The occurrence of cracks in the mainframes of G47 and V47 wind turbines is a widely recognized issue in the wind energy sector, especially in localized areas of the mainframe associated with welded joints. These cracks are typically caused by stress concentration factors arising from both the structural design of the mainframe and its manufacturing process.

The recent power blackout that affected part of the Spanish territory has highlighted the importance of having a flexible, resilient, and well-distributed power system. In this context, collaboration among all renewable technologies is key to ensuring the country’s energy security and stability.

As a company, we firmly stand by our values: we believe in the power of diversity as a driver of growth, innovation, and fairness. Inclusion is neither a trend nor a dispensable business strategy, it is a fundamental pillar for building fair and competitive work environments.

This morning, we participated in the Energy Breakfast, an event organized by the Basque Government's Department of Industry, Energy Transition, and Sustainability, with the presence of Counselor Mikel Jauregi.

Last week, we had the pleasure of participating as speakers at the EXPOFIMER 2025 conferences, a key event for the operation and maintenance sector in renewable energy.

As March begins, we enter a key month for raising awareness about sustainable development and the energy transition.

In recent years, the wind energy sector has been undergoing a digital transformation driven by data analysis, artificial intelligence (AI), and the Internet of Things (IoT).

In this article, you will find a useful guide on how you can make the most of your wind asset’s capacity, reducing unnecessary costs.

Today, we encounter a number of components that, due to inadequate design, suffer structural problems before the 20 year period. An example of such, is the rear frame of some 2.0 MW platforms.

In a wind farm located in Greece, a complex site characterized by extremely high turbulences, recurrent failures were experienced in the turbine blades leading to blade breakage.