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Ama Hartman, staff engineer in the Marine Renewable Energy Lab at the University of Washington, with the oscillating wave energy converter test article that she investigates at the Washington Air-Sea Interaction Research Facility. The newly completed test article will be used for several research projects to better understand the dynamics and control of this class of wave energy converter.
Credit
Abigale Snortland, University of Washington
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Workers at Bowersock hydropower plant in Lawrence, Kansas.
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Dan Hughes
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Researchers from North Carolina State University pose with their coaxial turbine after successful tow testing in the Croatan Sound in the Outer Banks of North Carolina.
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John McCord, Coastal Studies Institute
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Ian Gagnon adjusts sensors that measure hydraulic efficiency at Natel Energy’s hydraulic test facility in Alameda, California.
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Andrew Baumgartner, Natel
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A worker moves catfish during cofferdam construction at Bowersock hydropower plant in Lawrence, Kansas.
Credit
Dan Hughes
Photo
Caption
Ama Hartman, staff engineer in the Marine Renewable Energy Lab at the University of Washington, with the oscillating wave energy converter test article that she investigates at the Washington Air-Sea Interaction Research Facility. The newly completed test article will be used for several research projects to better understand the dynamics and control of this class of wave energy converter.
Credit
Abigale Snortland, University of Washington
Ama Hartman, staff engineer in the Marine Renewable Energy Lab at the University of Washington, with the oscillating wave energy converter test article that she investigates at the Washington Air-Sea Interaction Research Facility. The newly completed test article will be used for several research projects to better understand the dynamics and control of this class of wave energy converter.
Abigale Snortland, University of Washington
February 11, 2025