Italy continues to increase its renewable energy portfolio with the development of multiple groundbreaking facilities. As seen this year, some of the most significant and largest energy developments require collaboration from multiple companies and governmental approval. On that note, the IVPC Group selected GE Vernova turbines for the 100+ MW Fortore wind project.
IVPC Group selects GE Vernova as its partner in a wind project
There have been a lot of unlikely partnerships in the energy industry this year. IVPC Group’s collaboration with GE Vernova is one that many would not have seen coming, but there is tremendous promise in what it could amount to.
IVPC Group is a leading Italian renewable energy firm that is involved in the construction, development, and maintenance of wind farms.
According to reports, it has developed over 1300 MW capacity in Italy and is not slowing down. On the other hand, GE Vernova is a global energy company headquartered in Massachusetts, USA. Despite the company becoming established in 2024, it has made waves in the industry through its involvement in monumental projects.
The two companies have officially come together for the Fortore wind project, which will exceed 100 megawatts (MW) of installed capacity. This is massive for Italy’s transition toward cleaner electricity and for Europe’s clean energy objectives. Additionally, it is expected to showcase the role of advanced turbine technology in enabling large renewable installations.
The Fortore wind farm adds a major boost to Italy’s wind energy portfolio
The upcoming Fortore wind farm will be built in the province of Benevento, located in southern Italy. The entities involved held lengthy discussions regarding the project, and as per the contractual agreement, GE Vernova will supply 17 onshore wind turbines, each rated at 6.1 MW. This means the project’s total capacity will be more than 100 MW.
Some people might wonder how exactly the wind farm came about. In the auction organized by Italy’s national energy agency, Gestore dei Servizi Energetici, in December 2025, this development was one of the largest wind projects awarded. Italy was clearly eager to get off to a quick start in 2026, as seen in its 2025 plans.
Delving deeper into the installation process of the turbines in Fortore
When two companies unite for a single project, they aim to complement each other and add different ideas that will contribute to its success. At the Fortore wind farm, the turbines will be installed using GE Vernova’s 6 MW platform, which includes a rotor diameter of 158 meters.
As an entity that has extensive experience in such initiatives, Vernova will be able to execute this seamlessly. The 6MW platform permits developers to maximize energy output while maintaining flexibility during installation. Although there is great excitement surrounding the project, people will have to be patient as well because turbine deliveries are expected to begin in the second quarter of 2027.
The emergence of advanced turbine technology for large wind farms
As technological innovation continues to reach new heights, energy projects are becoming more sophisticated. In the past, a lack of resources hindered developers from bringing their ambitious ideas to life, but this is a problem that does not exist anymore.
One of the standout features of the turbines selected for the Fortore wind farm is their two-piece blade technology. This changes energy generation because instead of transporting long blades in a single piece, the blades are divided into two sections that can be assembled on site.
It is fitting that the wind farm contains such a feature, considering that developers had been searching for a solution. Large wind turbines experience transportation challenges when being delivered to remote or mountainous areas. As such, splitting the blades into two sections allows the turbines to be transported through narrow roads easily.
Italy has been actively involved in elevating the European continent’s 2026 energy initiatives. When the Fortore arrives, it will contribute massively toward reducing carbon emissions.
