Calculate Wind Speed at 88masl with Coefficient 0.3

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SUMMARY

The discussion focuses on calculating wind speed at 88 meters above sea level (masl) given a wind speed of 5 m/s at 10 masl and a surface roughness coefficient of 0.3. The calculation involves applying the logarithmic wind profile equation, which accounts for changes in elevation and surface roughness. The specific formula used is V2 = V1 * (ln(z2/z0) / ln(z1/z0)), where V1 is the wind speed at the lower elevation, z1 is the lower elevation, z2 is the higher elevation, and z0 is the roughness length derived from the coefficient.

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  • Understanding of logarithmic wind profile equations
  • Familiarity with surface roughness coefficients
  • Basic knowledge of meteorological terms such as wind speed and elevation
  • Ability to perform mathematical calculations involving logarithms
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  • Learn how to determine surface roughness lengths for various terrains
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Meteorologists, environmental scientists, and engineers involved in wind energy projects or atmospheric studies will benefit from this discussion.

Alan_m_t
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If the wind speed is 5m/s at 10masl. How can i calculate the wind speed at 88masl with a surface roughness coefficient of 0.3?

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What is "masl"?
 
Meters above sea level.
 

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