Data Centers Are Reshaping Finland’s Power Grid

Google’s recent 507-megawatt deal with Fortum to keep the Loviisa nuclear plant operational through 2030 signals a fundamental shift in Finland’s energy market. As data centers displace industrial firms as the nation's primary power buyers, they are pivoting from intermittent renewables toward long-term, baseload-ready supply contracts.

Money Talk·October 8, 2026·reads: 81

Data Centers Are Reshaping Finland’s Power Grid

Finland is on track to become Europe's fifth-largest data center hub by 2035, with projected capacity climbing from 0.8 gigawatts to 5 gigawatts. This surge in demand means data centers could claim 15% of national power consumption by 2030. Operators are drawn by the country's cold climate, stable grid, and low-emission energy profile, but their need for constant uptime is forcing a move away from standard wind and solar agreements.

The Loviisa agreement, spanning 22 years, serves as a benchmark for this transition. It dwarfs previous industrial contracts, such as Amazon’s 367-megawatt wind deal with OX2. Rystad Energy analysts expect future power purchase agreements to prioritize hybrid models, where wind and solar assets are coupled with battery energy storage systems to mimic the reliability of traditional baseload plants.

Regulatory hurdles may temper this growth. Finnish authorities are considering replacing the current first-come, first-served grid connection queue with a priority system. This shift would favor projects that integrate dispatchable capacity and locate operations outside of the congested southern regions, essentially forcing developers to solve grid constraints as a condition for expansion.