Wind Power Calculator
Power output from wind turbine
About
Estimate the power output of a windmill using key factors like air density, windmill efficiency, cross-sectional area, and wind velocity. Understand how wind speed significantly impacts energy generation and calculate year-round energy production for informed decisions.
What's New in Wind Power Calculator
1.5
January 20, 2026
- Updated for the newest devices. - Minor bugs fixed.
Developer apps
FAQ
What is the Wind Power Calculator app?
Wind Power Calculator is a utility app designed to estimate the available power generated by a windmill. It uses the formula Pa = 1/2 ξ ρ A v^3, considering factors like air density, windmill efficiency, cross-sectional area, and wind velocity.
How much does the Wind Power Calculator app cost?
The Wind Power Calculator app is a paid application, priced at $2.99. This one-time purchase grants you access to its features for estimating wind power.
Does Wind Power Calculator have ads?
No, Wind Power Calculator is ad-free. Users can enjoy the application without any advertisements interrupting their experience.
On which devices can I use Wind Power Calculator?
Wind Power Calculator is available for iOS devices, including iPhone, iPad, and iPod. It is designed to run on these platforms.
What is the age rating for Wind Power Calculator?
The Wind Power Calculator app has an age rating of 4+. This indicates it is suitable for users of all ages, including children.
How often is Wind Power Calculator updated?
The latest version of Wind Power Calculator is 1.5, last updated on January 20, 2026. This suggests regular updates to maintain and improve the application.
What is the user sentiment for Wind Power Calculator?
Based on the available data, Wind Power Calculator has a perfect rating of 5.0 stars from 1 review, indicating very positive user sentiment.
How does wind velocity affect power generation in Wind Power Calculator?
Wind Power Calculator highlights that wind velocity is the most significant factor in power generation. A mere 20% increase in wind velocity can boost power generation by a remarkable 73%.
