Belgian Energy Island in North Sea Starts Taking Shape (Video)
sand from escaping later when the interior surface is filled.The Princess Elisabeth Island will be a crucial link in connecting future offshore wind farms in the Belgian North Sea. It is both technologically and economically the most efficient way to significantly expand Belgium’s offshore electricity production and reduce dependency on fossil fuels.The project is therefore of major strategic importance and will be a key factor in Belgium’s electricity supply over the coming decades. In the longer term, the project also offers opportunities to integrate Belgium into a unified European electricity
Minesto Reels In $260K Government Grant for Tidal Energy Moorings
is making final preparations for the deployment of its utility-scale tidal energy kite, dubbed the Dragon 12, offshore Faroe Islands.The device, rated at 1.2MW, will be deployed at the Vestmannasund site, which has been prepared with the necessary subsea electrical infrastructure to support the electricity production.Minesto’s Utility-Scale Tidal Energy Kite About to Take Of
Minesto’s Utility-Scale Tidal Energy Kite About to Take Off
the preinstalled junction box at the end of the export cable into a frame on the foundation to create the plug-and-play connection with the kite tether.Activities in Vestmanna are ramping-up this winter with satisfying performance from Minesto’s smaller device Dragon 4 in terms of electricity production in November and December, in parallel with the Dragon 12 system installation work.Minesto has also performed the launch and recovery operations for Dragon 12, its first megawatt-scale tidal kite weighing 25 tons.According to the company, the operations developed for the Dragon 4 – which
How Floating Solar Panels Could Power Future Population Hotspots
near the Equator could provide effectively unlimited solar energy to densely populated countries in Southeast Asia and West Africa.Our new research shows offshore solar in Indonesia alone could generate about 35,000 terawatt-hours (TWh) of solar energy a year, which is similar to current global electricity production (30,000TWh per year).And while most of the world’s oceans experience storms, some regions at the Equator are relatively still and peaceful. So relatively inexpensive engineering structures could suffice to protect offshore floating solar panels.Our high-resolution global heat maps show
Tidal Energy Firm Minesto Tapped for Site Development Services in Asia
, the turbine experiences a water flow several times higher than the actual stream speed.The turbine diffuses power to the generator, which outputs electricity via the power cable in the tether. The seabed umbilical transfers the electricity to the onshore connection.Tidal Energy: Minesto Doubling Electricity Production Capacity of its Faroe Islands Sit
Tidal Energy: Minesto Doubling Electricity Production Capacity of its Faroe Islands Site
Tidal energy developer Minesto said Thursday it had installed additional offshore infrastructure in Vestmannasund, Faroe Islands, to double electricity production from two Dragon 4 (100kW) tidal energy power plants in an array set-up.The company, which harnesses tidal energy using its tidal kites, said that a second foundation, subsea cable, and onshore interface have been successfully installed, and the subsea infrastructure is ready for a second kite installation and electricity production, Minesto said.Foundation loadout, Holyhead, Wales ©Minesto"The installations have been
Minesto Deploys Dragon Class Tidal Kite in Faroe Islands
Tidal energy developer Minesto has this week launched its first Dragon Class tidal kite in Vestmanna, Faroe Islands, and has started producing electricity."[Minesto] has now successfully completed the first week of commissioning including satisfactory electricity production and verification of all core functionality with the new Dragon 4 tidal power plant in Vestmanna, Faroe Islands. The kite has generated first electricity to grid right "out of the box" and the commissioning plan has been executed as planned," Minesto said Wednesday.“We are very pleased to announce that the
Waterotor Unveils 20MW 'Big Cajun' System Aimed at Decarbonizing Offshore Oil Operations
of power," the company said.Under development in Louisiana, the Big Cajun is Waterotor’s first commercial ocean deployment. "[The Big Cajun's] first application allows Big Oil to reduce its carbon footprint and drastically reduce costs by replacing diesel-generated electricity production on platforms that each consume 33,000 gallons of fossil fuel per day at an annual cost of over $70 million per year," the company said.“Waterotor’s technology will provide access to a massive, untouched source of renewable energy for the first time,” said Fred Ferguson
Minesto Says Dragon Class Tidal Energy Kite Can Produce 3.5 GWh of Electricity Per Year
;s next-generation marine energy power plants will be commercially ready to demonstrate the viability of ocean energy as a valuable baseload contribution to the net-zero energy mix”, said Dr Martin Edlund, CEO of Minesto.The power output projection is based on analysis of continuous electricity production runs with Minesto’s grid-connected power plant in Vestmannasund, Faroe Islands during the autumn, combined with new record-level performance data from offshore testing with a Dragon Class scale model, D2, in Strangford Lough, Northern Ireland. These production data verify Minesto&rsquo
February 2025
