96 Channels High Capacity Lithium Battery Pack Aging Cabinet Capacity Grading Testing Machine for EV Battery Laboratory R&D

Product Description

High voltage and high current battery test system

High voltage and high current battery test system

Applied in the testing and quality control of lithium battery modules & packs such as new energy vehicles, energy storage base stations, and can realize the integration of charging and discharging data monitoring.

Battery Test System Front View

Detailed Parameters

AC parameters
Wiring method AC three-phase four-wire
Power supply voltage 380±10% VAC
Power supply frequency 50±5% Hz
Power factor > 0.99
Max. power feedback efficiency ≥ 96%
THD < 3%
DC parameters
Output current 300A/400A/600A/1000A/2000A/4000A
Single channel voltage range 750V~1500V...2000V
Voltage accuracy ± 0.02% F.S
Voltage resolution 0.1mV
Current accuracy ± 0.02% F.S
Current resolution 1mA
Current response time 3ms (10%~90% F.S)
Current switching time 5ms (-90%~90% F.S)
Min. Working Condition Simulation Interval 10ms
Upper computer software function
Charging mode CC, CV, CCCV, CP, Slope, etc.
Discharge mode CC, CV, CP, CR, Slope, etc.
Other working mode Still, Pause, Working condition test, Pulse test, DCIR
Test cut-off condition Battery voltage, current, time, capacity, temperature
Data export format Excel, TXT, etc.
Time recording interval 10ms
Editable step Max. 10000
Programmable step Max. 10000
Nested loop Max. 10 layers
Software protection OCP/OVP/UVP/Reverse or wrong connection protection, Protection for abnormal communication
Third-party device integration Support linkage of temperature box, MTV/MTS, and I/O control box, and chiller
Other parameters
IP grade IP20
Working temperature 0℃ ~ 40℃
Cooling method Air Cooling
Noise < 75dB
Cabinet size (1600-2800)*1100*2000 (W*D*H mm)
Note: For specific models and parameters, please refer to the corresponding technical specifications.

Advantages

Support single battery voltage consistency test
Support multi-channel parallel
Power factor value up to 0.99
Anti-reverse connection and data protection
Battery discharge and energy feedback efficiency ≥96%
Three-level technology, wide voltage output, small current ripple
Support RS485/CAN battery pack communication protocol
CAN communication baud rate is changeable
Support DBC import at one-click
Support user-defined BMS values as control/protection parameters
Support slope charging and discharging
User-defined login management rights are supported
National standard plug, simulate charging pile for charging (optional)
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Frequently Asked Questions

What applications is this high voltage and high current battery test system designed for?
The system is designed for testing and quality control of lithium battery modules and packs used in new energy vehicles and energy storage base stations, enabling integrated charging and discharging data monitoring.
What is the range of output current and voltage supported by the system?
The system supports output currents of 300A, 400A, 600A, 1000A, 2000A, and 4000A, with a single-channel voltage range spanning from 750V up to 1500V...2000V.
What energy efficiency and recovery features does the system offer?
The system offers high efficiency, featuring a maximum power feedback efficiency of ≥ 96% during battery discharge, along with a power factor value up to 0.99.
What communication protocols and BMS functions are supported?
It supports RS485 and CAN battery pack communication protocols with changeable baud rates, one-click DBC import, and user-defined BMS values as control and protection parameters.
Can this test system integrate with third-party environmental equipment?
Yes, the system supports hardware linkage and integration with third-party devices such as temperature chambers, MTV/MTS systems, I/O control boxes, and chillers.
What protection mechanisms does the system software include?
The upper computer software features comprehensive protections including Over Current Protection (OCP), Over Voltage Protection (OVP), Under Voltage Protection (UVP), reverse/wrong connection protection, and protection against communication failures.

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