Wind

Through its massive wind turbines and innovative offshore designs, GE continues sharpening its toolkit in a bid to built the future of sustainable energy, and a newly unveiled turbine blade shows how that can extend to the materials used.

The switch has been flicked on the huge Hornsea 2 offshore wind farm, which will provide enough power for more than 1.3 million homes in the UK when it becomes fully operational next year.

To maximize the exposure of wind turbines, blades are placed atop tall towers on the crests of hills or miles off shore. But a new study has shown how turbines behind hills could actually produce higher amounts of energy than those out in the open.

The US federal government has given the green light to the country's largest offshore wind farm to date, and one that will greatly expand its capacity to generate this form of renewable energy by adding 800-MW to the mix.

Denmark's Vestas is looking to become an industry leader in offshore wind, and has introduced the V236-15.0 MW turbine to take the fight to GE. The new design's blades offer the largest swept area in the world.

We’ve been tracking the progress of the world’s largest offshore wind turbine since GE Renewable Energy first revealed its plans for the enormous machine in 2018, and the company has now revealed an even more powerful version.

Roland has unveiled a new digital wind instrument called the Areophone Pro that's destined for the hands of professional players, and is said to put entire brass and woodwind sections at a player's disposal.

Researchers from the Chinese Academy of Sciences have developed a new type of wearable electric generator, which harvests energy from the wind as you walk. The team says it’s low cost and efficient enough to power small sensors and LEDs.

A new study looking at nearly four decades of data has shown that in almost every part of the world where hurricanes form, their strongest winds are getting even stronger, with global warming thought to be a key contributing factor.

The Trijicon Ventus looks like a set of binoculars, but in actuality it's the world's first hand-held device capable of providing three-dimensional wind data at multiple points between a shooter and a target up to 500 yards (457 m) away.

​Wind storms can cause a great deal of damage to coastal areas, producing waves that erode the shoreline and destroy facilities such as marinas. A newly-proposed "floating forest" could help, however, by blocking both the wind and the waves.

In 2014, US Army engineers Charles Marsh and Carl Feickert envisioned a wind-power system inspired by fluttering Venetian blinds. They have since teamed up with eight colleagues, creating a system that generates power in breezes that are too light to turn the blades of a traditional wind turbine.