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.
Các câu hỏi:
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.