Portable Battery Module Cycler
Compact, lightweight, and easy to use, the portable test sysem is designed for battery modules testing in aftersale service, supporting CC, CV, CP, Pulse, and driving profile simulation with fully customizable test steps.
Featuring touchscreen, mobile app, and PC control, it enables instant parameter adjustments, real-time data sync via Wi-Fi, and seamless global operation across 220V, 380V, and 400V power grids.
With high adaptability, precise testing, and SiC-based high-efficiency (up to 92.5% charging and 92.8 discharging), it ensures optimal battery performance for R&D, production, quality control in aftersale application.
Scope of Application
Energy Storage Battery
Power Battery
Consumer Battery
Product Features
Wi-Fi-based Remote Control and Management
Transfer test data effortlessly from device to PTS test app on the mobile device and then to PC via email—no USB needed. Save time, reduce hassle, and ensure quick, secure data access and monitoring across devices.
Effortless Control for Streamlined Testing
Manage, control, and monitor tests effortlessly via touchscreen, mobile app, or PC. Adjust parameters instantly, sync data in real-time, and access results seamlessly across devices—boosting efficiency and saving you time.
3-Phase Global Voltage Compatibility
Seamlessly operates across different countries and regions with adaptive support for 220V, 380V, and 400V. Ensures high power output, grid stability, and energy efficiency—eliminating compatibility concerns and enabling worldwide application.
Smart, Portable & High-Efficiency Testing
Lightweight for on-the-go use, with SiC-based tech delivering 92.8% efficiency. Supports multiple charging/discharging modes and customizable step combinations for precise, flexible testing.
Driving Profile Simulation Support – 50 ms Precision
The device can simulate dynamic driving scenarios with 50 ms time resolution, ensuring highly accurate and realistic testing.
This enables the reproduction of real driving conditions in a laboratory environment, allowing reliable analysis of battery performance.
This feature precisely replicates transitions of current and state variables such as acceleration, braking, and energy recovery.
As a result, test outcomes deliver battery data that closely reflects real driving behavior.
High-Speed Current Transition (Rise/Fall) – ≤ 5 ms
The device performs current rise and fall transitions with exceptional speed, ensuring accurate waveform capture and reliable response to sudden load changes in cell or battery testing.
Transition Speed (Rise/Fall): ≤ 5 ms (10% → 90% bandwidth)
Switching Time: ≤ 10 ms (transition from 100 A charge to 100 A discharge)
Measurement Accuracy (15–35 °C):
Current: ±0.02% F.S.
Voltage: ±0.02% F.S.
Measurement Accuracy (0–45 °C):
Current: ±0.05% F.S.
Voltage: ±0.05% F.S.
With this level of performance, the device maintains instantaneous and highly precise control of current and voltage values even in dynamic scenarios such as pulsed loads, rapid CC/CV transitions, and BMS responses. This ensures repeatable, laboratory-grade measurement results.
