Danish Using Lasers to Increase Wind Turbine Efficiency

Risø DTU, also known as the Danish National Laboratory for Sustainable Energy, recently announced an interesting breakthrough in more efficient energy generation from wind turbines. This breakthrough involves using a laser-based anemometer built into the spinner to predict how the wind blows.

This smart wind turbines, as they are called, can increase electricity production up to five percent by using this new laser-based technology. What it does is measure the amount of wind coming upstream from the turbine by focusing a beam of “laser light at a distance in front of the wind turbine” so that it can “see” the wind before it hits the blades. This is said to allow the turbine to “optimize its position and adjust the blades so that the wind is used more efficiently, and the wind turbine lives longer.”

image via Risø DTU

image via Risø DTU

The increased electricity production, as mentioned above, comes primarily “primarily because it is possible to use longer blades.” This LIDAR system, as it is being called, generated results in recent tests which show it “can predict wind direction, gusts of wind and turbulence” so that “future wind turbines can increase energy production while reducing extreme loads.”

Risø DTU LIDAR [via Science Daily]

I am the editor-in-chief and founder for EarthTechling. This site is my desire to bring the world of green technology to consumers in a timely and informative matter. Prior to this my previous ventures have included a strong freelance writing career and time spent at Silicon Valley start ups.

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