Today’s renewable energy news includes announcements on GreenGo Energy, Geo Trasporti, Seaway7, Gazelle Wind Power, among others.
GreenGo Energy Completes 60 MW Solar Park in Denmark
GreenGo Energy has completed a 60 MWp solar park in Urup, Jutland, marking its largest project in Denmark. The project is now grid-connected and will generate clean electricity for about 15,000 households annually. It is part of GreenGo’s broader plan to develop over 4 GW of solar capacity across Northern Europe. The solar park was completed in partnership with Encavis AG, a German renewable energy company.
Geo Trasporti Delivers 27 Wind Turbine Blades for Italian Wind Project
Geo Trasporti has completed the delivery of 27 wind turbine blades for the Mondonuovo wind farm in Italy. Each blade measured over 70 meters in length and required detailed logistical planning and coordination. The delivery marks a key milestone in the wind farm’s development, helping to advance Italy’s renewable energy targets. The project demonstrates Geo Trasporti’s ability to manage complex transport for large-scale renewable infrastructure.
Seaway7 Confirms Second Turbine Vessel for Dogger Bank Wind Farm
Seaway7 has confirmed the use of a second turbine installation vessel, Seaway Ventus, for the Dogger Bank offshore wind farm in the UK. The vessel will begin operations in 2026, installing GE Vernova Haliade-X turbines. This complements Seaway7’s existing work on transporting and installing monopile foundations and transition pieces for all three phases of the project. Dogger Bank, set to be the world’s largest offshore wind farm by 2027, will power around six million UK homes annually and play a major role in the country’s renewable energy transition.
Gazelle Wind Power to Deploy 2MW Floating Wind Demonstrator in Portugal
Gazelle Wind Power has received authorization to deploy a 2MW floating wind demonstrator off the coast of Aguçadoura, Portugal. This project will showcase Gazelle’s innovative hybrid floating platform, which combines features of tension-leg and semi-submersible designs to enhance stability and reduce material usage. The platform aims to achieve a 70 percent reduction in steel use and a 50 percent decrease in mooring loads compared to traditional systems. The demonstrator is part of Portugal’s broader goal to expand its offshore wind capacity, targeting 10 GW by 2030.
GreentechLead.com News Desk