Área parque eólico
- Created by
- Renato Passos, Eng. de Software
- Reviewed by
- Renato Passos, Eng. de Software
Last updated: Apr 18, 2026
Formula
~15 ha/MW
About this calculator
The wind farm land calculator estimates the surface area required to install a wind power generation plant based on the desired power capacity. The formula uses an average of 15 hectares per megawatt (ha/MW), though the range typically varies between 10-20 ha/MW depending on local conditions.
To calculate the area, simply input the desired generation capacity (in MW) and the tool multiplies this value by 15, generating an initial estimate. This metric is useful for infrastructure planning, assessing land availability feasibility, and dimensioning environmental impacts.
Important considerations include terrain topography (uneven areas may require more space), wind direction and intensity (which influence turbine layout), and legal restrictions such as environmental protection zones or urban regulations. Always complement this tool with specialized technical analyses for accurate results.
Frequently asked questions
Is the 15 hectares per MW formula exact?
No, it's an average. The actual requirement varies according to turbine density, local wind conditions, and local regulations. Adjust with technical studies for accuracy.
Can I use the calculator for small projects?
Yes, but note that smaller projects might require different proportions due to technical limitations and fixed infrastructure costs.
How to account for environmental protection areas?
The calculator doesn't consider legal restrictions. Consult official maps and zoning plans before finalizing the project.
Why does the result vary between 10-20 ha/MW?
Variation occurs due to factors like turbine models, terrain topography, and regional wind patterns. Coastal projects, for example, often have better wind consistency.