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Check out this article, advocating the use of airships to loft optical
telescopes: http://www.dartmouth.edu/~news/releases/2006/07/14.html Then ponder this: under what conditions might it make sense to put large banks of solar panels on such airships, and beam the energy to the ground? They're above all clouds and weather, and above 95% of the atmosphere. The cost would be substantially lower than even a LEO satellite, I think. Unlike a LEO satellite, it could maintain a stationary ground position. Unlike a GEO satellite, it could do so even at high latitudes. Of course, like a LEO satellite (and unlike one in HEO), it would be eclipsed every day, just like solar panels on the ground. But that weather issue may still make it interesting. If you have a location which is frequently overcast, and has high peak power demands during the day, then such a high-altitude station could provide clean power right where it's needed. If it also happens to demonstrate the feasibility of beamed solar power, and get people wondering how to eliminate that pesky diurnal cycle, then so much the better. Any comments? Best, - Joe |
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