Array models are much more sophisticated than he could even understand. The simplest models use Fourier tranforms for the boundary layer effects on the lumpy terrain, and, for the wake development, turbulence levels computed from interaction of atmospheric stability, ground roughness, turbine scale, energy extraction and wind speed gradients . And it's still not complete, but tests on my ancient model in Sweden on a real 200 kW unit spinning in the Baltic breeze were not too bad
Why not put in all the effort? There's lotsa $ involved. And dont' even think of relocating a 1/2 mill $, 500 kW unit, the transfer would eat up 10 years profits!
It's a mistake to assume folks know less than you!
Peter Lissaman, Da Vinci Ventures
Expertise is not knowing everything, but knowing what to look for.
1454 Miracerros Loop South, Santa Fe, New Mexico 87505,USA
tel:(505)983-7728
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Sent: Wednesday, November 25, 2009 7:33:24 PM GMT -07:00 US/Canada Mountain
Subject: Friam Digest, Vol 77, Issue 29
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Today's Topics: 1. Re: flocking windmills (Steve Smith) 2. Re: Dunbar numbers and distributions (Steve Smith) 3. Re: flocking windmills (Roger Critchlow) 4. Re: flocking windmills (Marcus G. Daniels) 5. Re: "model" ( was Re: Dunbar numbers and distributions) (Steve Smith) 6. Re: Dunbar numbers and distributions (Steve Smith) 7. Re: Dunbar numbers and distributions (Nicholas Thompson) 8. Re: Dunbar numbers and distributions (Nicholas Thompson) 9. Re: "model" ( was Re: Dunbar numbers and distributions) (glen e. p. ropella) 10. Re: Dunbar numbers and distributions (glen e. p. ropella) 11. F'ing Windmills ([hidden email]) 12. F'ing Windmills! ([hidden email]) 13. Re: Dunbar numbers and distributions (Nicholas Thompson) 14. Re: Dunbar numbers and distributions (Marcus G. Daniels) 15. Massively collaborative mathematics (Mikhail Gorelkin) 16. Re: flocking windmills - bike race model (Hugh Trenchard)
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