Introduction:
It adopts a modular design and is mainly composed of a control unit, an AC/DC bidirectional power supply module, and a DCDC power module. The control unit controls each DCDC module to achieve the charging and discharging test of the battery.
Main Parameters:
|
Indicator |
Technical Parameter |
|
|
Number of Channels |
8～64 |
|
|
Voltage |
Charging Voltage Setting Range |
0～5000mV |
|
Discharging Voltage Setting Range |
1000~5000mV |
|
|
Voltage Setting Resolution |
1mV |
|
|
Voltage Measuring Resolution |
0.1mV |
|
|
Voltage Measuring Accuracy |
±0.05%FS |
|
|
Current |
Charge&Discharge current Range |
1~1000A |
|
Current Setting Resolution |
1mA |
|
|
Current Measuring Resolution |
1mA |
|
|
Current Measuring Accuracy |
±(0.05%FS + 0.05%RD) |
|
|
Time |
Current Setup Time |
≤20ms |
|
Efficiency |
Charging Efficiency |
≥80% |
|
Discharging Efficiency |
≥75% |
|
Features:
l Energy feedback: high efficiency and energy conservation l
l High measurement & control precision with good stability l
l Low-coupling modular design: process can be independently set and sent l
l Single-channel self-calibration technology l
l Charging & discharging mode: CC, CC/CV, CP, CR l
l 3 levels of user management permissions to prevent misoperation l
l TCP/IP, BMS, CAN, and CANFD communication l
l Barcode scanning and database management functions l
