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  • Solar power plant landscape view.<br />
The plant is located near Brinches, a small rural village, and built in farmland.
    _alc0161.jpg
  • Solar power plant landscape view, with olive trees in the foreground.<br />
The plant is located near Brinches, a small rural village, and built in farmland.
    _alc9602.jpg
  • Solar power plant landscape view.<br />
The plant is located near Brinches, a small rural village, and built in farmland.
    _alc0166.jpg
  • Solar power plant landscape view.<br />
The plant is located near Brinches, a small rural village, and built in farmland.
    _alc0148.jpg
  • Serpa's plant substation
    _ALC1909.jpg
  • Aerial view of Serpa solar power plant.
    _alc0263.jpg
  • Manuel Pinho, Economy Minister of Portugal and GE Kevin Walsh dedicate Serpa's power plant.
    _ALC1403.jpg
  • Workers fit electrical plugs on the last rows of panels, on the almost finished world?s largest solar power plant.
    _alc9544.jpg
  • Workers fit electrical plugs on the last rows of panels, on the almost finished world?s largest solar power plant.
    _alc9490.jpg
  • Workers fit electrical plugs on the last rows of panels, on the almost finished world?s largest solar power plant.
    _alc9507.jpg
  • Workers fit electrical plugs on the last rows of panels, on the almost finished world?s largest solar power plant.
    _alc9465.jpg
  • Serpa's plant substation
    _ALC1922.jpg
  • A local shepherd seems amused with all the rush around Serpa's power plant
    _ALC1678.jpg
  • Aerial view of Serpa solar power plant.
    _alc0335.jpg
  • Aerial view of Serpa solar power plant. <br />
On the left, Brinches, nearby village.
    _alc0227.jpg
  • Aerial view of Serpa solar power plant.
    _alc0247.jpg
  • A local villager watches plant?s trucks passing-by at Brinches, the neighbouring village.
    _alc9808.jpg
  • Serpa's plant substation
    _ALC1925.jpg
  • Aerial view of Serpa solar power plant.
    _alc0224.jpg
  • Aerial view of Serpa solar power plant.
    _alc0236.jpg
  • Biomass power plant. Using only by-products of forest industry, this utility produces electrical energy while reducing wildfire risk on nearby forested areas.
    _ALC7527.jpg
  • Biomass power plant. Using only by-products of forest industry, this utility produces electrical energy while reducing wildfire risk on nearby forested areas.
    _ALC7467.jpg
  • The lumber plant can be seen burning the excess sawdust down at the base of the mountain in La Nava, Honduras.   Jobs in Honduras are far and few between.  Jobs at a place like this are cherished because it takes the workers away from the fields.  Honduras is considered the third poorest country in the Western Hemisphere (Haiti, Nicaragua). With over 50% of the population living below the poverty line and 28% unemployed, Hondurans frequently turn to illegal immigration as a solution to their desperate situation. The Department of Homeland Security has noted an 95% increase in illegal immigrants coming from Honduras between 2000 and 2009, the largest increase of any country.
    h_00012389.jpg
  • Biomass power plant. Using only by-products of forest industry, this utility produces electrical energy while reducing wildfire risk on nearby forested areas.
    _ALC7637.jpg
  • Biomass power plant. Using only by-products of forest industry, this utility produces electrical energy while reducing wildfire risk on nearby forested areas.
    _ALC7592.jpg
  • Biomass power plant. Using only by-products of forest industry, this utility produces electrical energy while reducing wildfire risk on nearby forested areas.
    _ALC7586.jpg
  • Biomass power plant. Using only by-products of forest industry, this utility produces electrical energy while reducing wildfire risk on nearby forested areas.
    _ALC7515.jpg
  • Biomass power plant. Using only by-products of forest industry, this utility produces electrical energy while reducing wildfire risk on nearby forested areas.
    _ALC7481.jpg
  • Biomass power plant. Using only by-products of forest industry, this utility produces electrical energy while reducing wildfire risk on nearby forested areas.
    _ALC7461.jpg
  • Biomass power plant. Using only by-products of forest industry, this utility produces electrical energy while reducing wildfire risk on nearby forested areas.
    _ALC7643.jpg
  • Commissioning procedures. Doug Felmann, Powerlight Operations and Maintenance Manager checks system performance under open sunlight.
    _alc9917.jpg
  • Solar panel patterns.
    _alc9756.jpg
  • Solar panel patterns.
    _alc9367.jpg
  • Solar panel patterns.
    _alc9351.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC2163.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC2106.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC2072.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1901.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1812.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1635.jpg
  • GE Energy Financial Services managing director Kevin Walsh interviewd by Tood Woody, from Business 2.0 magazine.
    _ALC1438.jpg
  • _ALC1384.jpg
  • Manuel Pinho, Economy Minister of Portugal
    _ALC1237.jpg
  • Manuel Pinho, Economy Minister of Portugal
    _ALC1222.jpg
  • GE Energy Financial Services managing director Kevin Walsh talks with U.S. ambassador to the Portugal, Alfred Hoffman
    _ALC1187.jpg
  • Solar panels fixings are checked and bolts re-tightened.
    _alc0045.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1952.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1518.jpg
  • Solar panels fixings are checked and bolts re-tightened.
    _alc0039.jpg
  • Commissioning procedures. Doug Felmann, Powerlight Operations and Maintenance Manager checks system performance under open sunlight.
    _alc9941.jpg
  • Construction is finishing. Road workers spread sand over tout-venant.
    _alc9994.jpg
  • Solar panels fixings are checked and bolts re-tightened.
    _alc9967.jpg
  • Commissioning procedures. Doug Felmann, Powerlight Operations and Maintenance Manager checks system performance under open sunlight.
    _alc9933.jpg
  • Commissioning procedures. Doug Felmann, Powerlight Operations and Maintenance Manager checks system performance under open sunlight.
    _alc9920.jpg
  • Commissioning procedures. Doug Felmann, Powerlight Operations and Maintenance Manager checks system performance under open sunlight.
    _alc9910.jpg
  • During winter, at mid afternoon panels are angled at 45º for best performance.
    _alc9893.jpg
  • During winter, at mid afternoon panels are angled at 45º for best performance.
    _alc9873.jpg
  • During winter, at mid afternoon panels are angled at 45º for best performance.
    _alc9867.jpg
  • Early morning, panels are angled near 45º for best performance.
    _alc9862.jpg
  • Brinches, the neighbouring village.
    _alc9835.jpg
  • Typical Alentejo architecture at Brinches, the neighbouring village.
    _alc9829.jpg
  • Around midday PowerTracker system moves solar panels to 0º position. At 13h17 panels are already looking West, between 10º and 20º.
    _alc9806.jpg
  • Doug Felmann, Powerlight Operations and Maintenance Manager checks system before proceeding with electrical testing.
    _alc9785.jpg
  • Solar panel patterns.
    _alc9741.jpg
  • Doug Felmann, Powerlight Operations and Maintenance Manager checks system connections before proceeding with electrical testing.
    _alc9711.jpg
  • Doug Felmann, Powerlight Operations and Maintenance Manager checks system connections before proceeding with electrical testing.
    _alc9639.jpg
  • Electrical control device, at substation.
    _alc9437.jpg
  • PowerTracker device. This system senses the sun movement and moves the panels from East to West, using an engine with micromovement in order to get the best possible performance during the day.
    _alc9403.jpg
  • Electrical control device, at substation.
    _alc9436.jpg
  • Solar panel patterns.
    _alc9380.jpg
  • Mid morning, panels are angled at somewhere near 30º for best performance.
    _alc9372.jpg
  • Mid morning, panels are angled at somewhere near 30º for best performance.
    _alc9348.jpg
  • Meteorological station. PowerTracker system senses sun movement based on this device and moves solar panels from eastwards to westwards orientation.
    _alc9307.jpg
  • Early morning, panels are angled at 45º for best performance.
    _alc9294.jpg
  • _ALC2094.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC2037.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC2024.jpg
  • _ALC2019.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC2011.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1980.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1977.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1958.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1955.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1952.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1943.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1905.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1893.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1785.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1797.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1730.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1731.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1685.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1720.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1658.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1656.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1599.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1594.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1548.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1535.jpg
  • Solar panels move during the day using PowerTracker system, following sun's movement.
    _ALC1523.jpg
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