2013 - University College Cork
2013 - University College Cork
2013 - University College Cork
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RESEARCH PROJECTS<br />
46<br />
Marine Renewable Energy<br />
COMPONENTS FOR OCEAN RENEWABLE ENERGY<br />
SYSTEMS (CORES)<br />
Research Centre/Department/School:<br />
Hydraulics and Maritime Research Centre (HMRC)<br />
Contact PI: Prof. Tony Lewis (t.lewis@ucc.ie)<br />
Researchers: Prof. Tony Lewis, Dr. Ray Alcorn,<br />
Dr. Dara O’ Sullivan, Mark Healy, Florent Thiebaut,<br />
Judy Rea, Dr. Wanan Sheng, John O’ Callaghan.<br />
Start Year: 2008 – End Year: 2012<br />
Funding Body: European Community<br />
Seventh Framework Programme (FP7)<br />
Funding: €3.6 million<br />
Collaborating Partners: Ocean Energy Ltd, Queens <strong>University</strong> Belfast, <strong>University</strong><br />
of Exeter, Wave Energy Centre (Portugal), Universita di Bologna, Aalborg <strong>University</strong>,<br />
Robotiker Tecnalia, Instituto Superior Tecnico (Lisbon), MCS Kenny, Kymaner<br />
(Portugal), <strong>University</strong> of Limerick, Fraunhofer IWES<br />
Web: http://www.fp7-cores.eu/<br />
CORES is a European collaborative research project with 7 partners. It is the first EU project to be<br />
co-ordinated by an Irish research centre.<br />
Wave Energy Converters are at an early stage of development. First generation devices have been<br />
deployed at the shoreline and normally consist of Oscillating Water Column systems. In order for<br />
these systems to progress towards full commercial realisation they must develop into units suited<br />
to mass production.<br />
This project follows the successful FP6 funding round in which several fixed oscillating water column<br />
wave energy convertors were funded at demonstration level. These systems are now evolving<br />
from fixed to floating devices in deeper water, further offshore. This brings new challenges which<br />
this project aims to address. The end goal is to develop a low-risk way of addressing existing<br />
problems in order to consolidate all of the essential components of wave energy systems into one<br />
system model.<br />
This project concentrates on the development of new concepts and components for power-takeoff,<br />
control, moorings, risers, data acquisition and instrumentation based on floating OWC system<br />
with the intention however of them having relevance to other floating device types.<br />
KEY PUBLICATIONS<br />
& OUTPUTS<br />
Thiebaut et al., (2011), Testing of a<br />
floating OWC device with movable<br />
guide vane impulse turbine power<br />
take off, EWTEC 2011.<br />
Kelly et al., (2012), Challenges and<br />
lessons learned in the deployment of<br />
an offshore oscillating water column,<br />
EVER 2012.<br />
The OE Buoy being towed to the<br />
Galway Bay Wave Energy Test Site