The role of ports in offshore wind farming cannot be underestimated. As we transition from the use of hydrocarbons to renewable energy, the wind industry seeks to maximize optimization of portside facilities. It will achieve this by continuing to identify favorable portside locations and lobbying for change at TENT-T.

What exactly are e-fuels? What role will they play in the greening of the economy? In this article, we’ll get a glimpse of how and where e-fuels are produced, wind farming’s role in their production, and how they can be deployed to make Europe — and the world — more sustainable.

Protecting turbine blades is an ongoing challenge for the wind industry, and preventative measures are necessary to minimize downtime and lost energy production. This article details the common types of damage blades are vulnerable to as well as proper solutions to help prolong their lifespan.

Wind power has played a big part in reducing carbon emissions, confirms a recent study. Let’s take this opportunity to look at the big picture: How has the wind energy landscape developed since the construction of the first turbine? And what does the journey ahead look like?

Manufacturers in the wind energy industry are under constant pressure to maximize power density by producing smaller, yet more reliable main shaft components without increasing costs. Learn what SKF does to make the grade.

The urgent need to transition to renewable energy sources has never been clearer. Sustainable technologies are already cost-effective but making them the world's main energy source requires additional action. In this article, we look at five changes that are inevitable to achieve a cleaner, greener future.

Learning from others and building industrial networks can often trigger groundbreaking innovation. In that vein, SKF and other industry leaders will gather at the Conference for Wind Power Drives (CWD) at the end of March to discuss and share developments and trends regarding wind turbine drivetrains.

Wind turbine towers are mostly built out of steel, making them burdensome to transport. The heavy mass is not the only downside of these massive constructions. Although intended to generate renewable power, their manufacturing process is not as environmentally friendly as one might hope. But there is a solution: Swapping steel with wood.

Wind turbine failures are caused by several factors, be it by weather or a mechanical disturbance. To ensure the overall optimal health of turbines, operators need to focus on procuring reliable components to ensure turbines perform efficiently and reliably.