Full-Scale Turbine
Project Summary
One of PSU WEC’s previous activities was designing and manufacturing a fully-functional horizontal axis turbine comprising a passive blade pitch system and an axial flux generator. Full of engineering challenges, students were required to use their analytical, problem-solving, and interpersonal skills to work within teams to develop the necessary components for the system. The teams (listed below) involved in brainstorming, developing new ideas, prototyping, and machining/manufacturing the final component.
Teams
Generator Design/Machining
Suggested Majors: Electrical, Mechanical, and Industrial
Responsibilities:
- Calculate the electrical properties of different-sized generators
- Set molds and wind coils
- Test different load resistances in the wind tunnel to maximize efficiency
- Minimize the moment of inertia of the previous year’s design
Turbine Structural Analysis/Manufacturing
Suggested Majors: Mechanical and Industrial
Responsibilities:
- Design to comply with Simple Model 500 safety factors and load requirements
- Perform hand calculations and FEA in Solidworks to verify the loading of various wind conditions
- Design prototype for manufacturability at a cost-effective budget
- Communicate and incorporate subsystems into manufacturing practices
Electrical/Controls
Suggested Majors: Electrical and Computer Science
Responsibilities:
- Develop an effective control system using software development and hardware design
- Work closely with the Structures and Aero team regarding the yaw system
- Ensure safe electrical practices with load dissipation and circuitry
- To perform sorcery and make the impossible work
Blade Design/Manufacturing
Suggested Majors: Aerospace, Mechanical, and Industrial
Responsibilities:
- Generate and test efficient blade geometries to fit the specified design envelope
- Develop a yaw mechanism on the tailfin
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- Communicate with vendors regarding carbon-fiber blade manufacturing