Nscale, the vertically integrated AI-infrastructure company, has secured an additional $790m of debt financing to continue building out its AI data centre in Narvik, northern Norway, the company said on Monday. This committed facility, provided by a syndicate of major Nordic banks, underscores the growing importance of AI infrastructure investments in regions with abundant renewable energy and favourable climatic conditions.
The financing round includes ABN AMRO, DNB, Eksfin (Export Finance Norway), and Nordea as key lenders. Skandinaviska Enskilda Banken (SEB) acted as Mandated Lead Arranger alongside the bookrunner banks. The involvement of Eksfin is particularly significant, as it reflects Norwegian state-backed export-finance support for data-centre infrastructure that leverages Norwegian power and labour. This public-private partnership model is increasingly common for large-scale digital infrastructure projects in the Nordics.
Beyond the committed $790m, the facility carries an uncommitted accordion feature of a further $790m, specifically earmarked to fund a 115MW expansion at the Narvik site. This option gives Nscale flexibility to scale capacity quickly as demand for AI compute grows. Nscale described the Narvik project as the largest AI-infrastructure investment in Norway, a country that has become a hotspot for energy-intensive data centres due to its vast hydropower resources and cool climate, which naturally reduces cooling costs.
This financing builds on a year of rapid funding momentum at Nscale. In March 2026, the company closed a $2bn Series C led by Aker ASA and 8090 Industries. Just a month earlier, in February 2026, Nscale signed a $1.4bn delayed-draw term loan. Together, these capital raises position Nscale among the best-funded private AI infrastructure firms globally. The timing aligns with an industry-wide surge in capital expenditure for AI compute capacity, driven by demand from hyperscalers like Microsoft, Google, and Amazon, as well as from enterprises and governments adopting generative AI and large language models.
Nscale’s recent agreement with Microsoft covering the Narvik campus further validates the project’s strategic importance. While specific terms were not disclosed, such partnerships typically involve long-term capacity reservations and co-investment, providing a stable revenue base for the data centre operator. Microsoft has been aggressively expanding its own AI infrastructure, and partnerships with companies like Nscale allow it to secure additional capacity without the full capital outlay of building its own facilities.
Josh Payne, Nscale’s founder and CEO, stated in the announcement that the combination of recent financing rounds positions the company “at the forefront of global AI infrastructure, delivering scalable, high-performance capacity to meet rapidly growing demand for our services.” His comments reflect a broader trend where vertically integrated AI data centre providers are emerging as key enablers of the AI economy, offering end-to-end solutions from energy sourcing to GPU compute and software stacks.
The Narvik site is part of Nscale’s broader European data-centre footprint, which includes a separate flagship build in Portugal at Start Campus’s Sines site. In a separate announcement, Nscale committed to supplying 66,000+ Nvidia Rubin GPUs to Microsoft at the Portuguese site, with deployment starting in late 2027. This GPU commitment, likely worth billions of dollars, demonstrates Nscale’s deep relationship with Nvidia and its ability to secure scarce next-generation hardware. The Rubin architecture, successor to Blackwell, is expected to offer even higher performance for training and inference, and Nscale’s early access gives it a competitive edge.
Additionally, Nscale has a 1.35 GW commitment with Microsoft, Nvidia, and Caterpillar at a flagship AI campus in West Virginia under the Monarch name. This US project, combined with the European sites, gives Nscale a truly global footprint. The involvement of Caterpillar, known for power generation and infrastructure equipment, suggests the campus likely includes on-site power generation to supplement grid supply, a common strategy for avoiding grid congestion and ensuring reliability for AI workloads.
Nscale describes itself as vertically integrated, with operations spanning energy, data centres, GPU compute and software. This vertical integration is a key differentiator. Unlike traditional data centre operators that only provide colocation space, Nscale can optimize across the entire stack: procuring renewable energy, designing efficient cooling (using Norway’s cold climate for free air cooling), deploying the latest GPUs, and offering managed software services for AI training and inference. This model appeals to AI-native customers who prefer not to manage hardware and data centre operations themselves, as well as enterprises and governments that require high reliability and security.
The bank syndicate behind the Norway facility is itself notable. ABN AMRO, DNB, Nordea and SEB are among the largest project-finance banks in the Nordic region. Their willingness to finance a private AI data centre reflects confidence in the long-term demand for AI compute and the quality of the Narvik project. Project finance structures are common for capital-intensive infrastructure, and the inclusion of an accordion feature allows for future expansion without renegotiating the entire facility. Eksfin’s participation also highlights the Norwegian government’s strategic interest in positioning the country as a hub for sustainable digital infrastructure.
The Narvik project benefits significantly from the region’s cold climate and access to substantial Nordic hydropower capacity. Data centres generate enormous amounts of heat, and in Narvik’s cool environment, free air cooling can be used most of the year, drastically reducing energy consumption for cooling. Hydropower provides stable, low-cost, and renewable electricity, crucial for both operational costs and meeting environmental, social, and governance (ESG) targets that many customers now require. Norway has become a prime location for data centres, with companies like Google already operating facilities in the country.
Nscale did not disclose the tenor, pricing or covenant terms of the new financing, nor the targeted operational date for the 115MW Narvik expansion. The company has not commented on whether the accordion feature is expected to be drawn within a specific window. Typically, accordion features are used when a project reaches certain milestones, such as securing additional customer commitments or achieving construction benchmarks. Analysts expect that once the initial phase is operational and demonstrates demand, Nscale will likely exercise the accordion to expand.
The broader context for this investment is the explosive growth of AI. Global spending on AI infrastructure is projected to exceed $200bn in 2026, with data centres accounting for a significant portion. Hyperscalers and private operators are racing to build capacity, but constraints on power availability, supply chain for GPUs, and construction timelines are limiting supply. Nscale’s ability to secure multiple large financing rounds in quick succession suggests strong investor appetite for the risk-return profile of AI data centres, especially those with fixed capacity contracts from creditworthy customers like Microsoft.
Competitors in this space include companies like Equinix, Digital Realty, and CoreWeave, as well as newer entrants like Applied Digital and Compass Datacenters. However, Nscale’s focus on vertical integration and its early access to next-gen Nvidia GPUs differentiate it. The partnership with Microsoft across multiple sites also provides a level of revenue visibility that few competitors can match.
The Narvik expansion, if fully built out, could position Norway as a significant player in the global AI infrastructure map. For Nscale, the combination of Norwegian hydropower, cold climate, government support, and strong banking relationships creates a compelling foundation for long-term growth. As AI continues to demand more compute power, projects like Narvik will become increasingly critical to the global digital economy.
Source: TNW | Investors-Funding News