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  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_038.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_034.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_021.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_019.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_042.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_041.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_040.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_037.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_033.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_032.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_031.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_029.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_028.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_027.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_026.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_024.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_023.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_022.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_015.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_012.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_011.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_009.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_008.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_007.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_004.JPG
  • Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_002.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_039.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_036.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_035.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_030.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_025.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_020.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_018.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_017.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_016.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_014.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_013.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_010.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_006.JPG
  • Aerial view of Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_005.JPG
  • Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_003.JPG
  • Nevada Solar One generating station, the largest concentrated solar power plant in the world using parabolic troughs in Boulder City, Nevada, USA. The plant has a maximum capacity of 75 MW.  Nevada Solar One uses 760 parabolic troughs (using more than 180,000 mirrors) made by Flabeg AG in Germany that concentrate the sun's rays onto thermos tubes placed at the focal axis of the troughs and containing a heat transfer fluid.
    solar_one_nevada_001.JPG
  • Solar powered pedestrian walk sign on Monroe Street in Chicago, IL, USA.
    chicago_0036.JPG
  • Solar powered irrigation locks in the Imperial Valley Niland, CA.
    farm_irrigation_0171.JPG
  • Solar powered irrigation locks in the Imperial Valley Niland, CA.
    farm_irrigation_0170.JPG
  • A family rides a golf cart celebrating the upcoming solar eclipse during the annual Sullivan's Island Independence Day parade July 4, 2017 in Sullivan's Island, South Carolina. The solar eclipse will be visible from the Charleston area for the longest period in the continental USA before moving over the Atlantic Ocean.
    Independence Day_519230.JPG
  • Solar powered irrigation locks in the Imperial Valley Niland, CA.
    farm_irrigation_0172.JPG
  • solar vehicle drives in the Slab City commune camp Niland, California
    slab_city_006.JPG
  • Solar vehicle drives in the Slab City commune camp Niland, California
    slab_city_005.JPG
  • solar vehicle drives in the Slab City commune camp Niland, California
    slab_city_003.JPG
  • Aerial view of a remote home built on a small island in the marsh Charleston, SC.
    aerial_Charleston_14138.JPG
  • Photovoltaic array in Las Vegas, NV.
    Las_Vegas_082.JPG
  • Aerial view of a remote home built on a small island in the marsh Charleston, SC.
    aerial_Charleston_14139.JPG
  • Aerial view of a remote home built on a small island in the marsh Charleston, SC.
    aerial_Charleston_14137.JPG
  • American astrophysicist John Bahcall during a NASA event November 22, 1996 in Washington, DC.
    John_Bahcall_939.JPG
  • Directional signs in Slab City commune camp Niland, California
    slab_city_007.JPG
  • Hoover Dam, once known as Boulder Dam, is a concrete arch-gravity dam in the Black Canyon of the Colorado River, on the border between the U.S. states of Arizona and Nevada. When completed in 1936, it was both the world's largest hydroelectric power generating station and the world's largest concrete structure. It was surpassed in both these respects by the Grand Coulee Dam in 1945. It is currently the world's 38th-largest hydroelectric generating station
    Las_vegas_05601.JPG
  • Hoover Dam, once known as Boulder Dam, is a concrete arch-gravity dam in the Black Canyon of the Colorado River, on the border between the U.S. states of Arizona and Nevada. When completed in 1936, it was both the world's largest hydroelectric power generating station and the world's largest concrete structure. It was surpassed in both these respects by the Grand Coulee Dam in 1945. It is currently the world's 38th-largest hydroelectric generating station
    Las_vegas_05501.JPG
  • Hoover Dam, once known as Boulder Dam, is a concrete arch-gravity dam in the Black Canyon of the Colorado River, on the border between the U.S. states of Arizona and Nevada. When completed in 1936, it was both the world's largest hydroelectric power generating station and the world's largest concrete structure. It was surpassed in both these respects by the Grand Coulee Dam in 1945. It is currently the world's 38th-largest hydroelectric generating station
    Las_vegas_05401.JPG
  • Hoover Dam, once known as Boulder Dam, is a concrete arch-gravity dam in the Black Canyon of the Colorado River, on the border between the U.S. states of Arizona and Nevada. When completed in 1936, it was both the world's largest hydroelectric power generating station and the world's largest concrete structure. It was surpassed in both these respects by the Grand Coulee Dam in 1945. It is currently the world's 38th-largest hydroelectric generating station
    Las_vegas_05301.JPG
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