Wind Turbine Power Drive System
(RE121)
- Simulating the self-governing turbine operating at a certain wind speed.
- Investigating how torque and speed impact the efficiency of the generator.
- Demonstrating the conversion of kinetic energy into electrical energy.
- Learning about power coefficient and tip- speed ratio.
- Examining how rotor blade angle and wind speed affect the usual torque characteristic of a wind rotor.
- Knowing the power restriction by adjusting the rotor blade angle and wind speed
- Familiarization with using wind-guided turbine control in autonomous mode.
Three-phase synchronous generator
- Rated speed: 500 RPM
- Max. Power: 750 W
- Max. Voltage: 30 V
Servo motor with driver
- Rated speed: 1500 RPM
- Rated power: 1.7 KW
Measuring range:
- Speed: 0 – 1500 RPM
- Torque: 0 – 10 Nm
- Voltage: 0 – 200 V
- Current: 0 – 25 A
- Wind Power Drive System (RE121)
- BEDO Software
- Hard copy user manual
Digital Content (BI01)
Wind Power Drive System is a comprehensive educational setup designed to provide hands-on training and practical knowledge about wind turbine technology. The power drive system is responsible for transferring the rotational energy from the turbine blades to the generator, where it is converted into electrical power.
- Wind Power Drive System demonstrates the wind turbine power drive system technology.
- The trainer features a scaled-down replica of a wind power drive system, which is the housing structure at the top of the wind turbine tower that contains the key components of a wind power drive.
- The training unit modeling of self-governing turbine operating at a certain wind speed.
- A changeable speed motor can be used to replicate a high torque, spinning wind rotor.
- The primary turbine parameters are examined in experiments using simulated characteristic diagrams to help with comprehension.
- The mechanical energy is transformed into electrical energy via a three-phase synchronous generator with rectifier.
- By using the touch screen can operate and control the adjustable load after transmitting electrical energy to it.
- The trainees can manage the adjustable load directly or via the simulation module in the BEDO software that comes with it.
- The rotor blade angle and wind velocity are studied in relation to simulated characteristic diagrams of the wind rotor using the BEDO software.
- With the selected operational or simulation conditions, it is possible to monitor the torques at the drive system and the power available at the generator.
- Sensors measure the generator's speed as well as the drive-side and generator torques, which are then digitally presented in the BEDO software.
- The measurements, automatic, characteristic curve, characteristic diagram capture and measurements in autonomous wind- guided turbine mode are also conceivable.