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May 11, 2025
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WTT 247 - Controls & Troubleshooting Credits: 4 Lecture Hours: 2 Lab Hours: 4 Practicum Hours: 0 Work Experience: 0 Course Type: Voc/Tech This course will give students information and hands-on practice with wind turbine controls and sensors. Students will learn the control and sensing of the various functions of a wind turbine. Students will perform turbine malfunction troubleshooting with simulation software and lab trainers. Prerequisite: ELT 131 , ELT 217 , ELT 123 , WTT 133 , WTT 216 , WTT 245 Competencies
- Analyze Turbine Control Systems
- Describe the functions of major and auxillary wind turbine control subsystems.
- Summarize the operation states of a utility scale wind turbine.
- Evaluate wind turbine safety.
- Understand utility scale wind turbine safety.
- Demonstrate control safety procedures with wind turbine simulator.
- Utilize turbine control software.
- Describe the functions of wind turbine HMI/SCADA software.
- Use HMI/SCADA software with wind turbine simulator to monitor wind turbine operation.
- Explain wind turbine control power.
- Illustrate the power distribution system of a wind turbine control system.
- Describe how to manually turn on turbine digital outputs.
- Use wind turbine simulator to manually turn on turbine digital output.
- Explain wind turbine hydraulic power system.
- Describe the function of a wind turbine hydraulic system.
- Outline the operation of a wind turbine hydraulic power supply.
- Monitor wind turbine hydraulic operation parameters.
- Use wind turbine simulator to monitor wind turbine hydraulic operation parameters.
- Summarize how to manually override hydraulic cartridge valves.
- Use wind turbine simulator to manually override a solenoid-operated hydraulic cartridge valve.
- Discuss wind turbine yaw brakes
- Describe the operation of a wind turbine brake.
- Explain the operation of a wind turbine yaw brake.
- Summarize how to test the operation of a wind turbine yaw brake system.
- Describe how to test the operation of a wind turbine yaw brake system.
- Use wind turbine simulator to test the operation of a wind turbine yaw brake system.
- Trouble shoot a wind turbine yaw brake system.
- Examine wind turbine parking brake.
- Describe the operation of a wind turbine parking brake system.
- Summarize how to test the operation of a wind turbine parking brake system.
- Test the operation of a wind turbine parking brake with wind turbine simulator.
- Illustrate wind turbine rotor lock.
- Describe the operation of a wind turbine parking brake system.
- Understand how to test the operation of a wind turbine parking brake system.
- Test the operation of a wind turbine parking brake with wind turbine simulator.
- Outline wind turbine lubrication system.
- Describe the operation of a wind turbine yaw drive system.
- Define yaw position measurement.
- Summarize how to test the operation of a wind turbine yaw drive system.
- Test the operation of a wind turbine yaw drive system with wind turbine simulator.
- Evaluate a wind turbine twist box.
- Describe the operation of a wind turbine twist box system.
- Summarize how to test the operation of a wind turbine twiest box system.
- Test the operation of a wind turbine twist box with wind turbine simulator.
- Troubleshoot wind turbine control systems.
- Analyze Nacelle systems.
- Examine hydraulic systems.
- Critique Yaw drive systems.
- Evaluate wind turbine hub systems.
- Examine wind turbine hub functions.
- Analyze turbine hub servo mechanism and controls
- Critique turbine hub auxilary power system.
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