Bitdeer Signed 16-Year Data Center Lease in Norway
The agreement secures 121 megawatts of capacity to support high-density AI infrastructure.
Updated on Oct. 5, 2026 in Data Centers
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On August 4, 2026, Bitdeer Technologies Group announced a 16-year colocation lease with Volta Tydal AS for a data center in Tydal, Norway. This $4.7 billion contract involves repurposing a facility to host high-density AI workloads.
Why it matters
The repurposing of existing infrastructure into AI-ready facilities addresses the urgent global demand for high-density computing capacity. By utilizing renewable hydropower, the project provides a scalable solution for power-intensive AI operations.
The lease covers 121 IT megawatts of capacity with a monthly price of $202 per kW and 3% annual escalators. The site, which relies on 100% renewable hydropower, requires an additional $500 million in construction investment.
The players
Bitdeer Technologies Group
This company provides infrastructure and site management for high-performance computing and data centers.
Volta Tydal AS
This firm secured the lease agreement with a $2.4 billion valuation and $300 million in venture funding.
The details
Bitdeer is transitioning the Tydal campus from a former Bitcoin mining operation to a facility optimized for AI infrastructure. The agreement requires Volta to provide $1.3 billion in letters of credit to guarantee its financial obligations under the long-term deal.
Timeline
August 4, 2026: The lease agreement was formally announced.
December 31, 2026: The first phase of construction is scheduled for completion.
March 31, 2027: The second phase of construction is targeted for completion.
The Tech Race
The transition of crypto-mining infrastructure to high-density AI infrastructure represents a strategic pivot to meet the surging demands of artificial intelligence. This shift mirrors the broader industry effort to retrofit power-dense sites to support next-generation compute needs.
The expansion of specialized data center capacity facilitates the development of large-scale AI applications that power everyday consumer tech. For industry stakeholders, the move highlights the rising operational costs and capital intensity associated with hosting massive AI workloads.
The takeaway
The repurposing of energy-heavy sites into AI hubs illustrates a critical path for scaling the underlying hardware of modern digital intelligence. This project demonstrates how long-term capital commitments are being funneled into sustainable, hydropower-backed infrastructure.
What happens next
Construction targets are set for the completion of the first phase by December 31, 2026, followed by the second phase by March 31, 2027.
Further reading
For additional context on facility expansion, visit the Data Centers section.
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Do you support repurposing former cryptocurrency mining sites to accommodate artificial intelligence infrastructure?
