Iberdrola, the Spanish energy company, has officially commissioned the 38MW Askio 2 wind farm in Greece. Nestled in the provinces of Kozani and Eordaia within the West Macedonia region, this project represents a significant addition to the company's growing renewable energy portfolio. It complements the 50.4MW Askio 3 project, which reached full operation in 2022.
The combined investment in both the Askio 2 and Askio 3 projects amounted to nearly €100 million. Askio 2, in particular, consists of nine Vestas V150 wind turbines, each boasting a capacity of 4.2MW, a hub height of 105 meters, and an expansive rotor diameter of 150 meters. Notably, both Askio projects are interconnected to the same grid point, optimizing their collective contribution to Greece's energy landscape.
In parallel to these developments, Iberdrola has also successfully commissioned the 18MW Rokani wind farm, situated in the Viotia region of central Greece. This facility is equipped with three Vestas V162 turbines, each with a unit capacity of 6MW and a towering hub height of 205 meters.
The completion of these projects marks a significant milestone for Iberdrola, boosting its operational renewable energy capacity in Greece to an impressive 421MW. Beyond their environmental benefits, the Askio projects have made meaningful financial contributions to local communities, with an investment of €2.2 million in new infrastructure, bolstering support for local businesses.
Throughout the construction and operational phases of these wind farms, Iberdrola has actively fostered economic growth in the region by creating 282 direct and indirect jobs, further bolstering local supply chains.
Notably, the Askio projects have been situated in a challenging mountainous region, perched at an altitude of 1,500 meters above sea level. To navigate the narrow and steep roads, specialized blade lifter technology was employed. This innovative solution involves a specialized trailer capable of rotating and tilting the blades vertically during transport, facilitating the movement of components along existing narrow roads and eliminating the need for additional construction work.
