How Does Wind Speed Affect Turbine Output? How Does Wind Speed Affect Turbine Output?

Wind speed determines how much energy can be produced by a turbine. When fossil fuels have been depleted, wind will still be availble to to produce low-cost, environmentally friendly energy. Read on to learn how wind speed can help predict how much energy you can expect from a turbine.

What is Wind Speed?

When wind passes through a turbine, it causes the parts to turn and produce energy. Wind speed can range from lower forms (like normal gusts) to more dangerous types (like hurricanes, gales, etc.). A turbine may not be able to handle winds at great speeds, but the perfect speed can produce great amounts of energy.

Understanding Turbine Output

The wind turbine creates power through the kinetic energy that comes from the blades of the wind turbine turning in the air. The blades are the important part of the output: the more quickly they move, the more energy is created and converted. While this technology can be found in traditional windmills, it is now created in newer, more modern blade-type wind turbines.

How Does it Affect the Turbine Output?

These turbines are designed to work with wind at certain speeds. In areas with low wind speed, turbines may not be effective. The machines may need to be placed at higher elevations to catch enough wind to create energy. If a turbine is not strong enough to handle the wind speed in certain areas, it may not be producing the maximum amount of energy. A turbine will only turn at a set speed, so one designed for high winds will be the most effective in especially gusty areas.

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