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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_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_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_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_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_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
  • Interior view of the Baroque style, Parroquia de Basílica Colegiata de Nuestra Señora de Guanajuato or Guanajuato Basilica in the historic center of Guanajuato City, Guanajuato, Mexico. The massive basilica was built in 1671 and contains a jewel incrusted image of the Virgin Mary.
    Guanajuato Mexico_20170108_235.JPG
  • Interior view of the Baroque style, Parroquia de Basílica Colegiata de Nuestra Señora de Guanajuato or Guanajuato Basilica in the historic center of Guanajuato City, Guanajuato, Mexico. The massive basilica was built in 1671 and contains a jewel incrusted image of the Virgin Mary.
    Guanajuato Mexico_20170108_233.JPG
  • The ruins of the San José de los Jémez Mission part of the Jemez Historic Site illuminated by hundreds of small paper lanterns known as luminaria to celebrate the holiday season December 12, 2015 in Jemez Springs, New Mexico. The site is in the Jémez Indian pueblo and contains an early 17th-century mission complex.
    Jemez_Springs_35077.jpg
  • The ruins of the San José de los Jémez Mission part of the Jemez Historic Site illuminated by hundreds of small paper lanterns known as luminaria to celebrate the holiday season December 12, 2015 in Jemez Springs, New Mexico. The site is in the Jémez Indian pueblo and contains an early 17th-century mission complex.
    Jemez_Springs_35076.jpg
  • The ruins of the San José de los Jémez Mission part of the Jemez Historic Site illuminated by hundreds of small paper lanterns known as luminaria to celebrate the holiday season December 12, 2015 in Jemez Springs, New Mexico. The site is in the Jémez Indian pueblo and contains an early 17th-century mission complex.
    Jemez_Springs_35075.jpg
  • Visitors view the ruins of the San José de los Jémez Mission part of the Jemez Historic Site illuminated by hundreds of small paper lanterns known as luminaria to celebrate the holiday season December 12, 2015 in Jemez Springs, New Mexico. The site is in the Jémez Indian pueblo and contains an early 17th-century mission complex.
    Jemez_Springs_35074.jpg
  • The ruins of the San José de los Jémez Mission part of the Jemez Historic Site is illuminated by hundreds of small paper lanterns known as luminaria to celebrate the holiday season December 12, 2015 in Jemez Springs, New Mexico. The site is in the Jémez Indian pueblo and contains an early 17th-century mission complex.
    Jemez_Springs_35070.jpg
  • The ruins of the San José de los Jémez Mission part of the Jemez Historic Site illuminated by hundreds of small paper lanterns known as luminaria to celebrate the holiday season December 12, 2015 in Jemez Springs, New Mexico. The site is in the Jémez Indian pueblo and contains an early 17th-century mission complex.
    Jemez_Springs_064.jpg
  • The ruins of the San José de los Jémez Mission part of the Jemez Historic Site illuminated by hundreds of small paper lanterns known as luminaria to celebrate the holiday season December 12, 2015 in Jemez Springs, New Mexico. The site is in the Jémez Indian pueblo and contains an early 17th-century mission complex.
    Jemez_Springs_063.jpg
  • People view the ruins of the San José de los Jémez Mission part of the Jemez Historic Site illuminated by hundreds of small paper lanterns known as luminaria to celebrate the holiday season December 12, 2015 in Jemez Springs, New Mexico. The site is in the Jémez Indian pueblo and contains an early 17th-century mission complex.
    Jemez_Springs_060.jpg
  • People view the ruins of the San José de los Jémez Mission part of the Jemez Historic Site illuminated by hundreds of small paper lanterns known as luminaria to celebrate the holiday season December 12, 2015 in Jemez Springs, New Mexico. The site is in the Jémez Indian pueblo and contains an early 17th-century mission complex.
    Jemez_Springs_059.jpg
  • A woman views the ruins of the San José de los Jémez Mission part of the Jemez Historic Site illuminated by hundreds of small paper lanterns known as luminaria to celebrate the holiday season December 12, 2015 in Jemez Springs, New Mexico. The site is in the Jémez Indian pueblo and contains an early 17th-century mission complex.
    Jemez_Springs_051.jpg
  • The ruins of the San José de los Jémez Mission part of the Jemez Historic Site illuminated by hundreds of small paper lanterns known as luminaria to celebrate the holiday season December 12, 2015 in Jemez Springs, New Mexico. The site is in the Jémez Indian pueblo and contains an early 17th-century mission complex.
    Jemez_Springs_050.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_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_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_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_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_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_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_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_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
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