Devices that create electricity from wave motion and offshore winds could become sturdier, quieter and easier to test at near-ocean-ready sizes, with four new grants to the University of Michigan.
A report from the International Renewable Energy Agency (IRENA) estimates that ocean energy could provide up to 10% of the ...
Beneath the waves of the Pacific Ocean lies Central America's untapped marine energy potential, promising a sustainable ...
Abstract: The dual-port direct-drive wave energy converter (DPDDWEC) topology has recently been proposed as a solution to address the intermittent nature of wave energy. This paper introduces an ...
Boundary Element Methods are extensively used to model hydrodynamic forces in offshore devices like ships, offshore wind platforms and wave energy converters. These solvers use device geometry mesh to ...
Remote islands with compromised grid reliability are early candidates for nascent wave energy converters. Once the technology is established and costs drop, the renewable power source is expected ...
Israel has officially launched its first wave energy power plant. The pilot project at Jaffa Port, at the southern end of the Tel Aviv-Jaffa (Yafo) municipality, uses floating platforms with hydraulic ...
Leading wave energy company Eco Wave Power has officially been given the green light to launch its cutting-edge onshore wave technology in the United States, marking a milestone in clean energy ...
The terahertz wave devices for testing ... of the oscillation and detection devices are positioned 10mm apart, a dynamic range of 40dB can be achieved. The oscillator and detector consume 10mW of ...
The Wave Attenuation Devices are being installed in the lagoon about 400-feet from the shoreline and will be visible about one-and-a half-feet above the water level at high tide. They will include ...
It included removing existing shoreline rip-rap rocks. Now workers are installing almost 2,000 feet of what Living Shoreline Solutions calls Wave Attenuation Devices — large concrete structures that ...