SSCH120-3000/15000AC DynamometerTestBenchForTestingNowy silnik pojazdu energetycznego zainstalowany w kontenerze

Dynamometr badawczy silnika
August 12, 2025
Category Connection: Dynamometr do testowania silnika
Brief: Discover the SSCH120-3000/15000 AC Dynamometer Test Bench, designed for testing new energy vehicle motors and installed in a container. This advanced system meets all technical requirements for motor and engine performance tests, offering reliable, energy-efficient, and modular solutions for your testing needs.
Related Product Features:
  • Integrated container system for easy transport and setup, ensuring reliability during long-distance transportation.
  • Advanced electric dynamometer with precise control strategy, improving dynamic response and accuracy.
  • Unique feed-forward control theory and electric inertia simulation system for smooth transition of working conditions.
  • Central safety control system with multi-level protection strategies for system and product safety.
  • Energy-efficient design converts mechanical energy into electrical energy, feeding it back to the internal grid.
  • Modular design allows customization based on different test requirements and budgets.
  • Open system with Seelong's test and control software for high dynamic control and integration of external equipment.
  • Suitable for various tests including temperature rise, torque and speed characteristics, overload capacity, and more.
FAQ:
  • What tests can the SSCH120-3000/15000 AC Dynamometer Test Bench perform?
    The system can perform temperature rise tests, motor torque and speed characteristics, overload capacity tests, responsiveness tests, locked-rotor tests, and more for new energy motors. It also supports engine performance tests like full load, partial load, and idle speed tests.
  • What are the key advantages of the electric dynamometer in this system?
    The electric dynamometer offers energy efficiency by converting mechanical energy into electrical energy, two-way loading capabilities, easy maintenance with standardized parts, and modular design for customization. It also features advanced control algorithms for precise performance.
  • How does the system ensure safety during testing?
    The system includes a central safety control system with real-time monitoring, failure warning, threshold alarm, system linkage, and emergency shutdown features to protect both the tested product and the system.