Wind energy offers massive potential, but scaling it creates complex challenges for power grids. From costly gearbox failures to the need for rare earth materials in direct-drive systems ...

According to two recently released United Nations reports, the global switch to renewable energy has passed a “positive ...

Tyagi’s journey from refining a century-old problem to shaping the future of wind power is a testament to how academic perseverance can bring about tangible, real-world change in one of the most ...

A Penn State engineering student has cracked a 100-year-old aerodynamic puzzle, potentially transforming wind turbine design.

Larger wind turbines (greater than 1430 feet high) are marked in red, while smaller turbines (less than 845 feet) are colored in yellow. Drag the red scroller to see how many active wind turbines ...

The WindRunner is an ambitious aircraft project that could make it easier to use larger wind turbines. The company behind it, however, has never built a plane before.

Solving the variability problem of solar and wind energy requires reimagining how to power our world, moving from a grid where fossil fuel plants are turned on and off in step with energy needs to ...

“We’re not just selling wind turbines,” he says. “We’re solving a power problem. And the best way to solve that problem is through comprehensive microgrid technology.” ...

There’s been more bad news for Labor’s so-called “green transition” with the announcement that one of the last remaining ...

Our state's leaders need to think strategically and act immediately. Capitalizing on existing infrastructure will be key.