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Venturi Tube + Wind Turbine

Venturi Tube + Wind Turbine . John Aleman Vinnie Culmone Amanda Liu. Constraints. - Wind speed/direction Maintenance Fatigue Rotor nonlinear. Goals. Compare wind turbine efficiency . - Combine idea of venturi tube between buildings. Understand and design turbine

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Venturi Tube + Wind Turbine

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  1. Venturi Tube +Wind Turbine John Aleman Vinnie Culmone Amanda Liu

  2. Constraints • - Wind speed/direction • Maintenance • Fatigue • Rotor nonlinear

  3. Goals • Compare wind turbine efficiency - Combine idea of venturi tube between buildings • Understand and design turbine • to maximize Betz Limit

  4. Initial Design • 4.1 – 113 • Wind turbine • 4.1 MW • 27%

  5. Actual Design

  6. The Tests • Configurations • Small 3 blade Turbine inside Reducer • Small 3 blade Turbine w/o Reducer • Small 5 blade Turbine w/o Reducer • Large 3 blade Turbine w/o Reducer • Large 5 blade Turbine w/o Reducer • Small 5 blade Turbine inside Reducer • Wind Speeds • 20% 11 m/s 24mph • 30% 16 m/s 35mph

  7. Why it Failed Maybe

  8. Power Generated Results 70 W to 140 W

  9. Efficiencies

  10. Questions?

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