40 channel battery charging and discharging test integrated battery cabinet
product details
Equipped with multiple safety mechanisms, including over-voltage, over-current, over-temperature protection, and battery reverse-connection protection, the system prioritizes operational safety and device integrity. Its user-friendly local control interface simplifies setup and management, enabling intuitive navigation and efficient workflow customization for users of all expertise levels. Ideal for R&D, production, and quality control, this system enhances testing efficiency while guaranteeing accuracy and safety across diverse battery types and applications.
Technical Parameter

40CH integrated cabinet parameters
Voltage |
Model |
Vulteage |
Minimum |
Minimum |
Current |
一 |
Voltage |
Model |
30V |
HD-30V30A-40CH |
0.05%FS |
30mA |
6V |
10ms |
20ms |
30V |
HD-30V30A-40CH |
HD-30V60A-40CH |
0.05%FS |
30mA |
6V |
10ms |
20ms |
HD-30V60A-40CH |
||
60V |
HD-60V30A-40CH |
0.05%FS |
30mA |
6V |
10ms |
20ms |
60V |
HD-60V30A-40CH |
HD-60V60A-40CH |
0.05%FS |
30mA |
6V |
10ms |
20ms |
HD-60V60A-40CH |
||
100V |
HD-100V30A-40CH |
0.05%FS |
30mA |
6V |
10ms |
20ms |
100V |
HD-100V30A-40CH |
Voltage |
Model |
Maximum |
Feedback |
olage |
Power |
Weight |
Size |
30V |
HD-30V30A-40CH |
92% |
90% |
AC380V |
36KW |
≤350KG |
W:1530mm |
HD-30V60A-40CH |
92% |
90% |
72KW |
≤350KG |
|||
60V |
HD-60V30A-40CH |
92% |
90% |
72KW |
≤350KG |
||
HD-60V60A-40CH |
92% |
90% |
144KW |
≤350KG |
|||
100V |
HD-100V30A-40CH |
92% |
90% |
120W |
≤350KG |
AC input parameters | |||
Input power supply |
AC 380V±10% 50/60±5Hz |
Inputimpedance |
≥1MΩ |
Power factor |
≥99%(Full load) |
Feedback efficiency (MAX) |
≥90%(Full load) |
THDI |
≤5%(Full load) |
||
DC output parameters | |||
voltage precision |
±0.05%FS |
Electric current precision |
±0.05%FS |
voltage Resolution |
1mV |
Current Resolution |
1mA |
Current response time |
10ms(10%FS ~ 90%FS) |
Auxiliary channel type |
NTC |
Charge and discharge conversion time |
20ms(-90%FS ~ 90%FS) |
Channel control mode |
All channels can be controlled independently |
Step function characteristics | |||
Minimum data recording time |
10ms |
Cycle number |
65535 |
Number of work steps |
2000 |
Loop nesting |
5 |
Support experimental esting |
Battery cycle life test、Battery pack capacity test、Battery charge/discharge characteristic test、Charge retention test of battery pack、Charge and discharge efficiency test of battery pack、Charge and discharge efficiency test of battery pack |
||
Charge and discharge mode |
Static, pause, constant current charging CC, constant voltage charging CV, constant resistance charging CR, constant current and constant Voltage charging CCCV, constant power charging CP, constant current discharge DC, constant power discharge DP, constant resistance discharge DR, DC Internal Resistance Test (DCIR) |
||
Cut-off condition |
Voltage, current, capacity, energy, time, power, number of cycles, BMS parameters, custom advanced parameters (support one or more logic and or combination) |
||
Execution action type |
Jump, pause, protect, Next |
||
485/DBC File import |
Supports file editing, saving, and importing |
||
DcInternal Resistance Test (DCIR) |
SupportDCIRwork step,hardwarereal-imecalculation,supportgraphic twokindsoftesting |
||
Data export mode |
Export in Excel or CSV format |
||
Protection function | |||
AC side protection |
Powergridvoltage over/under、voltageprotection,surge、protection,anti-island protection, over and under frequencyprotection,hardware over temperature protection, self-detection protection, etc |
||
DC side protection |
under voltage protection, hardware over temperature protection, battery channel line reverse connection protection |
||
Battery side comprehensive |
Upper and lower limit protection of the total battery voltage, upper and lower limit protection of the battery voltage, upper and lower limit protection of the battery temperature, upper and lower limit protection of the battery charge and discharge current, upper and lower limit protection of the battery capacity, BMS communication outage protection, network outage protection, etc |
||
Power failure data protection |
With memory power off protection function, it can effectively avoid data loss caused by power off or can continue to run at the process break point without modifying the process after the call |
||
Class of protection |
IP20 |
Cooling mode |
Forced air cooling |
operating temperature range |
0℃-45℃ |
noise |
≤80dB |
Main Testing Functions

Cycle Life Test

Capacity Test

Charge discharge characteristic test

DC internal resistance test

Overcharge/Over discharge Test

Third party linkage testing

Temperature characteristic test

CAN/RS485 communication
Customer usage site
Equipment advantages
This efficient and energy-saving charging and discharging testing equipment has the characteristics of energy-saving, precise testing, safety and reliability, multi range, low harmonic, lightweight, small size, etc., which can fully meet various testing needs of battery testing.
1. Multi-Battery Compatibility
Supports Li-ion, Ni-MH, and other battery types with adaptive protocols.
2. Smart Charging Algorithm Integration
Dynamically optimizes charging curves for diverse battery chemistries.
3. Bidirectional Energy Recovery System
Recovers up to 90% of discharge energy through regenerative conversion.
4. Complimentary BMS Communication Commissioning
Free protocol debugging for CAN/J1939/Modbus interfaces with 100% compatibility guarantee.
5. Zero-Cost MES Interface Development
Seamless integration with SAP/GE Digital platforms (ISO 9001-certified middleware).
6. Expedited 7-Day Production Cycle
Fast-track manufacturing protocol (Industry average: 21 days) through modular design.
Equipment advantages
Multi-Channel Battery Charge/Discharge Test System
Designed for precision and versatility, our advanced test system offers seamless integration with CAN and RS-485 communication interfaces, ensuring broad compatibility across industrial and automotive applications. It empowers users with custom protocol loading and DBC protocol support, enabling tailored testing workflows for diverse battery chemistries and BMS configurations. Real-time signal monitoring and validation ensure accurate performance analysis, while an intuitive interface provides instant parameter visualization. Comprehensive data logging captures critical metrics (voltage, current, temperature) with timestamped precision, supporting rigorous quality control and R&D optimization. Ideal for EV development, energy storage systems, and lab environments, this system delivers unmatched flexibility, reliability, and efficiency in battery testing.
Precision Measurement Performance
The system delivers industry-leading accuracy with voltage precision of ±0.05% FS and current precision of ±0.05% FS, ensuring laboratory-grade measurement consistency across full-scale ranges. Ultra-high resolution capabilities (1mV for voltage, 1mA for current) enable granular detection of subtle battery performance variations during charge/discharge cycles, critical for analyzing cell balancing efficiency, aging patterns, and micro-short circuits.

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