http://www.capewind.org/article24.htm
Cape Wind is to be 130 windmills, generating 400 MW of power, and the turbines are spaced 900 yards apart (a staggered linear array 40 miles long I think). Scale this up by three to get 1000 MW, roughly.
My proposal would be to complicate things further by using the intermittent, unreliable wind to generate H2 as a form of energy storage, rather than putting the power online, except perhaps for low load periods.
Ten percent of grid power? Never, as a continuous supply. As a peak % for a time, we may get to 10%. Wind is better off grid.
As stored power, in H2 or some other storage medium, wind can add to the total available, maybe 5%, I don’t have everything I need to model it.
Another fraudulent lie.
Try 170 MW of expected *average* power not the peak number.
What an incredible waste of resources for an unreliable power supply.