Turbine Construction Contract with Lockheed Martin
ATLANTIS RESOURCES LIMITED
(“Atlantis” or the “Company”)
Turbine Construction Contract with Lockheed Martin
Atlantis, majority owner of the world’s largest tidal stream energy project, MeyGen, announces today that it has executed a construction contract with global defence contractor Lockheed Martin, for the delivery of Atlantis’ new 1.5 megawatt AR1500 turbine to fulfil the Company’s MeyGen project turbine supply obligations. The 18 metre rotor diameter AR1500 turbine, scheduled for delivery dockside in Scotland in 2016, will be one of the largest capacity single rotor turbines ever built. The AR1500 turbine will have an active rotor pitching system and full nacelle yawing capability.
The Lockheed Martin turbine construction contract scope includes the manufacture of the steel turbine housing, the assembly of all the turbine modules (including the gearbox and generator) and the systems integration and quality assurance of the overall turbine delivery programme. Lockheed and Atlantis are working with the supply chain in Scotland to maximise local content for the AR1500.
This announcement marks the latest step in the Atlantis – Lockheed Martin relationship and builds on Lockheed Martin’s contribution under the AR1500 detailed design contract. The yaw drive and variable pitch system that will be integrated into the AR1500 are being developed and manufactured by Lockheed Martin as part of their commitment under the existing technology partnership teaming agreement struck between Atlantis and Lockheed in 2013.
Atlantis is also pleased to announce that contractors will today commence horizontal directional drilling operations at the MeyGen site in Caithness, to create the bores for the cables which will link the onshore site at Ness of Quoys with the four subsea turbines. Construction works have been underway at the onshore site since January to prepare the necessary infrastructure for this important phase of the project.
Tim Cornelius, CEO of Atlantis, commented:
“This new multi-million pound contract with Lockheed Martin further develops the strong relationship that exists between the two companies who are at the forefront of tidal power generation. Lockheed Martin has been a strong partner and supporter of Atlantis for a number of years and we look forward to continuing to work alongside this global technology giant as we continue to deliver turbine systems for installation on the MeyGen project going forward.”
For further information please contact:
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Atlantis Resources Limited |
via FTI Consulting |
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Tim Cornelius, Chief Executive Officer |
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Duncan Black, Chief Financial Officer |
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Peel Hunt LLP (Nominated Adviser and Broker) |
+44 (0) 20 7418 8900 |
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Daniel Harris / Jock Maxwell MacDonald |
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FTI Consulting |
+44 (0) 20 3727 1000 |
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Ben Brewerton / Alex Beagley / Stephanie Blott / James Styles |
Atlantis names Lockheed Martin as principal contractor to deliver AR1500 turbine to the MeyGen tidal power project
- Lockheed Martin awarded construction contract to build Atlantis’ new 1.5MW AR1500 tidal turbine for the MeyGen project.
- Atlantis boosts strong partnership following initial collaboration on design optimisation of the AR1500.
- Construction continues on the398MW MeyGen project as horizontal drilling operations commence on-site.
Atlantis, majority owner of the world’s largest tidal stream energy project, MeyGen, announces today that it has executed a construction contract with global defence contractor Lockheed Martin for the delivery of Atlantis’ new 1.5 megawatt AR1500 turbine to fulfil the Company’s MeyGen project turbine supply obligations.
The 18 metre rotor diameter AR1500 turbine, scheduled for delivery dockside in Scotland in 2016, will be one of the largest capacity single rotor turbines ever built. The AR1500 turbine will have an active rotor pitching system and full nacelle yawing capability.
The Lockheed Martin turbine construction contract scope includes the manufacture of the steel turbine housing, the assembly of all the turbine modules (including the gearbox and generator) and the systems integration and quality assurance of the overall turbine delivery programme. Lockheed and Atlantis are working with the supply chain in Scotland to maximise local content for the AR1500.
This announcement marks the latest step in the Atlantis – Lockheed Martin relationship and builds on Lockheed Martin’s contribution under the AR1500 detailed design contract. The yaw drive and variable pitch system that will be integrated into the AR1500 are being developed and manufactured by Lockheed Martin as part of their commitment under the existing technology partnership teaming agreement struck between Atlantis and Lockheed in 2013.
Tim Cornelius, CEO of Atlantis, commented:
“This new multi-million pound contract with Lockheed Martin further develops the strong relationship that exists between the two companies who are at the forefront of tidal power generation. Lockheed Martin has been a strong partner and supporter of Atlantis for a number of years and we look forward to continuing to work alongside this global technology giant as we continue to deliver turbine systems for installation on the MeyGen project going forward.”
Atlantis has also announced that contractors have commenced horizontal directional drilling operations at the MeyGen site in Caithness, to create the bores for the cables which will link the onshore site at Ness of Quoys with the four subsea turbines. Each of the four bores will be approximately 550m long, and is designed to contain a 4.4kV cable through which tidally generated energy can be exported from the turbines to the onshore grid connection. The drilling is expected to take four months and will be carried out by Manchester-based O’Connor Utilities Ltd. Construction works have been underway at the onshore site since January to prepare the necessary infrastructure for this important phase of the project.
MeyGen was one of the first tidal projects in the world to secure the necessary planning consent, lease agreement, grid connection and power purchase agreement in order to begin onshore and offshore construction. Construction of the first phase of the project is expected to take place throughout 2015 and 2016, with first power being delivered to the grid for sale in 2016.