Home
Categories
EXPLORE
True Crime
Comedy
Business
Society & Culture
Health & Fitness
Sports
Technology
About Us
Contact Us
Copyright
© 2024 PodJoint
00:00 / 00:00
Podjoint Logo
US
Sign in

or

Don't have an account?
Sign up
Forgot password
https://is1-ssl.mzstatic.com/image/thumb/Podcasts125/v4/a7/04/6c/a7046cb3-de8d-87b6-09ac-3e8ac62f6208/mza_7983738412033500198.jpg/600x600bb.jpg
GROW-to-GO
Grow to Go
21 episodes
5 days ago
Offshore wind energy has gone through tremendous developments in recent years. Innovation was a key driver for its success. If offshore wind wants to make a lasting contribution to the energy transition, the sector must continue to innovate. David de Jager of GROW - a consortium with a joint research program in offshore wind - gives you in this podcast series an impression of the key research and innovations that will shape the future of offshore wind.
Show more...
Technology
RSS
All content for GROW-to-GO is the property of Grow to Go and is served directly from their servers with no modification, redirects, or rehosting. The podcast is not affiliated with or endorsed by Podjoint in any way.
Offshore wind energy has gone through tremendous developments in recent years. Innovation was a key driver for its success. If offshore wind wants to make a lasting contribution to the energy transition, the sector must continue to innovate. David de Jager of GROW - a consortium with a joint research program in offshore wind - gives you in this podcast series an impression of the key research and innovations that will shape the future of offshore wind.
Show more...
Technology
https://d3t3ozftmdmh3i.cloudfront.net/production/podcast_uploaded_nologo/18500801/18500801-1634290661970-6b657ac09e138.jpg
9. The Next Airbender
GROW-to-GO
22 minutes 41 seconds
3 years ago
9. The Next Airbender
More energy through dynamic control over the wind flow inside an offshore wind farm “Wind turbines love a steady, constant, homogenous wind flow pattern. A wind turbine extracts energy from the wind. The wind pattern it leaves behind, downwind, is rather messy and turbulent. This is called the wake. Suppose a second wind turbine captures the wind in the wake of the first one. In that case, it will generate much less energy: Because the energy content of the wind is already significantly reduced and because the turbulence reduces the turbine’s efficiency to capture this energy.” Says Jan-Willem van Wingerden, full professor at the Technical University of Delft, on Data Driven Control, Wind Turbine and Wind Farm Control. “We’ve developed a way to control the wind flow inside a wind farm and increase the combined energy yield of all turbines.” https://grow-to-go.nl/202209-the-next-airbender
GROW-to-GO
Offshore wind energy has gone through tremendous developments in recent years. Innovation was a key driver for its success. If offshore wind wants to make a lasting contribution to the energy transition, the sector must continue to innovate. David de Jager of GROW - a consortium with a joint research program in offshore wind - gives you in this podcast series an impression of the key research and innovations that will shape the future of offshore wind.