London-based start-up tidal energy developer Spiralis Energy has applied for permits to test a surface tidal energy generator in the waters of Alderney, which is a part of Bailiwick of Guernsey.
RenewableUK Cymru is urging the next UK Government to set technology-specific targets to support the goal of meeting 100% of electricity demand from renewable sources by 2035.
Italy is set to launch a Contract for Difference (CfD) auction scheme through which the government will select and support renewable energy projects, including floating solar, tidal, and wave energy.
The UK Marine Energy Council (MEC) has outlined five key asks for the upcoming Government to realize the potential of wave and tidal energy, and embed UK content into projects deployed domestically and internationally.
Netherlands-based Symphony Wave Power has approached dry testing, which is the next stage of its wave power technology validation program. In the forthcoming months, Symphony Wave Power will set up and conduct the dry test at the Harsveld Apparatenbouw BV facilities in Gemeente Velsen. This step wil
Carnegie Clean Energy’s MoorPower demonstration project has reached its goals during the initial operational phase, showing the ability to meet commercialization targets, the Australian company said.
Danish company Wavepiston has reached and even surpassed the €600,003 target as a part of the capital raise for its wave energy technology.
The Orkney-based European Marine Energy Centre (EMEC) has outlined a set of manifesto asks for the July 4, 2024, general election to unlock green growth opportunities in ocean energy arenas in the UK waters.
Menter Mon-managed wildlife monitoring buoy, in charge of collecting marine wildlife information off the coast of Holyhead, has been brought back to Holyhead Port for maintenance, after a year at sea.
US-based marine energy company C-Power has upgraded the SeaRAY ocean energy system, and returned it back to Marine Core Base Hawaii in Oahu, from the company’s facility in Corvallis, Oregon.
Minesto’s CEO declared commercial readiness for Dragon Class, saying that they are ready for commercial deployment at the right performance levels. The existing offer is provided with a combination of wing size, power take-off (PTO), and tether length.
The £12 million (approximately $15,2 million) facility, funded by EPSRC, is utilized for testing scaled-down prototypes of emerging commercial technologies and for academic research related to ocean activities.
“We are excited to launch Occurrent Power and continue the work of BigMoon and its founder Lynn Blodgett to develop sustainable energy solutions that harness the natural flow of ocean currents and tides,” said the new CEO.
EPSRC has funded a collaboration between Professor of Fluid Mechanics and Bioinspired Engineering, Ignazio Maria Viola, and Senior Lecturer in Composites Design and Testing, Eddie McCarthy, which resulted in two new technologies that are expected to reduce unsteady loading, improve turbine resilienc
