When a wind turbine reaches the end of its life after two or three decades, the giant blades attached to it usually end up in a landfill. That’s largely because of the materials that are used. “[The ...

Drag-based wind energy design. Aiming to translate its expertise in manufacturing monocoque, ribbed components with thermoplastic microspheres, Xenecore is working to develop a fan-shaped, drag-based ...

Researchers in Korea have developed a new design platform — and a staggering 12-megawatt-class blade to match — in an effort to put wind beneath the sails of its domestic production of wind power. The ...

Discover the future of wind energy as we compare traditional horizontal-axis wind turbines (HAWT) with the innovative IceWind ...

The second ZEBRA blade seen at LM Wind Powers Lunderskov facility alongside consortium leaders. Second recyclable thermoplastic blade built by LM Wind Power in Castellón, with a component made from ...

Even though offshore wind currently makes up only 0.3% of the world’s total power generation, the market is poised for growth as many investors are encouraged by wind power’s rapidly declining costs.

Discover the main disadvantages and engineering challenges associated with wind generators in this detailed video. We start ...

As our technology advances, new types of turbines for wind power generation are emerging. The Helix 3.0 can capture wind ...

It is the year 2035. In a world facing climate catastrophe, the human enterprise is powered by fields of wind farms, with turbine blades made from fast-growing grasses and the roots of a ...

As the world innovates to become more sustainable and electrified, the demand for renewable energy generation grows. Wind energy has become key in increasing the renewable energy generation mix of ...