Data Centers in Trondheim

Trondheim – High-Performance Computing at the Edge of Europe

Trondheim serves as a critical northern site for organizations prioritizing high-performance computing and proximity to top Norwegian research institutions. This market provides an ideal intersection of low-cost renewable energy and a technical ecosystem that drives high-stakes digital outcomes. Its location makes it a premier choice for research-heavy workloads and primary disaster recovery.

Trondheim: At A Glance

Network & Connectivity Ecosystem

Trondheim acts as a strategic northern node for the Norwegian digital backbone. As a center for academic and industrial research, the infrastructure is purpose-built for reliability and high-throughput data transfer.

Carrier Density & Carrier Neutrality: Carrier count: over 10. The market supports a range of 10–15 carriers as of September 2025. This provides sufficient variety for redundant pathing and competitive transit pricing.

Direct Cloud On-Ramps: 0, enabling access to 0 cloud regions as of September 2025. There are no direct native cloud on-ramps within Trondheim city limits. Organizations typically access AWS, Microsoft Azure, and Google Cloud (GCP) via private transport or waves to Oslo.

Internet Exchange Points (IXPs): The Norwegian Internet Exchange (NIX) maintains a presence in Trondheim. This facilitates local peering and reduces latency for regional traffic.

Bare Metal: Bare metal services are available through regional providers and global players such as OVHcloud and Hivelocity as of September 2025. These services cater to local high-performance computing needs and research workloads.

Power Analysis

Trondheim benefits from Norway's significant investment in renewable energy, offering some of the cleanest power profiles in Europe.

Average Cost Of Power: Industrial electricity is approximately $0.09/kWh as of September 2025. This pricing is supported by a mix that is 96% renewable, predominantly from hydroelectric sources, providing significant operational savings for power-dense deployments.

Power Grid Reliability: The local grid is well-engineered with redundant configurations and multi-substation support. This stability is a hallmark of the Norwegian energy sector, ensuring consistent uptime for high-density colocation facilities.

Market Access, Business & Tax Climate

Trondheim is an intellectual hub that serves as the gateway to Central and Northern Norway.

Proximity To Key Business Districts: Data centers are located near the Norwegian University of Science and Technology (NTNU) and SINTEF. This proximity is vital for research-heavy industries that require low-latency access to massive datasets and academic collaboration.

Regional Market Reach: The market effectively serves the Central Norway region. It also provides a resilient secondary site for companies headquartered in Oslo or Stockholm.

Tax Advantage For Data Centers: Norway currently offers limited specific tax incentives for data centers. The primary financial advantage for operators is the lower cost of sustainable power which reduces the total cost of ownership over the long term.

Natural Disaster Risk

Trondheim is classified as a Low risk environment with an overall score of 1.9/10 as of September 2025. The physical safety of infrastructure in this region is a primary selling point for disaster recovery sites.

• Coastal Flood: 6.6 as of September 2025. As a coastal city, this is a regional consideration managed through site elevation.
• River Flood: 5.9 as of September 2025. This represents a primary environmental concern, though most facilities are sited to avoid flood plains.
• Drought: 2.2 as of September 2025. Low impact on operational continuity.
• Epidemic: 2.2 as of September 2025. Minor risk in line with national Nordic averages.
• Earthquake: 0.4 as of September 2025. Negligible seismic activity.