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Renewable Technologies 58 images Created 6 May 2015

Renewable and Clean Energy shoots for Exhibition in Brussels
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  • Manufacturing of subsea power cables used to link offshore wind arrays to shore installations. The cables are arranged on large cable carousels in the manufacturing facility
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  • Manufacturing of subsea power cables used to link offshore wind arrays to shore installations. The cables are arranged on large cable carousels in the manufacturing facility
    _MG_0187.jpg
  • Manufacturing of subsea power cables used to link offshore wind arrays to shore installations. The cables are arranged on large cable carousels in the manufacturing facility
    _MG_0180.jpg
  • Manufacturing of subsea power cables used to link offshore wind arrays to shore installations. The cables are arranged on large cable carousels in the manufacturing facility
    _MG_0312.jpg
  • Manufacturing of subsea power cables used to link offshore wind arrays to shore installations. The cables are arranged on large cable carousels in the manufacturing facility
    _MG_3047.jpg
  • Manufacturing of subsea power cables used to link offshore wind arrays to shore installations. The cables are arranged on large cable carousels in the manufacturing facility
    _MG_3038.jpg
  • Iceland Geothermal Energy installations
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  • Iceland Geothermal Energy installations
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  • Iceland Geothermal Energy installations
    1-_MG_3142.jpg
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  • 1-_MG_5187.jpg
  • Dec 2010 Iceland - Geo Thermal Power Plants - the Hellisheidi Geo Thermal Power Plant  located in Hengill southwest Iceland.The Hellisheiði Power Station is the second largest geothermal power station in the world, and the largest in Iceland. The facility is located in Hengill, southwest Iceland, 11 km (7 mi) from the Nesjavellir Geothermal Power Station. As of February 2009, the plant produces 213 MW of electricity, with a target capacity of 300 MW of electricity and 400 MW of thermal energy. Once this capacity is reached, it would rank as the largest geothermal power station in the world, in terms of installed capacity
    1-155-148-1-Icelandedit026.jpg
  • Dec 2010 Iceland - Geo Thermal Power Plants The pioneering Reykjanes Geothermal Power Plant in Iceland is now producing 100MWe from two 50MWe turbines. The plant uses steam from a reservoir at 290 to 320°C – the first time that geothermal steam of such high temperature has been used to generate electricity on a large scale.<br />
<br />
The new plant is located on the Reykjanes peninsula, in the south-western corner of Iceland. Owned by Sudurnes Regional Heating Corporation, the plant was designed by Enex, a conglomerate from the Icelandic energy sector with wide experience in developing geothermal energy and hydropower. The two turbines started operation in May 2006 after testing and were formally brought on-line in December 2006. Five major geothermal power plants exist in Iceland, which produce approximately 24% (2008) of the nation's energy. In addition, geothermal heating meets the heating and hot water requirements of approximately 87% of all buildings in Iceland. Apart from geothermal energy, 75.4% of the nation’s electricity was generated by hydro power, and 0.1% from fossil fuels
    1-156-149-1-Icelandedit029.jpg
  • Dec 2010 Iceland - Geo Thermal Power Plants The pioneering Reykjanes Geothermal Power Plant in Iceland is now producing 100MWe from two 50MWe turbines. The plant uses steam from a reservoir at 290 to 320°C – the first time that geothermal steam of such high temperature has been used to generate electricity on a large scale.<br />
<br />
The new plant is located on the Reykjanes peninsula, in the south-western corner of Iceland. Owned by Sudurnes Regional Heating Corporation, the plant was designed by Enex, a conglomerate from the Icelandic energy sector with wide experience in developing geothermal energy and hydropower. The two turbines started operation in May 2006 after testing and were formally brought on-line in December 2006. Five major geothermal power plants exist in Iceland, which produce approximately 24% (2008) of the nation's energy. In addition, geothermal heating meets the heating and hot water requirements of approximately 87% of all buildings in Iceland. Apart from geothermal energy, 75.4% of the nation’s electricity was generated by hydro power, and 0.1% from fossil fuels
    1-IceGeoT-2966.jpg
  • Dec 2010 Iceland - Geo Thermal Power Plants The pioneering Reykjanes Geothermal Power Plant in Iceland is now producing 100MWe from two 50MWe turbines. The plant uses steam from a reservoir at 290 to 320°C – the first time that geothermal steam of such high temperature has been used to generate electricity on a large scale.The new plant is located on the Reykjanes peninsula, in the south-western corner of Iceland. Owned by Sudurnes Regional Heating Corporation, the plant was designed by Enex, a conglomerate from the Icelandic energy sector with wide experience in developing geothermal energy and hydropower. The two turbines started operation in May 2006 after testing and were formally brought on-line in December 2006. Five major geothermal power plants exist in Iceland, which produce approximately 24% (2008) of the nation's energy. In addition, geothermal heating meets the heating and hot water requirements of approximately 87% of all buildings in Iceland. Apart from geothermal energy, 75.4% of the nation’s electricity was generated by hydro power, and 0.1% from fossil fuels
    1-IceGeoT-3026.jpg
  • Dec 2010 Iceland - Geo Thermal Power Plants The pioneering Reykjanes Geothermal Power Plant in Iceland is now producing 100MWe from two 50MWe turbines. The plant uses steam from a reservoir at 290 to 320°C – the first time that geothermal steam of such high temperature has been used to generate electricity on a large scale.The new plant is located on the Reykjanes peninsula, in the south-western corner of Iceland. Owned by Sudurnes Regional Heating Corporation, the plant was designed by Enex, a conglomerate from the Icelandic energy sector with wide experience in developing geothermal energy and hydropower. The two turbines started operation in May 2006 after testing and were formally brought on-line in December 2006. Five major geothermal power plants exist in Iceland, which produce approximately 24% (2008) of the nation's energy. In addition, geothermal heating meets the heating and hot water requirements of approximately 87% of all buildings in Iceland. Apart from geothermal energy, 75.4% of the nation’s electricity was generated by hydro power, and 0.1% from fossil fuels
    1-IceGeoT-3358.jpg
  • Orkney Islands Sept 2011 Wave and Tidal Power shoot - The Pelamis Wave Power machine in Orkney - alongside in Lyness - the machine is the P2 . The Pelamis absorbs the energy of ocean waves and converts it into electricity.  The machine floats semi-submerged on the surface of the water and is made up of a number of cylindrical sections joined together by hinged joints.  As waves pass down the length of the machine these sections flex relative to one another.  The motion at each hinged joint is resisted by hydraulic cylinders which pump fluid into high pressure accumulators allowing electrical generation to be smooth and continuous.  Control of the resistance applied by the hydraulic cylinders allows generation to be maximised when waves are small, and the machine response to be minimised in storms.  All generation systems are sealed and dry inside the machines and power is transmitted to shore using standard subsea cables and equipment.
    1-Orkney-4850.jpg
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  • Orkney Islands Sept 2011 Wave and Tidal Power shoot - The Pelamis Wave Power machine in Orkney - alongside in Lyness - the machine is the P2 . The Pelamis absorbs the energy of ocean waves and converts it into electricity.  The machine floats semi-submerged on the surface of the water and is made up of a number of cylindrical sections joined together by hinged joints.  As waves pass down the length of the machine these sections flex relative to one another.  The motion at each hinged joint is resisted by hydraulic cylinders which pump fluid into high pressure accumulators allowing electrical generation to be smooth and continuous.  Control of the resistance applied by the hydraulic cylinders allows generation to be maximised when waves are small, and the machine response to be minimised in storms.  All generation systems are sealed and dry inside the machines and power is transmitted to shore using standard subsea cables and equipment.
    2-Orkney-4866.jpg
  • Orkney Islands Sept 2011 Wave and Tidal Power shoot - The Pelamis Wave Power machine in Orkney - alongside in Lyness - the machine is the P2 . The Pelamis absorbs the energy of ocean waves and converts it into electricity.  The machine floats semi-submerged on the surface of the water and is made up of a number of cylindrical sections joined together by hinged joints.  As waves pass down the length of the machine these sections flex relative to one another.  The motion at each hinged joint is resisted by hydraulic cylinders which pump fluid into high pressure accumulators allowing electrical generation to be smooth and continuous.  Control of the resistance applied by the hydraulic cylinders allows generation to be maximised when waves are small, and the machine response to be minimised in storms.  All generation systems are sealed and dry inside the machines and power is transmitted to shore using standard subsea cables and equipment.
    3-Orkney-4876.jpg
  • Orkney Islands Sept 2011 Wave and Tidal Power shoot - The Pelamis Wave Power machine in Orkney - alongside in Lyness - the machine is the P2 . The Pelamis absorbs the energy of ocean waves and converts it into electricity.  The machine floats semi-submerged on the surface of the water and is made up of a number of cylindrical sections joined together by hinged joints.  As waves pass down the length of the machine these sections flex relative to one another.  The motion at each hinged joint is resisted by hydraulic cylinders which pump fluid into high pressure accumulators allowing electrical generation to be smooth and continuous.  Control of the resistance applied by the hydraulic cylinders allows generation to be maximised when waves are small, and the machine response to be minimised in storms.  All generation systems are sealed and dry inside the machines and power is transmitted to shore using standard subsea cables and equipment.
    4-Orkney-4887.jpg
  • Orkney Islands Sept 2011 Wave and Tidal Power shoot - The Pelamis Wave Power machine in Orkney - alongside in Lyness - the machine is the P2 . The Pelamis absorbs the energy of ocean waves and converts it into electricity.  The machine floats semi-submerged on the surface of the water and is made up of a number of cylindrical sections joined together by hinged joints.  As waves pass down the length of the machine these sections flex relative to one another.  The motion at each hinged joint is resisted by hydraulic cylinders which pump fluid into high pressure accumulators allowing electrical generation to be smooth and continuous.  Control of the resistance applied by the hydraulic cylinders allows generation to be maximised when waves are small, and the machine response to be minimised in storms.  All generation systems are sealed and dry inside the machines and power is transmitted to shore using standard subsea cables and equipment.
    5-Orkney-4932.jpg
  • Orkney Islands Sept 2011 Wave and Tidal Power shoot - Tidal Generation Limited - backed by Rolls Rpyce -TGL is are currently operating a 500kWe concept demonstrator unit at The European Marine Energy Centre (EMEC) Tidal site in Orkney. This has been generating since September 2010 and provides power for up to 300 homes.
    6-Orkney-5039.jpg
  • Orkney Islands Sept 2011 Wave and Tidal Power shoot - Tidal Generation Limited - backed by Rolls Rpyce -TGL is are currently operating a 500kWe concept demonstrator unit at The European Marine Energy Centre (EMEC) Tidal site in Orkney. This has been generating since September 2010 and provides power for up to 300 homes.
    8-Orkney-3800.jpg
  • Orkney Islands Sept 2011 Wave and Tidal Power shoot - out testing with the Scotrenewables machine off Kirwall -  Scotrenewables Tidal Power Ltd is a renewable energy research and development business based in the Orkney Islands.
    9-Orkney-5133.jpg
  • Orkney Islands Sept 2011 Wave and Tidal Power shoot - Tidal Generation Limited - backed by Rolls Rpyce -TGL is are currently operating a 500kWe concept demonstrator unit at The European Marine Energy Centre (EMEC) Tidal site in Orkney. This has been generating since September 2010 and provides power for up to 300 homes.
    7-Orkney-5062.jpg
  • Oct 2010 Butterwick Moor Co Durham - construction of wind turbines at Butterwick Moor
    Butterwick-121.jpg
  • ELY - JDR Cables  Facility at Littleport, Cambridge
    24-JDRLit-LORes-4137_1.jpg
  • Oct 2010 Butterwick Moor Co Durham - construction of wind turbines at Butterwick Moor
    Butterwick-64 (1).jpg
  • 14/10/2014 - Ceres Power - Horsham
    CERES-HI--6215.jpg
  • 14/10/2014 - Ceres Power - Horsham
    CERES-HI--6771.jpg
  • Oct 2014 - Ceres Power - Horsham - construction of fuel cells . The Steel is a perforated sheet of steel with a special ceramic layer that transforms fuel (Hydrogen or Natural Gas) into electrical energy in a very efficient way.
    Ceres-LORES-6069.jpg
  • Oct 2014 - Ceres Power - Horsham - construction of fuel cells . The Steel is a perforated sheet of steel with a special ceramic layer that transforms fuel (Hydrogen or Natural Gas) into electrical energy in a very efficient way.
    Ceres-LORES-6217.jpg
  • Oct 2014 - Ceres Power - Horsham - construction of fuel cells . The Steel is a perforated sheet of steel with a special ceramic layer that transforms fuel (Hydrogen or Natural Gas) into electrical energy in a very efficient way.
    Ceres-LORES-6625.jpg
  • Iceland - Geothermal Power Stations in Iceland. The country is over 99% fossil fuel free for its electricity and hot water generation. The technology utilizes the fact that the earths crust is very thin in Iceland .
    Geothermal3.jpg
  • Iceland - Geothermal Power Stations in Iceland. The country is over 99% fossil fuel free for its electricity and hot water generation. The technology utilizes the fact that the earths crust is very thin in Iceland .
    Geothermal5.jpg
  • Iceland - Geothermal Power Stations in Iceland. The country is over 99% fossil fuel free for its electricity and hot water generation. The technology utilizes the fact that the earths crust is very thin in Iceland .
    Geothermal8.jpg
  • Feb 2014 Hartlepool - Loadout at JDR Cables
    JDRbb-180 (1).jpg
  • Oct 30 & 31st 2012 - Hartlepool - pics of operations at JDR Cables in Hartlepool<br />
steve@stevemorganphoto.co.uk
    JDRHartNo2-3639_1.jpg
  • Oct 2012 Harlepool - Pics at JDR Hartlepool for Annual Report
    JDRHiRes-177.jpg
  • MorganSteve_sol4sml.jpg
  • Orkney Islands Sept 2011 Wave and Tidal Power shoot - The Pelamis Wave Power machine in Orkney - alongside in Lyness - the machine is the P2 . The Pelamis absorbs the energy of ocean waves and converts it into electricity.  The machine floats semi-submerged on the surface of the water and is made up of a number of cylindrical sections joined together by hinged joints.  As waves pass down the length of the machine these sections flex relative to one another.  The motion at each hinged joint is resisted by hydraulic cylinders which pump fluid into high pressure accumulators allowing electrical generation to be smooth and continuous.  Control of the resistance applied by the hydraulic cylinders allows generation to be maximised when waves are small, and the machine response to be minimised in storms.  All generation systems are sealed and dry inside the machines and power is transmitted to shore using standard subsea cables and equipment.
    Orkney-4946 (1).jpg
  • MorganSteve_Solar4 (1).jpg
  • July 2013 - Spain - Andalucia - Solar thermal power stations
    SolarSpain-20 (1).jpg
  • July 2013 - Spain - Andalucia - Solar thermal power stations
    SolarSpain-26 (1).jpg
  • July 2013 - Spain - Andalucia - Solar thermal power stations
    SolarSpain-135.jpg
  • July 2013 - Spain - Andalucia - Solar thermal power stations
    SolarSpain-87 (b).jpg
  • July 2013 - Spain - Andalucia - Solar thermal power stations
    SolarSpain-87 (1).jpg
  • 29/01/2015 JDR Hartlepool - Images of terminations and testing
    T&Term-HIRES-46.jpg
  • July 2013 - Spain - Andalucia - Solar thermal power stations
    SolarSpain-190.jpg
  • Tata Steel Hartlepool - March 2013 - Profiling machine for wind turbine construction
    TATAHart.jpg
  • Aug 2014 - Tata Steel , Scunthorpe site - Rail products - welded rail at TATA Steel
    TATARail-1608 (1).jpg
  • Geothermal8HI.jpg
  • 14/10/2014 - Ceres Power - Horsham
    CERES-HI-6625.jpg
  • JDR-3047.jpg
  • Orkney Islands Sept 2011 Wave and Tidal Power shoot - out testing with the Scotrenewables machine off Kirwall -  Scotrenewables Tidal Power Ltd is a renewable energy research and development business based in the Orkney Islands.
    Orkney-5133.jpg
  • Orkney-4876HI.jpg
  • Solar-1090.jpg