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Photo taken by Henning Kü

Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

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Page 1: Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

Photo taken by Henning Kühn

Page 2: Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

Wind Energy Basics

1. History2. Development3. Modern concepts4. Demonstration of the model

Page 3: Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

History

Charles Brush‘s windmill – first windmill that generated electricity

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Page 4: Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

Wind Energy Basics

1. History2. Development3. Modern concepts4. Demonstration of the model

Page 5: Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

Photo taken by Henning Kühn

Page 6: Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

Different kinds of turbines

Vertical axis wind turbine Horizontal axis wind turbine

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Page 7: Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

Development of the rotor diameter

Page 8: Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

Wind power capacity worldwide

http://en.wikipedia.org/wiki/Wind_power

Page 9: Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

Wind Energy Basics

1. History2. Development3. Modern concepts4. Demonstration of the model

Page 10: Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

Fixed Speed Induction Generator

Page 11: Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

Doubly-Fed Induction Generator

Page 12: Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

Generator with Fully Rated Converter/Direct Drive

Page 13: Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

Wind Energy Basics

1. History2. Development3. Modern concepts4. Demonstration of the model

Page 14: Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

Scheme of the model

Page 15: Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

Data of the model compared to a modern commercial wind turbine

Our model Fuhrländer FL 3000

Hub height 2.2 m 140 m

Rotor diameter 2 m 120 m

Voltage 7 V 690 V

Current 0.09 A 2510 A

Power per phase 0.63 W 1.0 MW

Total power 1.89 W 3.0 MW

Page 16: Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

CreditsA n d r e y N i k i s h i n

N i k l a s B e e r m a n nM a tt h i a s G e u s - P o h lM a tt h i a s H a e n e c k eJ a n e k H a u p tS ö r e n K o c kH e n n i n g K ü h nJ o h n Ö s t r e i c hM a r ti n R e i c hA h m e d R o u b a yD a n i e l R u d o l p hT h o m a s S c h w e i k a r dC h r i s t o p h e r S e n g eTo b i a s V o g e l g e s a n gC h r i s t o p h W e i n r i c hT i m H e b e s t r e i t

Page 17: Photo taken by Henning Kühn. Wind Energy Basics 1.History 2.Development 3.Modern concepts 4.Demonstration of the model

Thanks for your attention!