Axys Technologies / The Amphitrite Bank / WEC / Amphitrite Bank Buoy / Kg 2 Kgm 3 Kg / /
Country
Canada / / /
Facility
University of Victoria / European Centre / /
IndustryTerm
energy period / wave energy converter / distinct wave systems / individual annual wave energy transport values / energy period bins / electricity / wave energy resource assessments / energy period measurements / bank / distinct measured wave systems / average annual gross wave energy transports / technology modelling procedure / wave energy / extractable wave energy transport / technology modelling / mean 10year wave energy transport values / wave energy conversion industry / marine energy technical specifications / gross wave energy transport resource / wave energy inventories / wave energy conversion / extractable wave energy transport resource / energy period parameter / mean annual wave energy transport / wave energy period parameter / average annual wave energy transports / wave energy industry / spectral partitioning algorithms / final electricity / energy period shift / energy content / /
NaturalFeature
West Coast / Vancouver Island / British Columbia coast / /
Organization
International Electrotechnical Commission / Oceanography Centre / University of Victoria / Institute for Integrated Energy Systems / Technical Committee / US Navy Fleet Numerical Meteorology and Oceanography Centre / European Centre for Medium Range Weather Forecasts COAMPS= Coupled Ocean Atmosphere Mesoscale Prediction System RMSE =Root Mean Square Error / European Centre for Medium Range Weather Forecasts / /
Person
Spectral Wave Partitioning / Juan Ortiza / Bradley Buckhama / Dan Clancya / Helen Baileya / / /
Position
Prime Minister / SWAN model for this region / representative / SWAN model / Corresponding Author / /
Influence of Wave Resource Assessment Methods on Wave Power Production Estimates Bryson Robertsona*, Helen Baileya, Dan Clancya, Juan Ortiza, Bradley Buckhama *