Page 50 - European Energy Innovation - winter 2018 publication
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50  Winter 2018 European Energy Innovation

    MARINE ENERGY

Project Natick, preparation to deploy Microsoft's datacentre at EMEC                Photo: ©Scott EklundRed, Box Pictures

At EMEC’s Billia Croo wave energy        the very worst of Orkney’s weather is      wave energy array in the UK to use a
test facilities we’re preparing to host  Finnish developer Wello Oy’s Penguin       single cable.
Belgian developer Laminaria with         wave energy converter. The Penguin,
its surge operated attenuator. This      which has been on station at our           And Swedish developer CorPower
device’s selling point is its unique     Billia Croo site since March 2017,         recently completed a rigorous
storm protection system that             has been subjected to wave heights         18-month test programme for its
lowers the attenuator’s ride height      in excess of 18 metres, marking a          C3 wave energy converter which
when wave power exceeds nominal          milestone in survivability.                culminated with ocean trials at
power production. The company                                                       EMEC’s scale test site in Scapa Flow.
say this feature prevents the device     Wello is currently building a second
undergoing excessive forces, ensuring    Penguin device to be installed             Just beyond Orkney, the Pentland
power production during even the         alongside the current one, as part of      Firth is now home to the MeyGen
heaviest of storms, and lowers cost      the CEFOW project, early next year.        project which, at 6MW rated capacity,
of construction.                         The ultimate aim is to deploy three        is the world’s largest tidal stream
                                         Penguin devices, all connected by a        array. MeyGen has generated over
A device that’s already experienced      subsea hub, in what will be the first      8GWh of energy to the grid to date.

Magallanes Renovables' ATIR                                           Photo: ©EMEC

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