Pranav Hotkar
Stockholm, Sweden - May 28, 2026 - German energy company E.ON has signed a 200 MW grid connection agreement with Icelandic data center operator atNorth to support a new artificial intelligence-focused data center development in northern Sweden, underscoring the accelerating power demands of Europe’s AI infrastructure boom.
The agreement was signed through E.ON’s Swedish electricity distribution subsidiary and will provide large-scale power connectivity for atNorth’s planned AI data center campus, Reuters reported Thursday.
While financial details and exact deployment timelines were not disclosed, the scale of the connection highlights the rapidly growing electricity requirements associated with next-generation AI compute facilities. A 200 MW connection is considered substantial even by hyperscale data center standards and is capable of supporting dense GPU-based AI training and inference clusters.
The project further strengthens northern Sweden’s position as one of Europe’s emerging AI infrastructure hubs, driven by access to low-carbon electricity, cooler climatic conditions, and expanding transmission infrastructure.
The deal also reflects a broader shift underway across Europe’s utility sector, where power providers are increasingly racing to accommodate AI-driven electricity demand. Utilities and grid operators throughout the region are investing heavily in transmission upgrades and connection capacity as hyperscalers and colocation providers seek new locations capable of supporting high-density AI workloads.
Earlier this year, E.ON announced plans to increase long-term investment in energy networks to approximately EUR 48 billion (USD 57 billion) by 2030, citing the rapid expansion of data centers and electrification demand across Europe.
Industry analysts expect AI infrastructure to become one of the fastest-growing sources of electricity consumption over the next decade. Research institutions and energy analysts have warned that AI-related data center growth could significantly reshape power planning, transmission investment, and regional energy strategies worldwide.
Northern European markets, particularly Sweden, Norway, Finland, and Iceland, have become increasingly attractive for hyperscale and AI operators because of their abundant renewable energy resources and naturally cool environments, which help reduce cooling costs and improve energy efficiency. Sweden’s remote northern regions are now seeing accelerated infrastructure interest as operators prioritize scalable power availability over proximity to major metropolitan areas.
At the same time, power availability and grid access are emerging as major competitive differentiators within the global AI race. Across Europe and North America, developers are facing mounting challenges tied to transmission bottlenecks, long interconnection queues, and rising infrastructure costs as AI workloads push energy consumption to new levels. Reuters reported earlier this month that regulators and utilities are increasingly debating how grid expansion costs linked to data center growth should be allocated between operators and consumers.
For atNorth, the Swedish expansion aligns with the company’s broader strategy of building sustainable high-performance computing and AI infrastructure across the Nordic region. The company already operates data center campuses in Iceland, Sweden, Finland, and Denmark, targeting customers requiring low-latency and renewable-powered compute capacity for AI and advanced cloud workloads.
The new Swedish AI facility is expected to further intensify competition among Nordic countries seeking to attract hyperscale AI investments as Europe positions itself to capture a larger share of global AI infrastructure deployment.
