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WIND TURINE DEIGN_20240812_225724_0000.pptx
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- 2. PRESENT ORS Raffy M. Paglinawan JoshuaA. Tracarol John Carl Remart M. Tubal Ezequiel T. Lamina
- 3. OVERVIEW • History • Type •Conclusion • Innovation • Application
- 4. OVERVIEW • History -Early Use -ModernInnovations • Type • Conclusion • Innovation • Application
- 5. OVERVIEW • Type • History VAWT: -Prosand Cons -Impact • Conclusion HAWT: -Pros and Cons -Impact • Innovation • Application
- 6. OVERVIEW • Type • History •Conclusion • Innovation • Application -Hybrid Design
- 7. OVERVIEW • Type • History •Conclusion -VAWT -HAWT • Innovation • Application
- 8. • Origin HISTORY • ModernInnovations ~ 500 BC - PRESENT - Horizontal Axis Wind Turbines - Vertical Axis Wind Turbines
- 9. -Liam F1 WindTurbine • Horizontal Axis Wind Turbines -Traditional Horizontal Axis Wind Turbines WIND TURBINE INNOVATIONS -Multi Rotor Wind Turbine
- 10. • Pros TRADITIONAL HORIZONTALAXIS WIND TURBINE Rotor Hub Low Speed Shaft High Speed Shaft Win d Rotor Blade Gear Box Generato r Nacell e Power Cables Tower TRANSFORME R Consumer GRID • Cons • Impacts - Efficiency - Energy production - Development - Cost Effective
- 11. • Pros TRADITIONAL HORIZONTALAXIS WIND TURBINE Rotor Hub Low Speed Shaft High Speed Shaft Win d Rotor Blade Gear Box Generato r Nacell e Power Cables Tower TRANSFORME R Consumer GRID • Cons • Impacts - Noise - Wildlife impact - Spot limitations
- 12. TRADITIONAL HORIZONTAL AXIS WINDTURBINE Rotor Hub Low Speed Shaft High Speed Shaft Win d Rotor Blade Gear Box Generato r Nacell e Power Cables Tower TRANSFORME R Consumer GRID • Impacts - Impact to wildlife - Economic Impact
- 13. • Pros MULTI ROTORWIND TURBINE GRID • Cons • Impacts - Improved energy capture - Reliability - Transport - Maintainance
- 14. • Pros MULTI ROTORWIND TURBINE GRID • Cons • Impacts - Increased complexity -Construction cost - Land use - Noise and Aesthetics
- 15. • Pros MULTI ROTORWIND TURBINE GRID • Cons • Impacts - Wild life risk - Carbon footprint during transport - Job creation
- 16. • Pros LIAM F1WIND TURBINE Generator Front Bearing Blade Shaft Main Frame Rear Bearing Brake • Cons • Impact - Ideal for urban environment - Minimal Noise - Operates on slower wind speed - Unsophisticated design
- 17. • Pros LIAM F1WIND TURBINE Generator Front Bearing Blade Shaft Main Frame Rear Bearing Brake • Cons • Impact - Limited scale and Output - Maintainance
- 18. LIAM F1 WINDTURBINE Generator Front Bearing Blade Shaft Main Frame Rear Bearing Brake • Impact - Environmental compatibility - Visual Impact
- 19. -Vortex Bladeless WindTurbine -Helical Wind Turbine -Savonius Wind Turbine WIND TURBINE INNOVATIONS • Vertical Axis Wind Turbines
- 20. SAVONIUS WIND TURBINE •Pros • Cons • Impacts - Ease of construction - Low speed operation - Low noise level
- 21. SAVONIUS WIND TURBINE •Pros • Cons • Impacts - Lower efficiency - Limited to small scale
- 22. SAVONIUS WIND TURBINE •Pros • Cons • Impacts - Reduce wildlife risk - Low noise pollution - Low initial cost - Low maintenance
- 23. HELICAL WIND TURBINE •Pros • Cons • Impact - Smoother rotation - Reduced Vibration - Omnidirectional - Visually appealing
- 24. HELICAL WIND TURBINE •Pros • Cons • Impact - Lower efficiency - Higher initial cost
- 25. HELICAL WIND TURBINE •Pros • Cons • Impact - Reduce wildlife risk - Low noise pollution
- 26. • Pros VORTEX BLADELESS TURBINE •Cons • Impact - Low maintenance - Easy Installation - Lower initial cost
- 27. • Pros VORTEX BLADELESS TURBINE •Cons • Impact - Low energy conversion - Optimal wind speed
- 28. • Pros VORTEX BLADELESS TURBINE •Cons • Impact - Less harm to wildlife - Lower noise
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- 31. CONCLUSION • Omni-directional VAWT • LowerInstallation Height • Quieter Operation • Simplified Maintenance
- 32. CONCLUSION HAWT • Higher Efficiency •Higher Energy Output • Sustainable Energy Solutions
- 33. THANK YOU! I hopeyou learn something new today!