ESG Low-carbon emission reduction
High Efficiency Low Energy Consumption High Precision
Volume Reduction < 50%
Discharge Energy Recovery max 90%
Precision Control < 0.01% 0.02%（V/I）
100% Full Wattage
Stand-alone Control
Supports parallel operation
Complete Communication Peripherals
CAN 2.0
SMBus
I2C
UART
RS485
I/O Controller
Cell Voltage Scanner
Cell Temperature Scanner
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> max 90%
Control Accuracy< 0.01% 0.02%（V/I）
Measurement Accuracy< 0.02% (V/I)
100% Full Wattage
Provision of Modular Peripheral Communication
Provision of Modular Cell Characterization Measurements
Allow Stand-alone Control (Offline)
AC/DC Bidirectional Power Module，Safety CertificationIEC62477-1、IEC62116、TUV/UL 62368-1、CB/UL/TUV 62368、CE
Specification
A p p l i c a t i o n M o d e
A p p l i c a t i o n D e s c r i p t i o n
Using Standard LAN Connection
Allows multiple users to connect simultaneously from different PCs.
The device is factory-set to a static IP, but users may reset it to a dynamic IP ifneeded.
Test data from the device can be automatically routed to designated personnel based on user settings.
Battery Pack Characterization Tests
Battery pack capacity test, overload protection test,
charge/discharge test,
Reliability test, aging test, finished/semi-finished product test
Battery Pack + Communication Testing
Battery pack capacity test, overload protection test, charge/discharge test Reliability test, aging test, finished/semi-finished product test,communication test CAN 2.0, SMBus, I²C, UART, RS485Obtain stage-switching or termination conditions of battery pack tests through communication
Battery Pack + Cell Characteristic Testing (Voltage, Temperature)
Battery pack capacity test, overload protection test, charge/discharge test,reliability test.
Aging test, finished/semi-finished product test, cell balancing test, cell temperature test.
Cell Voltage Scanner obtains individual cell voltages as conditions for teststage switching or termination.
Cell Temperature Scanner obtains individual cell temperatures, or pack specified location temperatures, as conditions for test stage switching ortermination.
Battery Pack + Communication + Cell Characteristic Testing(Voltage, Temperature)
Battery pack capacity test, overload protection test, charge/discharge test Reliability test, aging test, finished/semi-finished product test,communication test, cell balancing test, cell temperature test CAN 2.0, SMBus,I²C, UART, RS485Obtain stage-switching or termination conditions of batterypack tests through communication Cell Voltage Scanner obtains individualcell voltages as conditions for test stage switching or termination Cell Temperature Scanner obtains individual cell temperatures, or pack-specifiedlocation temperatures, as conditions for test stage switching or termination
PBOX v2 Allows 8 Channels in Parallel Operation
Software-configurable for 2 to 8 channels to be paralleled or de-paralleled,without requiring hardware modifications.
SCPI Support for Third-Party Development
SCPI Commands for Third-Party Development – Complete Documentation & Validation Tools Provided
Integration with Programmable Temperature & HumidityChambers
The ThinkRP testing process allows charge/discharge channels to bepaired with programmable temperature and humiditychambers.Users can configure multiple charge/discharge channelsto operate within the same chamber for large-scale batteryenvironmental testing
Built-in Standard HPPC Test
Hybrid Pulse Power Characterization Test (HPPC)Industry’s only solution offering fully customizable HPPC testing, or testing basedon built-in standards.Automatically generates test curves.
Built-in IEC 61960-3 DCIR Standard Test
Measurement of the internal DC resistance (DCR)Can be embedded into testing processes, enabling DCR measurement after various characteristic tests. Provides parameter customization or testing based on built-in IEC standard, with automatic data generation.
Built-in SBS Special Test
With GCR-V100A + GR300A, SBS special tests can be performed.
◼ Smart Charge
◼ SPPCurrent
◼ SusPeakPower
Test Process I/O Handshaking
With GCR-V100A + IOR100A
According to test script requirements, the process can trigger Relays or DO signals to activate the DUT (Device Under Test).
DI can be used to detect DUT I/O Hi/Lo states, which then control the flow of the test script.
World-Class Safety Standards and Certifications
Safety Standards / Certifications：
Unlike non-standard customized products, the AC/DC bidirectional power module complies with IEC 62116, TUV/UL 62368-1, CB/UL/TUV 62368, and CE certification requirements. The AC parallel function is designed in accordance with IEC 62477-1 standards. This not only ensures product stability under high-load operation but also significantly reduces potential risks during system operation.
Made In Taiwan - Compliant Global Standard Products with Reliable Quality：
Utilizing globally recognized mass-production components ensures consistency and supply chain stability.
Energy Management Dashboard/Option
High-Efficiency Discharge Energy Recovery
High Accuracy output vs High-Efficiency Discharge Energy Recovery：
Unlike non-standard customized products, in discharge–energy recovery mode, IVR adopts a precision current feedback and digital control architecture, delivering ±0.02% F.S. discharge current control accuracy across the full range with 1 mA resolution. It is cross-calibrated with the measurement module, which also provides ±0.02% F.S. accuracy.
his consistency ensures the traceability and repeatability of power calculations and recovered energy, reducing drift risk during long-duration testing. With built-in standard test profiles such as HPPC and IEC 61960-3 DCIR, along with communication and sensing peripherals, the system delivers stable, comparable, and reproducible results in both R&D validation and mass production quality control scenarios.
DC-to-AC Measurement of Regenerative Discharge to Grid
Only applicable to IVR-6030A.
Mechanical Specification
Accessories and Options
※ CAN, I2C, and SMBus communication data can be used as criteria for charge/discharge conditions.
※ Voltage and temperature measurement data can be used as criteria for charge/discharge conditions.
※ Relay, IN, and OUT can serve as charge/discharge conditions or program outputs.
※ Communication data and measured values are integrated and consolidated with charge/discharge data.
One year warranty
2F., No. 25, Wuquan 3rd Rd., Wugu Dist., New Taipei City 248021, Taiwan (R.O.C.)
TEL：+886-2-22902095
FAX：+886-2-22900586
Email：sales@think-power.com.tw
www.think-power.com.tw This DM specification is for reference only and is subject to change without notice.