Have you heard about China’s latest accomplishment in renewable energy?

They’ve produced one of the largest wind turbines ever built, with a rotor diameter of 260 meters (853 feet) and a rating of 18MW!

This news prompted the PowerHub team to ponder the reasons behind the recent trend towards larger wind turbines, and we’ve found that the answer lies in production.

It’s widely known that larger wind turbine rotors lead to greater energy production, but there’s more to it.

Floating wind turbines are larger for several reasons.

Firstly, they are built on massive floating platforms and anchoring systems that can stabilize the turbines in harsh marine environments. This increased stability allows for larger turbines to be built, which in turn generate more power.

Secondly, these turbines require less maintenance than fixed-bottom ones, as they are more durable and accessible for servicing from a service vessel.

Thirdly, the strong and consistent wind patterns found in deep waters allow for greater power output, making the technology economically viable.

Fourthly, the installation process for floating wind turbines is faster and more efficient than models that require a foundation, as they are assembled on land and then transported to the installation site by barge.

Lastly, floating wind turbines have a much smaller environmental impact than fixed-bottom turbines, as they do not require large concrete foundations and are deployed without disturbing the seabed.

As the world moves towards a more sustainable future, renewable energy sources like wind power are becoming increasingly important.

Floating wind turbines offer limitless options for harnessing the power of wind in deep waters, and their successful implementation has increased the potential for wind power as a renewable energy source worldwide.

Their scalability and flexibility make offshore wind farms an attractive option.

As the technology continues to improve, we at PowerHub believe that floating wind turbines will play an increasingly important role in transitioning to a more sustainable future.