01% F.S. and voltage accuracy of 0.02% F.S. which assists customers in constructing a real-time battery performance simulation test platform to simulate intricate road conditions and significantly reduce the risk cost in the battery development and production process.

Support for functional and performance support

100% coverage of the principle test, support PCB and overcurrent test.

Simulating Work Condition for real-time application

It features a number of advantageous functions, including a temperature-controlled power regulation, spectrum analysis function, the ability to import working condition files, file editing capabilities, the generation of work rate graphs, a voltage limit for individual units, and a charging capacity roadmap.

Single Channel up to 45kW, Max Current in Parallel up to 2400A

With 8 channels design, its single channel max power is up to 45 kW, current ranges from 0 to 300A.

Max power of multi channel in parallel is up to 360kW, current ranges from 0 to 2400A

SPECIFICATIONS

Model	BAT-NELCT150300/BAT-NELCT150400
Input Voltage	380VAC±15%. 50Hz/60Hz±2Hz
Output Voltage	5~150V/8~150V
Output Current	-300A~300A/-400A~400A.
Single Channel Power	45kW (MAX)/40kW/30kW/20kW/10kW
Voltage Accuracy	±0.02% F.S.
Current Accuracy	±0.01% F.S. (20℃~30℃)
Current Rise Time	≤ 5ms (10%~90%)
Switching Time	≤ 10ms (-90%~90%)
Channels	4CH/8CH
Parallel Connection	4CH in parallel to 180kW 8CH in parallel to 360kW
Switch Efficiency	≥ 92% 300A; ≥ 90% 400A
Charge/ Discharge Mode	CC/CV/DC/DV/CP/DCIR/DR/Impulse/Activation
Communication Interface	CAN/RS485/Lin (optional)