在挪威、瑞典、芬兰、丹麦和冰岛（北欧）出现了AI数据中心建设热潮，尤其以瑞典博尔兰格为代表：一座由纸厂改造的新型设施在9月开工，且该地区目前已有超过50个数据中心项目处于建设中或即将开发。根据研究，北欧是欧洲增长最快的数据中心区域。OpenAI在去年宣布将在挪威北极圈附近的峡湾小镇部署100,000个GPU；微软随后跟进。近期又出现数个关键动作：法国Mistral在博尔兰格租赁1.4亿美元级项目，atNorth宣布在瑞典索莱夫泰建成一座300 MW超大规模场址，另有DayOne提出在芬兰努尔米耶拉的计划，若完成将使芬兰当前容量翻倍。CBRE显示，欧洲AI数据中心容量在2025年前九个月增长超过3倍。

这股扩张与欧洲传统选址逻辑的变化直接相关。以往数据中心偏向法兰克福、伦敦、阿姆斯特丹、巴黎和都柏林等金融与时延敏感的都市场；而“可立即获得电力”已取代“最低延迟”成为核心标准。2023年夏季ChatGPT成功后，Business Finland确认能源成了主导吸引力。以AI专用GPU集群为核心的“neocloud”正在主导北欧容量增长：这类开发商服务对象并不高度依赖低时延，可在远离核心城市、甚至接近北极圈的地点部署。北欧同时具备大片可用土地、低电价、丰沛可再生电力（尤其水电与风电）以及低气温，后者可显著降低硬件制冷能耗，适配欧盟严格减排要求。

尽管产业预期被不断拉升，但并非所有计划都能转化为现实，北欧农村区高昂地价正成为风险与机遇并存的信号。森林土地被划为数据中心用途后，往往比常规林地高4到9倍，地方政府希望借此重振衰退产业地区。Restivo指出，一些超大规模运营商已预先囤积合适场址，储备未来电力需求而未必立即建设；在西欧可用空间持续收缩、能源稀缺成为“最主要制约” 的背景下，北欧每周仍持续出现新项目声明。

In the Nordic countries (Norway, Sweden, Finland, Denmark, and Iceland), AI-driven data-center expansion has accelerated rapidly, with more than 50 facilities under construction or in planning, making the region the fastest-growing data-center area in Europe. In Sweden’s Borlänge, a former paper mill site was repurposed after EcoDataCenter began construction, symbolizing the shift toward power-first siting. Last year, OpenAI announced it would deploy 100,000 GPUs in a small Arctic Circle fjord town in Norway, with Microsoft following. In recent weeks, major commitments followed: French AI lab Mistral announced $1.4 billion in infrastructure leasing in Borlänge, atNorth announced a new 300 MW mega-site in Sollefteå, and DayOne proposed a Finnish project that would more than double current national capacity if completed. CBRE reports AI data-center capacity in Europe more than tripled in the first nine months of 2025.

This surge is tied to a structural shift in location criteria. Europe’s earlier clustering around metropolitan financial hubs (Frankfurt, London, Amsterdam, Paris, Dublin) was driven by ultra-low latency needs; now “ready access to power” dominates. Since ChatGPT’s 2023 breakout, Business Finland says power availability has become the main draw. Neocloud operators—specialized cloud firms focused mainly on AI GPU workloads—account for much of the Nordic growth because their services are less latency-sensitive and can be built in remote northern locations. The Nordic proposition is strengthened by abundant land, comparatively low-cost electricity, large renewable resources (especially hydropower and wind power), and a cool climate that lowers cooling demand, helping operators meet strict EU emissions goals.

Yet the forecast depends on execution. The expected symbiosis—AI sites reviving remote economies—depends on whether announced projects are fully delivered. Even before operation, land demand has pushed up prices: newly zoned forest land for data centers is currently valued at roughly 4 to 9 times normal forest land. Local municipalities see this as potential economic renewal after declines in mining, forestry, and paper industries. At the same time, some hyperscale players are hoarding suitable sites for future needs rather than immediate build-out. As Western Europe faces shrinking available space and energy scarcity remains the strongest constraint, new Nordic proposals continue to be announced at near-weekly pace.