Summary
- Amazon has signed four Swedish PPAs covering approximately 199MW of onshore wind capacity.
- Three operational projects provide 67MW, while Amazon will take 132MW from the Fageråsen project under construction.
- The agreements take Amazon’s Swedish utility-scale wind portfolio to nine projects and close to 1GW.
Amazon has signed four power purchase agreements covering approximately 199MW of Swedish onshore wind capacity as it continues to expand both its renewable-energy procurement and data centre footprint in the Nordic market.
Three agreements cover operating wind farms in the Saena portfolio developed by Eolus and owned by Mirova. Amazon will offtake 17.5MW from Boarp in Jönköping Municipality, 18MW from Dållebo in Ulricehamn, and 31.5MW from Fågelås in western Sweden, giving 67MW across the three operational sites.
The fourth and largest agreement covers 132MW from Fageråsen in Dalarna County. The wind farm is under construction and has a total planned capacity of 189MW, meaning Amazon is contracting a substantial majority of its output.
Amazon says the latest agreements bring its Swedish utility-scale wind portfolio to nine projects with combined capacity of about 985MW. The company estimates that the portfolio, once fully operating, would generate electricity equivalent to annual consumption by more than 350,000 Swedish households.
Those comparisons describe generation volume rather than a dedicated physical supply to particular data centres. Corporate PPAs generally provide long-term commercial support for renewable projects and match electricity procurement with demand across a wider system; they do not mean each megawatt produced travels directly to an Amazon facility.
Power contracting follows compute expansion
That distinction is particularly important as data centre electricity demand grows. A PPA can support new generation and hedge part of a company’s exposure to wholesale power, but the data centre still depends on the underlying grid being able to deliver electricity at the location and hour it is needed.
Sweden remains attractive for large digital infrastructure because it combines a comparatively low-carbon electricity system, access to wind and hydro generation, and cooler ambient temperatures. Those advantages have encouraged cloud and hyperscale development, although new capacity must still compete for grid connections with industrial electrification and other large loads.
Amazon’s Swedish agreements sit within a broader European procurement strategy. On the same sustainability update, the company announced what it described as Germany’s largest-ever PPA, covering 600MW from the Gennaker offshore wind project in the German Baltic Sea.
The combined activity shows the scale at which hyperscale operators are now contracting generation. Data centre campuses can require hundreds of megawatts, making individual renewable projects that once looked large relatively modest beside future compute demand.
The Swedish portfolio also mixes operating and new-build assets. The 67MW Saena component is already generating, while Fageråsen is still under construction. That allows Amazon to combine near-term procurement with support for capacity that will arrive later.
PPAs do not remove the intermittency of wind power. Data centres require continuous electricity, so actual operation depends on the wider power system, dispatchable generation, interconnection, storage, and other balancing resources when wind production falls. The environmental effect of procurement therefore depends partly on whether new contracted generation increases the overall supply of low-carbon electricity rather than merely reallocating existing output.
The commercial logic is nevertheless increasingly tied to data centre growth. Large, long-duration buyers can give renewable developers revenue certainty that supports project financing, while hyperscalers gain a clearer long-term procurement position as their electricity requirements expand.
Amazon’s latest Swedish contracts bring nearly 200MW into that model. The more difficult infrastructure question remains whether generation, transmission capacity, and data centre grid connections can be delivered in step with one another as Nordic compute demand rises.
