Global Warming Images
 
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20110524_IMG_1206_wind.jpg The PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually. with a wind turbine in the foreground.
 
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20110524_IMG_1288.jpg The PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually. With a sunflower in the foreground.
 
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20110524_IMG_1433.jpg The PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually. With a sunflower in the foreground.
 
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20110524_IMG_1513.jpg Heliostats, large reflective mirrors directing sunlight to the PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually. With a wind turbine.
 
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20110524_IMG_4020.jpg The PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually. With a sunflower in the foreground.
 
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20110524_IMG_4020_wind01.jpg The PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually. With a wind turbine.
 
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20110525_IMG_1547.jpg The PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually. With a sunflower in the foreground.
 
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20080709_IMG_a9998.jpg A thermometer taking the air temperature as part of a study to measure the speed of the Russell Glacier near Kangerlussuaq Greenland. The study is looking at how increasing quantities of melt water caused by climate change are affecting the glaciers speed which like most glaciers in Greenland has speeded up considerably in the last 20 years. It is thought that the meltwater helps lubricates the glaciers base enabling it to flow faster. As part of the study reflective poles were drilled 4 metres into the ice to measure their speed at various positions on the glacier. Within a month all the poles had fallen over as the glacier melted down over 4 metres
 
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20120412_IMG_4959.jpg Eroded rock formations near Jebel Sirwa in the Anti Atlas mountains of Morocco, North Africa.
 
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20120412_IMG_4960.jpg Eroded rock formations near Jebel Sirwa in the Anti Atlas mountains of Morocco, North Africa.
 
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20120412_IMG_4969.jpg Eroded rock formations near Jebel Sirwa in the Anti Atlas mountains of Morocco, North Africa.
 
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20120412_IMG_4973.jpg Eroded rock formations near Jebel Sirwa in the Anti Atlas mountains of Morocco, North Africa.
 
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20120412_IMG_4976.jpg Eroded rock formations near Jebel Sirwa in the Anti Atlas mountains of Morocco, North Africa.
 
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20120412_IMG_4978.jpg Eroded rock formations near Jebel Sirwa in the Anti Atlas mountains of Morocco, North Africa.
 
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20120412_IMG_4979.jpg Eroded rock formations near Jebel Sirwa in the Anti Atlas mountains of Morocco, North Africa.
 
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20120412_IMG_4984.jpg Eroded rock formations near Jebel Sirwa in the Anti Atlas mountains of Morocco, North Africa.
 
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20120412_IMG_5012.jpg Eroded rock formations near Jebel Sirwa in the Anti Atlas mountains of Morocco, North Africa.
 
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20120412_IMG_7857.jpg Eroded rock formations near Jebel Sirwa in the Anti Atlas mountains of Morocco, North Africa.
 
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IMG_0660_p.jpg Following the warmest and driest April on record, moorland fires broke out across the UK. Ogden Moor near Wainstalls above Halifax was one of many victims. Several square Km of moorland burned for four days. The blaze was tackled by fire fighters, but despite their efforts the blaze destroyed valuable moorland habitat, killing mammals and amphibians and destroying nesting birds nests. The wind farm was also closed down for a number of days as the blades were a danger to the helicopters fighting the blaze with aerial water drops. This shot shows fire fighters and water board engineers who were helping to tackle the blaze.
 
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IMG_3455_p.jpg The Andasol solar power station near Guadix in Andalucia, Spain, is the world's first and largest solar thermal parabolic trough power station. It was opened in 2009 and produces around 180 gigawatt hours per year, providing enough energy for around 200,000 people. It has a thermal storage system where molten salt stores the heat energy that can continue to turn the turbines for up to 7 hours, after sunset, or if the sun goes in.
 
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IMG_3456_p.jpg The Andasol solar power station near Guadix in Andalucia, Spain, is the world's first and largest solar thermal parabolic trough power station. It was opened in 2009 and produces around 180 gigawatt hours per year, providing enough energy for around 200,000 people. It has a thermal storage system where molten salt stores the heat energy that can continue to turn the turbines for up to 7 hours, after sunset, or if the sun goes in.
 
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IMG_3458_p.jpg The Andasol solar power station near Guadix in Andalucia, Spain, is the world's first and largest solar thermal parabolic trough power station. It was opened in 2009 and produces around 180 gigawatt hours per year, providing enough energy for around 200,000 people. It has a thermal storage system where molten salt stores the heat energy that can continue to turn the turbines for up to 7 hours, after sunset, or if the sun goes in.
 
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IMG_3459_p.jpg The Andasol solar power station near Guadix in Andalucia, Spain, is the world's first and largest solar thermal parabolic trough power station. It was opened in 2009 and produces around 180 gigawatt hours per year, providing enough energy for around 200,000 people. It has a thermal storage system where molten salt stores the heat energy that can continue to turn the turbines for up to 7 hours, after sunset, or if the sun goes in.
 
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IMG_3462_p.jpg The Andasol solar power station near Guadix in Andalucia, Spain, is the world's first and largest solar thermal parabolic trough power station. It was opened in 2009 and produces around 180 gigawatt hours per year, providing enough energy for around 200,000 people. It has a thermal storage system where molten salt stores the heat energy that can continue to turn the turbines for up to 7 hours, after sunset, or if the sun goes in. A wind farm in the background is also producing carbon neutral renewable energy
 
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IMG_3464_p.jpg The Andasol solar power station near Guadix in Andalucia, Spain, is the world's first and largest solar thermal parabolic trough power station. It was opened in 2009 and produces around 180 gigawatt hours per year, providing enough energy for around 200,000 people. It has a thermal storage system where molten salt stores the heat energy that can continue to turn the turbines for up to 7 hours, after sunset, or if the sun goes in.
 
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IMG_3465_p.jpg The Andasol solar power station near Guadix in Andalucia, Spain, is the world's first and largest solar thermal parabolic trough power station. It was opened in 2009 and produces around 180 gigawatt hours per year, providing enough energy for around 200,000 people. It has a thermal storage system where molten salt stores the heat energy that can continue to turn the turbines for up to 7 hours, after sunset, or if the sun goes in.
 
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IMG_3466_p.jpg The Andasol solar power station near Guadix in Andalucia, Spain, is the world's first and largest solar thermal parabolic trough power station. It was opened in 2009 and produces around 180 gigawatt hours per year, providing enough energy for around 200,000 people. It has a thermal storage system where molten salt stores the heat energy that can continue to turn the turbines for up to 7 hours, after sunset, or if the sun goes in. A wind farm in the background is also producing carbon neutral renewable energy
 
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IMG_3468_p.jpg The Andasol solar power station near Guadix in Andalucia, Spain, is the world's first and largest solar thermal parabolic trough power station. It was opened in 2009 and produces around 180 gigawatt hours per year, providing enough energy for around 200,000 people. It has a thermal storage system where molten salt stores the heat energy that can continue to turn the turbines for up to 7 hours, after sunset, or if the sun goes in.
 
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IMG_3745_p.jpg Part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3749_p.jpg Part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3769_p.jpg A specialist cleaning machine for cleaning the heliostats or mirrors at the PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually. The heliostats are cleaned on average every 5 days to ensure the highest efficiency o reflectivity of the suns energy.
 
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IMG_3776_p.jpg A specialist cleaning machine for cleaning the heliostats or mirrors at the PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually. The heliostats are cleaned on average every 5 days to ensure the highest efficiency o reflectivity of the suns energy.
 
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IMG_3815_p.jpg A new solar tower being constructed at the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3859_p.jpg High concentration photo voltaic panels being trialled by the research and development arm of Abengoa Solar, at their Solucar solar complex in Sanlucar la Mayor, Spain. Abengoa are investing massively in new solar technology.
 
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IMG_3860_p.jpg Heliostats, large reflective mirrors directing sunlight to the PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3862_p.jpg Heliostats, large reflective mirrors directing sunlight to the PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3866_p.jpg Heliostats, large reflective mirrors directing sunlight to the PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3867_p.jpg Heliostats, large reflective mirrors directing sunlight to the PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3869_p.jpg Heliostats, large reflective mirrors directing sunlight to the PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3870_p.jpg Heliostats, large reflective mirrors directing sunlight to the PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3874_p.jpg Heliostats, large reflective mirrors directing sunlight to the PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3875_p.jpg Heliostats, large reflective mirrors directing sunlight to the PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3876_p.jpg High concentration photo voltaic panels being trialled by the research and development arm of Abengoa Solar, at their Solucar solar complex in Sanlucar la Mayor, Spain. Abengoa are investing massively in new solar technology.
 
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IMG_3901_p.jpg Part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3904_p.jpg Part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3909_p.jpg Part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3910_p.jpg Part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3915_p.jpg Part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3919_p.jpg Part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3940_p.jpg Part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3948_p.jpg Part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3954_p.jpg Part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3965_p.jpg The PS10 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3970_p.jpg High concentration photo voltaic panels being trialled by the research and development arm of Abengoa Solar, at their Solucar solar complex in Sanlucar la Mayor, Spain. Abengoa are investing massively in new solar technology.
 
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IMG_3978_p.jpg The PS10 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3979_p.jpg Heliostats, large reflective mirrors directing sunlight to the PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3983_p.jpg Heliostats, large reflective mirrors directing sunlight to the PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3984 (1)_p.jpg The PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3984_p.jpg Heliostats, large reflective mirrors directing sunlight to the PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3988_p.jpg The PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3989_p.jpg The PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3991_p.jpg The PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3993_p.jpg Heliostats, large reflective mirrors directing sunlight to the PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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IMG_3995_p.jpg Heliostats, large reflective mirrors directing sunlight to the PS20 solar thermal tower, the only such working solar tower currently in the world. Its is part of the Solucar solar complex owned by Abengoa energy, in Sanlucar La Mayor, Andalucia, spain. The site has solar tower, parabolic trough and photovoltaic solar technology on the complex, generating 183 MW in total, enough to power 94,000 households and eliminating 114,000 tons of C02 emissions annually.
 
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