High-precision battery performance testing.
Integrated charge/discharge: Single-channel 40kW power with 0-200V/±200A range, covering full lifecycle testing of power batteries.
Accurate resistance diagnostics: Dual-mode DCIR (±0.05% accuracy) and ACIR (3mΩ–300Ω range) measurements to rapidly identify cell inconsistencies.
Dynamic performance validation: Current response time ≤3ms and minimum step duration 0.1s, compatible with fast-charging protocol validation and transient condition simulation.
Deep compatibility with mainstream BMS protocols.
Full BMS functional verification: Supports CAN communication (DBC configuration), SOC calibration, cell balancing diagnostics, and fast/slow charge state simulation for BMS-battery system co-testing.
Multi-dimensional data cdomparison: Automatically aligns BMS-reported data (voltage/temperature/voltage deviation) with device-measured values, visualizing accuracy deviations in real time.
Programmable testing & data processing platform.
Customizable workflows: Define test parameters, items, and sequences flexibly.
Data traceability: Supports TCP/IP communication and wireless barcode scanners (1D/2D codes) to automatically link test data with battery IDs.
One-click reporting: Exports test results to Excel/TXT formats with automatic synchronization to MySQL databases.
MES/communication bus expansion.
Multi-protocol support: CAN/CANFD, RS485, RS232, Line, LAN.
MES integration: Compatible with custom MES systems via open APIs for secondary development.
BMS universal compatibility: Built-in DBC converter for multi-standard BMS interfaces.
Multi-device synergy: Controls environmental chambers, chillers, and auxiliary equipment for complex scenario simulations.
Comprehensive battery safety performance testing.
High-voltage safety compliance testing: Supports insulation resistance (0.1MΩ–500GΩ) and DC/AC withstand voltage testing, ensuring battery systems meet international safety standards.
Intelligent alarming and protection: Combines hardware-level overvoltage/overcurrent/overtemperature protection with software-programmable safety thresholds (voltage/current limits) for dual-layer risk mitigation.
Failure mode simulation: Integrates short-circuit detection, HVIL (High Voltage Interlock) verification, and simulated collision signals to expose design flaws proactively.
