OX2 Acquires Huge Scale Finnish Solar Farm of 475 MW Capacity

• The capacity under development is to be 475 MW. This makes it among the biggest solar farms in Finland. The solar farm, which is in the growth stage today, will certainly take pride in yearly energy manufacturing of roughly 475 GWh. This generation will aid power the yearly electricity use of near 95,000 homes.

OX2, a firm that delves into the development of renewable energy services at scale and establishes onshore wind power in Europe, has notified concerning the purchase of the project rights of a solar power project in Huittinen, Finland. The company has acquired the project from solar power programmer SAJM Holding Oy.

The capacity under advancement is to be 475 MW. This makes it amongst the largest solar farms in Finland. The solar farm, which remains in the development stage currently, will show off annual power manufacturing of roughly 475 GWh. This generation will certainly aid power the annual power usage of near to 95,000 houses.

Saku-Matti Mäki, Head of Solar Power, OX2 Finland as well as the Baltics said of the project, "The Huittinen project is a superb addition to our solar project advancement portfolio, and the project shows that Finland is quite possibly positioned to become a forerunner in large-scale solar power in Northern Europe. Solar power has possible to make a considerable payment to the emissions-free power in Finland."

Aside from the said Huittinen project, OX2's project portfolio in Finland is inclusive of two solar power projects in Kauhajoki as well as Loimaa. OX2 has been checking out the growth of solar power given that 2018. At the end of 2022, the firm boasted of a collective 4 GW of solar power in the project advancement portfolio.

Previously, energy remedies conglomerate Suvic Oy announced that it had actually signed an EPC contract with CPC Finland Oy for the building and construction of Lakari Solar Park in Finland. The yearly electricity production from it is approximated to be about 32,000 MWh from the solar plant.