ESG Low-carbon emission reduction
High Efficiency Low Energy Consumption High Precision
Volume Reduction < 50%
Discharge Energy Recovery > 88%
Precision Control < 0.02%
100% Full Wattage
Stand-alone Control
Supports parallel operation
Complete Communication Peripherals
CAN 2.0SM
Bus
I2C
UART
RS485
I/O Controller
Cell Voltage Scanner
Cell Temperature Scanner
IVR Series –
Next-generation Battery Charge/Discharge Testing Platform
Featuring a bidirectional regenerative power design, the system converts discharge energy into AC power with over 88% efficiency, minimizing heat loss and cutting carbon emissions.
With a built-in stand-alone control engine, the system ensures voltage and current accuracy within ±0.02%, far beyond traditional DC/DC devices.
The IVR testing system features CAN 2.0, SMBus, I²C, UART, and RS485 interfaces, with expandable I/O, voltage, and temperature scanners—meeting versatile testing needs from single cells to BMS-equipped packs.
The IVR system features modular scalability, compact 19U design, and efficient energy recovery—cutting lab power and cooling costs while helping enterprises meet ESG goals. With high efficiency, low energy use, high precision, and full communication support, it delivers the most reliable and economical solution for both R&D and production testing.
Application：
Battery Pack Performance and Specification Testing
Battery Pack Communication Test
Power Battery Pack – On-site MaintenanceEnergy Storage System – On-site Maintenance
Industrial Battery Pack Production
General Cell ApplicationsBattery module final/semi test
SCPI Command Support for Secondary Development
System Advantages：
Discharge Energy Recovery Efficiency> 88%Output Control Accuracy< 0.02%、
Measurement Accuracy< 0.02%
100% Full Wattage
Complete Communication Peripherals
Modular Solution – Cell Characteristic Measurement Support
Allow Stand-alone Control (Offline)
AC/DC Bidirectional Power Module，Safety CertificationIEC62477-1、IEC62116、TUV/UL 62368-1、CB/UL/TUV 62368、CE
Specification
