Direct Drive Wave Energy Buoy

[摘要] This Project aims to satisfy objectives of the DOE???s Water Power Program by completing a system detailed design (SDD) and other important activities in the first phase of a utility-scale grid-connected ocean wave energy demonstration. In early 2012, Columbia Power (CPwr) had determined that further cost and performance optimization was necessary in order to commercialize its StingRAY wave energy converter (WEC). CPwr???s progress toward commercialization, and the requisite technology development path, were focused on transitioning toward a commercial-scale demonstration. This path required significant investment to be successful, and the justification for this investment required improved annual energy production (AEP) and lower capital costs. Engineering solutions were developed to address these technical and cost challenges, incorporated into a proposal to the US Department of Energy (DOE), and then adapted to form the technical content and statement of project objectives of the resulting Project (DE-EE0005930). Through Project cost-sharing and technical collaboration between DOE and CPwr, and technical collaboration with Oregon State University (OSU), National Renewable Energy Lab (NREL) and other Project partners, we have demonstrated experimentally that these conceptual improvements have merit and made significant progress towards a certified WEC system design at a selected and contracted deployment site at the Wave Energy Test Site (WETS) at the Marine Corps Base in Oahu, HI (MCBH).

[发布日期] 2016-08-22

[学科分类] 再生能源与代替技术

[关键词] ABS;ANSYS AQWA;Ballast;Certification;Design Basis;Design Load Cases (DLC);DNV;Electric Plant;Hull Structure;Mooring;Permitting;Power Take Off (PTO);Prototype;Relative Capture Width (RCW);SCADA;Statement of Feasibilit