Project Boreas: 800MW Nordic Hyperscale Campus

Status: Groundbroken / Under Construction   |   Location: Northern Sweden (Nordic Region)

Project Overview

Project Boreas is Europe's landmark digital infrastructure asset for the late 2020s, anchoring Meta’s next-generation global artificial intelligence backbone. Launched in June 2026 in Boden, Northern Sweden, the 800-megawatt (MW) hyperscale campus is strategically constructed just outside the traditional FLAP-D (Frankfurt, London, Amsterdam, Paris, Dublin) markets to bypass the severe power grid lockdowns choking Western Europe. By choosing a sub-Arctic location, the site takes direct advantage of ambient cold air for free cooling, alongside the region’s massive, underutilized structural grid capacity, allowing for the rapid expansion of dense cluster architectures without adding strain to domestic electrical utilities. Operational efficiency and circular engineering drive the technical design of the Boreas development. The facility runs entirely on 100% renewable energy sourced directly from local run-of-river hydroelectric stations along the Lule River. Rather than letting the thermal output from thousands of liquid-cooled GPU racks go to waste, Meta has integrated a large-scale heat recovery system into the facility. This system captures exhaust heat and channels it directly into the local municipal district heating network, providing clean warmth to thousands of residential homes and supporting agricultural greenhouse projects in Boden’s cold climate. Financed through an initial $3.6 billion capital deployment under Meta's expanded 2026 global infrastructure budget, Project Boreas features a highly advanced modular building scheme. The construction coordinates structural assembly lines off-site, shortening the standard multi-year timeline into manageable phases. The campus serves as a primary blueprint for zero-carbon, high-density AI infrastructure in Europe. By balancing heavy high-performance compute workloads with localized environmental solutions, the facility proves that the global scaling of advanced AI can be achieved in complete harmony with strict European sustainability goals.

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