Bitdeer’s Norwegian subsidiary, Tydal Data Center AS, has signed a construction agreement with Data Center Installations AS (DCI) to transform its existing site in Tydal, Norway, into a 180-megawatt AI data center. The company is targeting December 2026 for completion, marking a major step in Bitdeer’s push beyond bitcoin mining and deeper into high-performance AI infrastructure.
A strategic conversion from bitcoin mining to AI compute
The project is located in the Kirkvollen industrial area in the municipality of Tydal, in Norway’s Trøndelag county. Under the agreement announced on March 30, DCI will oversee the project end to end, including design, planning, installation, testing, commissioning, and ongoing maintenance. DCI is a Norwegian contractor focused on critical infrastructure and has been part of Sparc Group AB since 2025.
The planned facility is being configured primarily for AI colocation services, with infrastructure built around Nvidia’s Vera Rubin GPU architecture and aligned with Nvidia’s reference design. Customer equipment installations are expected to begin after the core build-out is completed. If the delivery proceeds on schedule, the Tydal site would become the largest operational AI data center in Norway and rank among the largest in Europe by installed capacity.
For Bitdeer, the Tydal conversion reflects a broader industry trend: companies that built large-scale power and cooling capacity for crypto mining are now repositioning parts of that footprint for AI workloads. Demand for dense GPU infrastructure continues to rise across regions, while many operators are searching for sites with reliable power, lower carbon intensity, and enough capacity to scale.
Why Norway matters in the European AI infrastructure race
Norway has become increasingly attractive for data center development because of its access to abundant hydropower, relatively low electricity costs, and a growing base of digital infrastructure. According to the source material, the Tydal facility already runs on 100% carbon-free hydroelectric power and uses immersion cooling, a setup that can be especially relevant for high-density compute environments.
Bitdeer’s move comes as Europe faces persistent pressure on available GPU-ready data center supply. AI adoption is expanding across enterprises, research institutions, and cloud-linked service providers, but the availability of suitable power, cooling systems, and deployment-ready campuses remains constrained. By converting a former bitcoin mining site into a dedicated AI colocation hub, Bitdeer is positioning itself to serve a market that is hungry for large-scale compute capacity backed by renewable energy.
The source also notes that Norway’s low-cost hydropower and pre-existing data center assets have drawn consistent attention from hyperscale operators and AI compute providers looking for large-scale capacity aligned with carbon goals. In that context, the Tydal project is not only an infrastructure build but also a strategic bet on Europe’s next wave of AI expansion.
Execution plan and project scope
DCI’s role covers the full project lifecycle. That includes engineering, planning, installation, testing, commissioning, and support after launch. Bitdeer highlighted that it had already accelerated preparations for the Tydal pivot throughout 2025 and into 2026 by ordering long-lead equipment and advancing engineering work before awarding the construction contract. Those steps suggest the company has been actively preparing to reduce execution delays on a project of this scale.
Statements cited in the source present the development as an important milestone for both parties. Haakon Bryhni, chairman and co-founder of Tydal Data Center AS, described the conversion as a cornerstone of Bitdeer’s global strategy to meet surging demand for AI data centers, while also emphasizing sustainable and capital-efficient growth as well as local economic value creation. Bjørn Arve Olsen, co-founder of DCI, said the contract represents a major milestone for DCI financially and operationally, pointing to the scale of the project and the built-in cost and schedule controls in the execution model.
While the article does not disclose project economics, tenant names, or detailed technical build specifications beyond the targeted GPU architecture and capacity, the headline numbers alone are significant. A 180 MW AI data center is a large-scale deployment by European standards, and reaching operation by the end of 2026 would give Bitdeer a potentially important foothold in a market where demand continues to outpace supply.
Sustainability features and industrial reuse
One of the more notable aspects of the Tydal plan is the effort to integrate sustainability features beyond just renewable power sourcing. In addition to using hydroelectric energy, the project is expected to redirect excess heat generated at the facility to support food production on a neighboring plot. Heat reuse has become an increasingly important theme in data center development, particularly in colder climates where excess thermal output can support greenhouses, district heating, or nearby industrial processes.
Combined with immersion cooling, the facility’s energy profile may help Bitdeer market the site to customers seeking lower-carbon compute options. For AI operators and enterprises under growing pressure to account for the environmental cost of large-scale model training and inference, access to renewable-powered colocation capacity could become a competitive differentiator.
What the project means for Bitdeer
Bitdeer, headquartered in Singapore, operates data centers across the United States, Norway, Bhutan, and Ethiopia. Its business spans both bitcoin mining and high-performance AI compute infrastructure. The Tydal redevelopment illustrates how the company is trying to broaden its role in digital infrastructure rather than remain tied solely to crypto mining economics.
That matters because AI infrastructure has emerged as one of the most capital-intensive and strategically important segments of the broader technology market. Operators with access to power, land, cooling expertise, and deployment experience may be able to repurpose those strengths into a new business line serving AI tenants. Bitdeer’s decision to dedicate a European site to AI colocation suggests it sees meaningful long-term demand from customers who need ready-built, renewable-powered facilities rather than building from scratch.
If successful, the Tydal facility could serve as a model for similar conversions elsewhere, especially for operators with former mining sites located near stable, low-carbon energy sources. More broadly, it highlights a structural convergence between crypto-era infrastructure and AI-era compute demand: both businesses require substantial power, specialized cooling, and rapid deployment execution, but AI customers may offer a different revenue profile and strategic positioning.
For now, the key milestone is clear. Bitdeer is aiming to complete the Tydal AI data center by December 2026. If it delivers on that timeline, the company will not only reshape one of its own Nordic assets but also stake a major claim in Europe’s increasingly competitive AI infrastructure market.