Could the strap of a space elevator will transport the electricity to the land of wind turbines in the air?
So, kill two birds with one stone. It could be funded by the NASA budget and investors in wind power with the help of government. wind turbines in the air can be attached and reattached to include space vehicles, as they can stay in the air with their own power. Since the wind turbines operate more efficiently at higher elevations, but require a tether. It seems that the strap and multi-functional and could be shared by both technologies. NOPLATE: – Yes I've read on the nanotubes, but I thought I had already worked out. — My bad, but I hope they can do. LiftPort read that was able to send a leash naotube up to 1000 feet, and is confident they can go a mile. Still a long way to go, but hopeful. BLAMAY: — Intreasting. — Can you explain how electricity is produced? (Sp) interesting.
A stumbling block in the area could produce their own electricity. This experiment was tried in a shuttle mission with a fourth strap mile and the energy it produced was phenomenal. The string by itself produce more energy than wind generators attached to it. I'm not sure, but there is something to do with the difference in speed from one end of the rope and the other. Somehow there is a large difference in the burden from one extreme to another. They said that a barrier for many miles long could easily power the city of New York, if I remember correctly. Do a search for the term "transfer belt. As I remember it was an accident with an experiment and when they found the bug, which was a form of high electrical current that was burned and melted the rope while testing a satellite. Http: / / www.ns.umich.edu/htdocs/ releases / story.php? id = 1122
A record transport of world’s longest blades
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