12. Wind turbine terminology and Components
Вставка
- Опубліковано 9 тра 2024
- Find the course on Coursera right here: www.coursera.org/learn/wind-e...
By Morten Hansen. This lecture will be about wind turbine technology, terminologies, and main components of the commercial horizontal-axis wind turbine and main degrees of freedom that such a turbine has. - Наука та технологія
Perfect video. Thank you for the information.
Learned a lot in a 6 min video than 5-year Engineering course
Simple and Short, Thank you
great and informative
Great video for understanding 🔥🔥❤️
Thank you for this lesson. Very easy to understand and remember.
Need a clarification. Does the Convertor (shown at 3:28 ) converts AC power from Generator to DC Power? I think instead of Convertor, the equipment at this place has to be a HV Transformer
Excellent presentation thank you
I love this side of the UA-cam
Nice explanation, Suscribed !!!
Such an easy explaination
PLZ explain the converter in detail.
Thank u soo much
Very helpful
Can u pls make PDF of these things which u tell and put it in description for more convenience
PERFECT VIDEO
Wind Turbine Terminology and Components
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Learning Objectives:
After this lecture you should be able to:
- List the main components of the commercial horizontal-axis wind turbine
- List the main degrees of freedom of the commercial horizontal-axis wind turbine
Main Components
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Rotor: Generates aerodynamic torque from the wind.
Nacelle: Converts the torque into electrical power.
Tower: Holds nacelle and rotor blades up in the wind and provides access to the nacelle.
Foundation: Ensures that the turbine stays upright
Main degrees of freedom
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Azimuth: Rotation of rotor about its shaft due to the torque.
Yaw: Rotation of nacelle about the vertical lengthwise axis of the tower.
Pitch: Rotation of blades about their lengthwise axis due to pitch control action.
Rotor:
Blades, Hub, Spinner, Pitch bearing and system
Summary
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The main components of the horizontal-axis wind turbine are:
Rotor with rotor Blades and Hub
Nacelle
Drivetrain with main bearing, gearbox, brake and generator
Power electronics consisting of the converter and transformers
Tower
Foundation
the main degrees of freedom are:
- Azimuth rotation of the rotor
- Yaw rotation of nacelle about the vertical axis
- Pitch rotation of the blades about their lengthwise axis
Nice! Thanks!
Thank u sir !😊
Thanks a lot, it's very helpfull. French student in wind turbine
Hi Samuel - glad to hear that! Best, Betina Laursen, DTU Wind Energy Communications
I wish someone would mention stance I noticed on some vertical wind turbines for sale it says stance not included I can’t find out what that is
Sir , please send 1 kva wind generator specification
Thanks a lot!
thanks put in youtube
Thanks for the video, it's very explanatory.
Hi Mert.
Thank you for your nice feedback.
Best regards
Betina Laursen, DTU Wind Energy Communications
They don't tell you everything....
Where does he explain how to power cables work?
Can't understand the purpose of converter, please explain it in detail
Why horizontal turbines are more efficient than vertical?
Gr8
Aviation landing
Plane spitter (shoots out a plane)
Maybe more for drones
Promotes steal th
iwind robots
wind turbines should be taken out of the world.
so that nature can regain its normal windflow.
the storms we now se are a result of these wind turbine parks.
Really? I don't think so bud, cause there's nothing we do bad to wind, we just make it flow as it like and use flow to generate electricity
@@lordkiwiz1535 so pulling energy out of the wind does not influence wind flow or where the rain falls !!! your statement violates basic physical rules.
In addition, I have read articles about wind turbines and killed birds. in northern Sweden they are cursed over wind farms.
Storms resulting from wind turbines? That's even more wind energy! INFINITE POWER!