Katanes Wind/Ocean Power Scotland. The projects could be up and running by 2020.
DP Energy and Floating Power Plant push forward with plans for Katanes wind-wave project in Scotland.
Environmental organizations are enthusiastic about floating wind technology because it allows turbines to be placed far offshore – away from seabird nesting sites.
De Pietro about Katanes
Simon De Pietro, CEO DP Energy:
’We have undertaken a detailed analysis of the Katanes project located off Caithness and Sutherland in the north of Scotland and, having completed EIA screening, have decided to proceed to the next stage of this development.
Floatgen: creation and local impact of the first floating wind turbine in France – EMR en Pays de la Loire
Floatgen, France first floating wind park near Saint Nazaire, was completed in October. Offshore floating wind farms has been increasing this year.
Commercial floating wind projects are to be commissioned in UK, Ireland, France and Portugal in the coming years and developers expect wider deployment to drive down costs as projects benefit from installation experience, economies of series and rising investor confidence.
Scotland have been grabbing most of the floating wind turbine headlines.
However, it looks like France gets a turn in the spotlight now. Read More
This revolutionary wind/solar energy tower is 2,235 ft high and 1,200 ft width.
Mexico is making history with this hybrid solar & wind energy tower. Have you ever seen this?
The simplicity of solar/wind energy’s revolutionary solution lies in its ability to harness the natural power of a downdraft created when water is introduced to hot dry air within the confines of the Company’s patented tower structure.
Proponents say floating turbines could eclipse fixed-bottom ones in the long run.
The floating wind park in Scotland is producing it’s first energy. October 18, the windpark called Hywind Scotland has officially been opened by Scotland’s First Minister Nicola Sturgeon.
Fixed-bottom turbines can only be installed at water depths down to 40 meters, making them little use for the steeply shelved coastlines of the US west coast or Japan.
If you look at coastlines around the world, there’s few that have sufficient area at depths down to 40 meters so if they want to deploy offshore wind, they need to introduce floating wind. Floating windfarms could be placed farther out to sea to avoid the sort of aesthetic objections that scuppered a £3.5b windfarm off the Dorset coast.
Thick mooring lines will tether the towers to the sea base. The turbines can operate in water up to a kilometre deep
World’s first floating wind farm emerges off the north-east coast of Scotland (UK). Over there, the waters are too deep for conventional bottom-standing turbines. That’s why manufacturer Statoil has chosen this floating technology. It’s a pilot for more deep ocean regions in the world like the west coast of the US en coasts of Japan.
“It’s a game-changer for floating wind power and we are sure it will help bring costs down,” said Leif Delp, project director for Hywind.
Solar cells coated in clear plastic, are able to produce 11.2 million kilowatt hours
This SolarWind Bridge could power 15,000 homes. And even better, the bridge could be a vegetables garden.
Designed by Francesco Colarossi, Giovanna Saracino and Luisa Saracino as part of an Italian design contest to re-imagine a decommissioned bridge (for which it placed second), this so-called SolarWind concept would have solar cells embedded in the roadway and an array of 26 wind turbines underneath, which the designers say could produce enough energy combined to power 15,000 homes. Read More
A Promising Low-Noise Wind Turbine was launched at the WindEnergy Hamburg trade show by Siemens which was inspired by the silent flight of the owl.
A Promising Low-Noise Wind Turbine was launched at the WindEnergy Hamburg trade show by Siemens.
The low-noise wind turbine was inspired by the silent flight of the owl.
Siemens unveiled the SWT-3.3-130LN wind turbine, which operates at a reduced rotor speed and includes aerodynamic add-ons to its rotor blades which mean the turbine can be operated at a noise level of only 104.9 decibels. Read More
During reel-out, the kite is flying figure-eight maneuvers at high speed (70 to 90 km/h). This creates a high traction force (3.1 kN at 7 m/s wind speed) which is converted into electricity by the drum and the connected 20 kW generator.
Kite Power by harnessing high altitude wind next step in Dutch Icon project ‘Afsluitdijk’.
Even NASA has started to work on airborne wind energy. This field is very new and has much room for innovation.
Flight testing with actual consistent measured power production is the next step.
TenneT’s thinking is based on an island with a modular structure, with each module covering approximately 6 km². This is big enough to provide space for connecting roughly 30 GW of offshore wind capacity. The island will be expandable by adding one or two modules of 6 km² each
An Energy Hub in the middle of the North Sea? Tennet launched a vision building an island as a hub, for wind power in the middle of the North Sea which will provide all neighboring countries green energy.
By connecting wind farms with a total capacity of over 30 gigawatts, the efficiency and costs will benefit the participating countries.
This plan was presented by TenneT last week. TenneT is the national high-voltage grid operator in the Netherlands and in a part of Germany. Read More
This glider, called the ‘PowerPlane’ is a green energy turbine that extracts energy from the wind much more economically than conventional wind turbines.
PowerPlane systems convert wind power into mechanical power by having an autopilot-controlled glider plane creating pull on a tether by flying repetitive cross-wind patterns at an altitude of 300 to 600 meters. Read More
The Wind Lens could deliver even five times more power than conventional turbines
Japanese researchers have created a technology called “Wind Lens” that at least triples the potential output of a wind turbine.
The Wind Lens is a source of renewable energy that Japan has been introducing since the earthquake and tsunami of 2011.
Imagine: our entire society powered by the quiet “woosh” of a wind turbine. Kyushu University‘s Wind Lens Turbine is one example of the many innovations happening right now that could transform our world in a green world. Read More
Extol winds is amongst the first to achieve the stringent GL-2010 guidelines for it 1 MW ‘Ex-55’ model.
With the Climate Summit in our agenda, it’s great to sea that so many companies worldwide are involved in new energy technology. This is such a great company: Extol Wind. Extol is a leading manufacturer of megawatt wind turbine. With proprietary technology and integrated manufacturing, Extol is fast emerging as global company.