Porto / Donegal / Dublin / Belfast / Lisbon / London / Mutriku / /
Company
Sustainable Energy Systems / INTRODUCTION Aquamarine Power Ltd / Aquamarine Power Ltd. / Renewable Energy / Coastal / Power Systems / /
Country
United Kingdom / Scotland / Spain / Ireland / /
Event
Natural Disaster / /
Facility
European Marine Energy Centre / University of Edinburgh / Queen’s University / Queens University / University College Dublin / Laboratory Experiment / /
IndustryTerm
energy levels / marine energy devices / wave energy community / wave surge energy / high-energy open sea environment / proof-ofconcept device / type devices / flap type wave energy converter / wave energy devices / wave energy absorption efficiency / wave energy conversion / Wave energy absorption / wave energy converters / fundamentals governing flap type devices / hinged device / wave energy device / energy / sea experience energy loss / wave energy converter / flap type surging wave energy converters / energy capture / given foundation solution / bottom hinged device / test site / wave energy resource / wave energy / flap type wave energy converters / flap type device / wave energy periods / energy losses / incident wave energy / energy capture factors / energy devices / /
Organization
European Marine Energy Centre / University of Edinburgh / /
Person
Garth Bryans / Sandra Forrest / Kenneth Doherty / Alan Henry / Matt Folley / Trevor Whittaker / Lachlan Cameron / /
Position
WEC designer / Queen / Manager / General / head / Officer / device designer / Professor / Director / designer / research engineer / representative / advisor to the board of directors / /
ADVANCES IN THE DESIGN OF THE OYSTER WAVE ENERGY CONVERTER A Henry, Aquamarine Power, UK K Doherty, Aquamarine Power, UK L Cameron, Aquamarine Power, UK T Whittaker, Queen’s University Belfast, UK R Doherty, Aquamarine