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The Chroma 170X0 Series Charge-Discharge Test System can simulate battery BMS wake-up through programmable test sequences and monitor cell status via BMS communication. It controls charge and discharge to dynamically adjust charging current in constant current (CC) mode while synchronously verifying BMS communication to optimize battery pack charging functionality and efficiency. The system can integrate with data loggers and temperature chambers to enhance overall testing flexibility. Its real-time monitoring mechanism helps track battery test status and detect abnormalities, ensuring operational safety and data accuracy. By simulating actual BBU load and charging behavior, the system assists in validating battery module performance and optimizing system design.

Chroma BBU Battery Module Testing

Battery Module Charge-Discharge Test Solutions

  • Capacity Testing: Verify BBU's ability to provide continuous power during outages or power failures
  • Charge-Discharge Performance Testing: Validate rapid discharge and stable charging capabilities to meet servers' high reliability requirements
  • Cycle Life and Durability Testing: Simulate multiple power cycling scenarios to ensure long-term BBU reliability
  • Thermal Management and Environmental Testing: Assess module performance under varying temperatures and humidity to guarantee suitability for data center environments

Battery Module Functional Testing / Production Line Automated Test System

Chroma employs a modular architecture design that flexibly adapts to various battery pack and BMS testing requirements, enhancing system compatibility and flexibility. Equipped with an intuitive user interface and the Chroma PowerPro platform, users can efficiently manage the testing process, covering applications from R&D to mass production stages.

  • Battery Module PMBus Communication Verification
  • Comparison of BMS Data Retrieval with Device Measurement Values 
  • Battery Module Open Circuit Voltage Test, DC Internal Resistance Measurement, and Individual Series Cell DC Internal Resistance Measurement
  • Battery Module Charge-Discharge Testing and Overcurrent Protection Testing with Real-Time
  • Multi-Channel Monitoring
Chroma BBU Battery Module Testing

BBU Battery Module Testing

RegenerativeBatteryPackTestSystem Model17050
  • CE Mark
  • Rohs 2 Compliant
Regenerative Battery Pack Test System
Model 17050
    Chroma 17050 system is a versatile platform that can be equipped with DC sources of different power ratings to cover a wide range of applications.
RegenerativesBatteriepack-Testsystem Model17020C
  • CE Mark
Regeneratives Batteriepack-Testsystem
Model 17020C
  • 150V 100A output operating range, 0V discharge functionality
  • Flexible configuration of test channels; Versatile programming functionality; Intuitive user interface
  • High-precision current/voltage measurement; Seamless switching between charging and discharging; Stable and uninterrupted current
  • Suitable for battery module/pack design validation, production test, product certification
RegenerativesBatteriepack-Testsystem Model17040E
  • CE Mark
  • Rohs 2 Compliant
Regeneratives Batteriepack-Testsystem
Model 17040E
  • Voltage:1700V/850V, Current:400A/600A, Power:Up to 1.6MW/Up to 2.4MW
  • Mehrere Sicherheitsschutzvorrichtungen für das Risikomanagement der Personalsicherheit und Steuerung von Batterietests
  • Flexible Integration für automatisierte Lösungen zur Batterieverifizierung
RegenerativesBatteriepack-Testsystem Model17040
  • CE Mark
  • Taiwan Excellence 2019
Regeneratives Batteriepack-Testsystem
Model 17040
  • Spannungs bereich: 60~1000 V, Strom bereich: 0~1500 A, Leistungs bereich: 0~600kW
  • Spannungs-/Strommessung mit hoher Genauigkeit (±0,05 % FS/±0,02 % FS)
  • Mehrere Spannungs- und Strombereiche für automatische Bereichseinstellungsfunktion zur Bereitstellung einer optimalen Auflösung
  • Entspricht internationalen Standards für Batterieprüfung: IEC, ISO, UL und GB/T usw.
  • Regenerative Batterieenergieentladung (Effizienz > 90 %, PF > 0,95, I_THD < 5 %)
RegenerativesBatteriepack-Testsystem Model17020
  • CE Mark
Regeneratives Batteriepack-Testsystem
Model 17020
  • 24 V/60 V/100 V Spannung für Elektrofahrzeuge, Prüfung des Speicherbatteriepacks/-moduls
  • Max. 60 unabhängige Kanäle, parallel für Starkstrom
BatteryPackEOLATS Model8720
  • CE Mark
Battery Pack EOL ATS
Model 8720
  • Speziell für eine Produktionsanlage oder die Entwicklungsprüfung von Batterien entwickelt
  • Erhöht die Effizienz der Qualitätssicherung um bis zu 80 % 
  • Überprüfung der BMS-Funktionen, Anschlussspannungsfestigkeit, Einheitlichkeit und Leistung des Batteriemoduls
  • Bereich der Lade-/Entladeleistung: 5 kW – 350 kW
  • Bereich der Lade-/Entladespannung: 0 V – 900 V