The document discusses the relationship between wind speed and the rate of energy production from a wind turbine. It explains that as wind speed increases, a turbine will produce more electricity and the generator temperature will also increase. It further notes that wind turbine designers normally define the rated wind speed of a turbine, which is important to understand in relation to the factors that determine the rotational kinetic power produced.

1. Wind Turbine:
The Speed of the Wind & the Rate
of Energy Production
May,2012
By: Khalid Shakaki
Abdullaziz Al-Nami

2. _ Introduction.
_ The Relationship.
_ Power Law.
_ Explanation.
_ Conclusion.

3. Wind turbines is a machine that converting
the kinetic energy in the wind first into rotational
kinetic energy

4. If the speed of the wind increase that mean the turbine
will produce more electricity and temperature in the
generator will increase also.

6. In the law before, we calculate the rotational
kinetic power produced in a wind turbine at its
rated wind speed.

7. This value is normally defined by the turbine designers but it
is important to understand the relationship between all of
these factors.

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www.raeng.org.uk/.../pdf/.../23_Wind_Turbine.pdf
• Person Chemistry.
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