Helios all set to construct 113MW Swedish solar double

• One site near Hultsfred airport is 92MW and the various other in Medinge is 21MW

Helios Nordic Energy has reached-ready-to build status on 2 solar projects amounting to over 110MW in Sweden.

The designer has currently handed both sites over to Danish solar energy business Nordic Solar as part of an offer to move four projects from its pipeline to Nordic.

The first facility is close to Hultsfred airport in southerly Sweden and will have the possible to accommodate as much as 92MW of capacity, making it among the biggest solar projects in Sweden to go into the building and construction stage.

The various other plant remains in the estate of Medinge, north of Örebro as well as will have the possible to accommodate a mounted capacity of up to 21MW.

The project has been established quickly as well as it has taken less than a year to obtain all necessary licenses and also a grid connection agreement with the neighborhood grid operator Linde Energi, stated Helios.

" We are very happy to reveal these landmark projects that our group has worked so hard to progress throughout the past two years," claimed chief executive officer of Helios Nordic Energy Andreas Tunbjer.

" We wish to highlight the excellent cooperative method by all stakeholders, including the Area Administrative Board of Kalmar as well as Örebro, the communities of Hultsfred and also Örebro, grid driver E.ON and Linde Energi, our land owners and also not the least our capitalist and new proprietor in this project, Nordic Solar."

The Hultsfred and also Medinge developments will certainly now enter a more comprehensive drawing board and also a tendering procedure will commence for the building and construction works. Final layout and capacity will certainly be developed in the coming months.

Helios will certainly continue to be active in the projects by delivering building management services followed by property management solutions after the solar parks have actually commenced procedure, which is approximated be prior to completion of 2025.