The GUNT Wind Power Drive Train Trainer simulates a typical wind turbine drivetrain at laboratory scale, including an electric generator and three-stage spur gear. Driven by an adjustable-speed electric motor simulating a low-speed wind rotor, the system enables analysis of torque transmission, power output, and efficiency under variable loads and operating conditions.
Product Features
- Lab-scale wind power drive train simulating real turbine mechanics
- Electric motor drives system at low speed with high torque to simulate wind rotor behavior
- Three-stage spur gear connects slow-rotating drive side with fast-rotating generator
- Adjustable generator load simulates different wind and operating conditions
- Variable drive motor speed enables approximation of real-world torque characteristics
- Simulates mechanical power output of a wind rotor at varying wind speeds
- Sensors measure generator speed and torque on both drive and generator sides
- Digital display of real-time measurements via measuring amplifier
- Analogue outputs available for external data acquisition or processing
Benefits
- Hands-on training in wind turbine drivetrain operation and performance analysis
- Simulates realistic loading and torque transfer conditions
- Ideal for understanding mechanical-to-electrical energy conversion in wind systems
- Supports engineering education in renewable energy systems and turbine design
Why Choose the GUNT Wind Power Drive Train Trainer?
The GUNT Wind Power Drive Train Trainer provides essential training in wind turbine mechanics, offering real-world simulation of drivetrain components and variable generator loads. It is the perfect solution for renewable energy labs focused on mechanical performance, torque dynamics, and system optimization.
