Shine said: thanks for your input on this complex topic!
It is a common misconception that wind speeds are greatly compromised as you get closer to the ground. Interestingly enough, existing wind forecasting tools typically identify a region’s wind speed data relatively close to the ground, at around a 10-meter altitude!
Shine, with a deployment height of approximately one meter above ground level, would have no more than 2% to 3% reduction of the forecasted wind speeds due to turbulence increase. Shine's highly adaptable design is well equipped to operate in turbulent wind flow. The compact swept area of the turbine, although large enough to produce necessary power, has an automatic yaw that consistently tracks into the fluctuating path of the wind, regardless of turbulence and gusts.
Large wind turbines are unable to properly function in turbulence due to their size and electro-mechanical yaw, which is why they're built so high off the ground - to access the most laminar wind flow. The main consideration for ideal wind speeds, or “clean air”, while at ground level is the deployed turbine’s proximity to disruptive terrains. To mitigate “ground friction”, the turbine should not be set up behind a tree, in a ditch, or in other sheltered areas.
We completely agree that an independent review would be useful for people who don't understand wind power feasibility. Understandably so, most people don't have much experience harnessing wind power, especially micro wind power. We have something in the works for this! Hope this helps!