Norway Data Center Market - Investment Analysis & Growth Opportunities 2026-2031
The Norway Data Center Market Size, Share, Trends, & Investments By IT Infrastructure, Electrical Infrastructure, Mechanical Infrastructure, Cooling Systems, General Construction, & Tier Standard.
NORWAY DATA CENTER MARKET SIZE AND SHARE
| MARKET SIZE (INVESTMENT) | USD 6.92 Billion (2031) |
| MARKET SIZE (AREA) | 1,050 Thousand Sq. feet (2031) |
| MARKET SIZE (POWER CAPACITY) | 300 MW (2031) |
| CAGR - INVESTMENT (2025-2031) | 28.30% |
| COLOCATION MARKET SIZE (REVENUE) | USD 1.74 Billion (2031) |
| HISTORIC YEAR | 2022-2024 |
| BASE YEAR | 2025 |
| FORECAST YEAR | 2026-2031 |
| MAJOR PLAYERS | AQ ComputeASP Data CenterBlix Solutions ASBluefjordsBulk InfrastructureGigahost AS |
NORWAY DATA CENTER MARKET ANALYSIS
The Norway data center market size was valued at USD 1.55 billion in 2025 and is expected to reach USD 6.92 billion by 2031, growing at a CAGR of 28.30% during the forecast period. Norway is emerging as one of the most attractive data center destinations in Europe, supported by abundant renewable hydropower, a cold climate suitable for free cooling, strong fiber connectivity, and a stable regulatory environment. The market is expected to witness robust growth during 2026-2031, driven by hyperscale cloud expansion, increasing AI and High-Performance Computing (HPC) deployments, and rising enterprise colocation demand.
The continued expansion of global cloud providers including Microsoft and Google is a major growth catalyst. These operators are scaling their Nordic footprints to support data sovereignty, low-latency services, and sustainable cloud regions, positioning Norway as a strategic secondary availability zone for Europe.
As of Q4 2025, the cost of industrial electricity in Norway ranged between $0.14 and $0.16 per kWh. The industrial power costs in Norway vary by city; these prices are expected to increase significantly to over $0.13 per kWh by 2030 as the demand for industrial electricity is expected to increase significantly, driven by the development of hyperscale and large colocation data centers, which require more electricity for operations.
In Norway, personal data protection is primarily governed by the Personal Data Act, which implements the EU General Data Protection Regulation (GDPR) into national law, ensuring lawful processing, strong privacy rights, and strict breach notification requirements. Compliance is enforced by the Norwegian Data Protection Authority, with significant penalties for violations to safeguard individuals and digital systems.
In data center facilities, traditional air-cooling technologies struggle to manage the heat generated by high-density AI racks; thus, the newly built data centers are being deployed with liquid cooling technologies. For instance, in March 2025, Nscale added a 30 MW liquid-cooled modular facility next to its existing Glomfjord data center, doubling the site’s capacity to 60 MW for AI GPU workloads. The prefabricated design enables rapid deployment while supporting next-generation high-density, liquid-cooled infrastructure powered by hydropower.
Norway is one of the developing data center hubs in the Nordic region, hosting around 30 existing data center facilities. Oslo consists of around 17 existing data centers. Green Mountain, STACK Infrastructure, and Bulk Infrastructure are the major providers in the country.
The country consists of around 13 existing submarine cables, such as Bodo-Rost Cable, Eviny Digital, Havsil, NOr5ke Viking, NO-UK, Norfest, Polar Circle Cable, Skagenfiber West, Svalbard Undersea Cable System, and Tverrlinken, which connect Norway with other European countries such as the UK, Denmark, Sweden, and Ireland. For instance, in January 2026, Space Norway partnered with the Norwegian Ministry of Defence to develop the first cable landing station on Jan Mayen for the Arctic Way subsea system. The cable, spanning 1,460.2 miles and manufactured by SubCom, will connect mainland Norway with Jan Mayen and Svalbard by 2028.
NORWAY DATA CENTER MARKET INSIGHTS BY AREA
The Norway data center market by area is expected to reach 1,050 thousand sq. ft. by 2031, reflecting the country's expanding data center infrastructure and increasing demand for digital capacity. Oslo is the key destination for the development of data center facilities, supported by its strong connectivity, established digital infrastructure, and concentration of businesses and cloud service demand.
Beyond Oslo, cities including Gromstul, Stavanger, Skien, Trondheim, Telemark, Maloy, Glomfjord, and Kalberg are gaining momentum as emerging data center locations. This growth is driven by rising nationwide demand for digital infrastructure, availability of suitable land, access to reliable power, and the presence of several industrial parks across these locations.
NORWAY DATA CENTER MARKET INSIGHTS BY POWER CAPACITY
The Norway data center market by power capacity is expected to reach 300 MW by 2031, supported by the expansion of high-capacity power infrastructure and rising electricity demand from hyperscale and large colocation data centers. As of Q4 2025, industrial electricity prices in Norway ranged from $0.14 to $0.16 per kWh, with costs varying across cities.
These prices are expected to rise further by 2030 as increasing data center power requirements place greater pressure on industrial electricity supply. At the same time, investments in high-capacity power infrastructure are facilitating the development of new data center facilities across the country.
Key Report Takeaways
- IT Infrastructure - The server infrastructure segment dominated the Norway data center market, accounting for approximately 66% of the market share in 2025.
- Electrical Infrastructure - The cooling systems segment led the Norway data center market in 2025.
- Mechanical Infrastructure - In 2025, Generator systems dominated the Norway data center market with the largest share.
- General Construction - The core & shell development segment contributes around 58% of the market share.
- Tier Standard - Tier III standard dominates the Norway data center market with the largest share.
- Colocation - Wholesale colocation services dominate Norway’s colocation market.
Note: Market size and forecast figures are generated using Arizton's proprietary estimation framework, based on facility-level primary and secondary research, updated as of the current reporting cycle.
Norway Existing & Upcoming Data Center Portfolio
EXISTING FACILITY DATA POINTS
- Location — region, city, full address
- Operator / owner name & facility name
- Core & shell white-floor area
- Core & shell IT load capacity
- Rack Capacity
- Tier standard (I–IV) & redundancy design
- Year of operations
UPCOMING FACILITY DATA POINTS
- Investor name & location
- Planned area & power capacity (MW)
- Total investment (USD Million)
- Electrical / mechanical / construction investment split
- Announcement year & project status
- Expected year of opening
- Retail & wholesale colocation pricing
NORWAY DATA CENTER MARKET TRENDS AND DRIVERS
TRENDS
| Trends | Impact (2025) | Geographic Presence | Impact (2031) |
|---|---|---|---|
| Increased Adoption of AI | Medium | Oslo | High |
| Government Support for Data Centers | Medium | Oslo | High |
| Sustainable Data Centers on Rise | Medium | Oslo | High |
Increased Adoption of AI
Norway is witnessing a steady increase in the adoption of Artificial Intelligence (AI) across various industries, driven by advancements in cloud computing, big data analytics, and automation. The expansion of cloud infrastructure is further accelerating AI adoption, with major cloud service providers such as Microsoft Azure, Google, and AWS strengthening their presence in the country. This growth is also encouraging the development of energy-efficient AI infrastructure.
In August 2025, Terakraft selected its hydro-powered facility to host Neurophos optical AI chips as part of a pilot program for a next-generation ultra-energy-efficient AI inference platform scheduled to launch in 2027. The deployment is expected to support high-density, sustainable AI infrastructure while significantly reducing energy consumption compared with traditional GPU-based workloads.
Government Support for Data Centers
The Norwegian government is supporting the data center industry through investments in digital infrastructure, while implementing various measures to promote digitalization and increase the use of renewable energy in data center operations. Recognizing the sector’s role in driving digital transformation and economic growth, the government has introduced several initiatives to attract both international and domestic data center operators to establish facilities across Norway.
In February 2025, the Norwegian government also partnered with several governments and major digital infrastructure companies, including Equinix, Data4, and Telehouse, to support the newly established “Coalition for Sustainable AI,” announced at the AI Action Summit in Paris. The initiative aims to promote the development of AI infrastructure across countries including France, Norway, Denmark, Germany, the UK, and Italy.
RESTRAINTS
| Restraint | Impact (2025) | Geographic Presence | Impact (2031) |
|---|---|---|---|
| Location Constraints in the Market | High | Oslo | Medium |
| Security Challenges in the Market | High | Oslo | Medium |
| Dearth of Skilled Workforce | High | Oslo | Low |
| Supply Chain Issues in Norway | High | Oslo | Medium |
Location Constraints in the Market
Norway has become an attractive destination for data center development due to its abundant renewable energy, political stability, and cool climate. However, certain location constraints continue to challenge data center construction, particularly in terms of land, water, power, and network infrastructure. Land availability is a key challenge, as strict zoning regulations and environmental policies restrict the development of large data centers.
While urban areas often have limited space, rural locations face development restrictions aimed at protecting natural resources, while sustainability priorities can further extend industrial approval processes. Operational reliability has also emerged as a concern, as demonstrated by Microsoft Azure outages in Norway in February 2025, which disrupted businesses and caused several government service websites to go offline.
Security Challenges in the Market
The Norway data center industry is expanding rapidly owing to strong government support and advanced digital infrastructure; however, this growth is also increasing security challenges and the need for compliance with national and international regulations.
The country has experienced a significant rise in cyberattacks targeting critical infrastructure, with threats such as ransomware and Distributed Denial-of-Service (DDoS) attacks posing major risks to data integrity and service availability. As data centers store and process sensitive government, corporate, and personal information, they have become prime targets for cyberattacks, highlighting the growing need for robust cybersecurity measures and regulatory compliance.
NORWAY DATA CENTER MARKET DRIVERS
Rising Adoption of Cloud Services
Norway is witnessing a rapid surge in the adoption of cloud services as businesses and public institutions increasingly embrace digital transformation. As part of this shift, organizations across diverse industries, including finance, healthcare, manufacturing, and telecommunications, are continuously migrating to cloud platforms to improve scalability, enhance data accessibility, and increase operational efficiency, thereby driving the growth of Norway’s cloud computing market.
In January 2026, UpCloud launched a new cloud region in Stavanger, hosted at a Green Mountain facility powered by renewable energy and cooled using deep-water fjord systems. This expansion strengthens UpCloud’s pan-Nordic presence, enhances its sustainable cloud infrastructure capabilities, and brings its total number of European locations to ten.
Growing Digitalization and Usage of Big Data & IoT
Norway is significantly advancing its digitalization efforts by adopting technologies such as big data and the Internet of Things (IoT) to drive innovation across industries, including finance, retail, manufacturing, and education. This digital transformation is further supported by investments in high-performance computing infrastructure, such as the Olivia supercomputer, which was inaugurated in June 2025 at Lefdal Mine Data center.
The system delivers 13.2 petaflops of sustained performance for AI, climate, ocean, and health research workloads and combines Nvidia GH200 GPUs and AMD EPYC CPUs with highly energy-efficient fjord-based cooling to strengthen Norway’s national big-data capabilities.
SEGMENT ANALYSIS
INSIGHT BY IT INFRASTRUCTURE
Based on the infrastructure, the server infrastructure segment dominated Norway’s data center market, accounting for approximately 46% of the market share in 2025. This dominance is supported by the rising adoption of digital transformation strategies, enterprise cloud computing, and 5G network deployment, which are driving demand for high-performance, scalable, and reliable server infrastructure. As businesses increasingly migrate workloads to cloud environments, the adoption of cloud servers is expected to grow, further supported by the expansion of AI, data analytics, IoT, and other data-intensive applications that require advanced computing and storage capabilities.
The growing demand is also supported by major server and technology vendors, including Dell Technologies, Cisco Systems, Hewlett Packard Enterprise, IBM, and NetApp, which provide servers, storage systems, networking solutions, and other data center infrastructure to help enterprises and operators improve scalability, efficiency, and support for increasingly complex workloads.
INSIGHT BY ELECTRICAL INFRASTRUCTURE
Based on the electrical infrastructure, the cooling segment dominated Norway’s data center market in 2025, accounting for approximately 25% of the market share, reflecting the growing focus on reliable and resilient power infrastructure. Data centers in Norway are increasingly adopting advanced backup generator systems with at least N+1 redundancy configurations to ensure uninterrupted operations and enhance energy resilience during power outages.
These systems provide additional power redundancy and help minimize the risk of downtime in mission-critical facilities. For instance, Lefdal Mine Data Centers has equipped its facility in Måløy, Norway, with N+1 redundant generators with a capacity rating of 2 MW, supporting reliable backup power and continuous data center operations.
INSIGHT BY MECHANICAL INFRASTRUCTURE
Based on the mechanical infrastructure segmentation, the Cooling segment dominated Norway’s data center market in 2025, accounting for approximately 25% of the market share. This strong market position is supported by the growing adoption of advanced cooling infrastructure to manage increasing heat loads and maintain optimal operating conditions. Data center facilities in Norway utilize both water-based and air-based cooling systems, with most operators implementing N+1 redundancy in Tier III facilities to enhance reliability and operational continuity.
In addition, data center operators deploy evaporative coolers and coolant distribution units (CDUs) alongside indoor CRAC and CRAH units to improve cooling efficiency and effectively manage the thermal requirements of their facilities.
INSIGHT BY GENERAL CONSTRUCTION
Based on the electrical infrastructure, the Generator segment dominated Norway’s data center market in 2025, accounting for approximately 66% of the market share, reflecting the importance of reliable power infrastructure for data center operations. The construction landscape also plays a key role in supporting the expansion of data center capacity in the country. The cost of core and shell construction in Norway is relatively moderate compared with other European countries, supported by rising investments in hyperscale and modular data centers.
The Norwegian market is primarily driven by greenfield construction, while modular data center projects are also gaining momentum. In addition, the integration of on-site renewable energy sources, including solar and wind power installations, increases the scope of construction activities and can extend project timelines for contractors.
INSIGHT BY TIER STANDARD
Based on the Tier segmentation, the Tier III segment dominated Norway’s data center market in 2025, accounting for approximately 41% of the market share, reflecting the strong demand for reliable and resilient data center infrastructure. This dominance is supported by the widespread adoption of Tier III standards across data center facilities in the country. According to the Uptime Institute, Norway has more than six data center facilities that have received Tier III certification, either at the design or construction stage.
These include facilities operated by Basefarm, DigiPlex Fet AS, Green Mountain AS, and Lefdal Mine Datacenters. Most data center facilities in Norway are designed to meet at least Tier III standards, typically incorporating a minimum of N+1 redundancy across critical infrastructure to enhance operational continuity and minimize downtime.
INSIGHT BY COLOCATION
Based on colocation, wholesale colocation services dominate Norway’s colocation market, with their share projected to increase to over 94.6% by 2031. This strong market position is supported by Norway’s growing data center ecosystem, which hosts around 30 existing data center facilities, including approximately 17 in Oslo. Major providers such as Green Mountain, STACK Infrastructure, and Bulk Infrastructure are driving the country’s colocation capacity.
The growth in wholesale colocation is further supported by increasing investments in the country, driven by government support for data center development, rising cloud adoption, rapid digitalization, AI deployment, expanding submarine and inland connectivity, and Norway’s favorable climate conditions for free cooling. These factors are expected to strengthen colocation investments and further drive demand for wholesale facilities over the next five years.
COMPETITIVE LANDSCAPE
IT infrastructure providers play a critical role in supporting Norway’s high-density and cloud-driven data center ecosystem, supplying servers, storage, networking, and AI-optimized hardware.
Engineering firms focus on modular construction, prefabrication, and accelerated build timelines to meet tight capacity rollout schedules. Collaboration between contractors, consultants, and government authorities ensures compliance with planning, environmental, and power allocation regulations.
Leading Support infrastructure providers such as ABB, Alfa Laval, Caterpillar, Cummins, Delta Electronics, Eaton, Johnson Controls, Legrand, Schneider Electric, STULZ, Vertiv and others maintain a strong presence through local service teams, long-term maintenance contracts, and regional manufacturing hubs.
The Norway colocation market is shaped by several well-established operators including, Green Mountain, Vaultica Data Centers, STORESPEED, Telia, and Nscale. In addition, new entrants such as Google, Greenscale Data Centres, and Fossefall are gaining traction, signaling rising demand for colocation capacity and more advanced, flexible data center offerings. This evolving competitive landscape encourages innovation and continuous improvement in service quality and technology deployment.
GreenScale is one of the major companies in the country. For instance, in June 2025, GreenScale acquired the Tonstad DataPark site with 300 MW of approved grid capacity, one of the largest planned data center campuses in Southern Norway. The €2.5 billion ($2.85 billion) development will be delivered in phases, with the first capacity being targeted for 2027.
Norway Data Center Industry Leaders
Disclaimer: Major players sorted in no particular order.
VENDOR LANDSCAPE
- IT INFRASTRUCTURE PROVIDERS - Arista Networks, Cisco Systems, Dell Technologies, Hewlett Packard Enterprise, Hitachi Vantara, Huawei Technologies, IBM, Juniper Networks, Lenovo, NetApp, NetNordic Group AS, Oracle, Pure Storage, and Super Micro Computer.
- DATA CENTER CONSTRUCTION CONTRACTORS & SUB-CONTRACTORS - AECOM, Arup, Coromatic AB, COWI, CTS Group, Designer Group, Elecnor Group, HDR Architecture, Keysource, Kirby Group Engineering, Marsh, Mecwide, Mercury, Olaris AS, Ramboll, RED Engineering Design, Rider Levett Bucknall RLB, Skanska, Sweco, Turner & Townsend, and YIT.
- SUPPORT INFRASTRUCTURE PROVIDERS - ABB, Alfa Laval, Austin Hughes Electronics, Carrier, Caterpillar, Comsys, Condair Group, Cummins, DEIF, Delta Electronics, Eaton, FläktGroup, GE Vernova, HITEC Power Protection, Johnson Controls, Rehlko, Legrand, Mitsubishi Electric, Perkins Engine, Piller Power Systems, Rittal, Rolls-Royce, Schneider Electric, Siemens, Socomec Group, STULZ, Swegon, Trane Technologies, and Vertiv.
- DATA CENTER INVESTORS - AQ Compute, ASP Data Center, Blix Solutions AS, Bluefjords, Bulk Infrastructure, Gigahost AS, Green Mountain, Itsjefen, Lefdal Mine Data Centers, Lunar Digital, Nscale, Orange Business, STACK Infrastructure, STORESPEED, Telia, Terakraft, and Vaultica Data Centers.
- NEW ENTRANTS - Fossefall, Google, Greenscale Data Centres, and Keysource & Namsos DataSenter.
RECENT INDUSTRY DEVELOPMENTS
NORWAY DATA CENTER COLOCATION MARKET
View Colocation Report →TABLE OF CONTENTS FOR NORWAY DATA CENTER INDUSTRY REPORT
NORWAY DATA CENTER MARKET REPORT SCOPE
IT Infrastructure
- Servers
- Storage Systems
- Network Infrastructure
Electrical Infrastructure
- UPS Systems
- Generators
- Transfer Switches & Switchgears
- PDUs
- Other Electrical Infrastructure
Mechanical Infrastructure
- Cooling Systems
- Rack Cabinets
- Other Mechanical Infrastructure
Cooling Systems
- CRAC & CRAH Units
- Chiller Units
- Cooling Towers, Condensers & Dry Coolers
- Other Cooling Units
General Construction
- Core & Shell Development
- Installation & Commissioning Services
- Engineering & Building Design
- Fire Detection & Suppression Systems
- Physical Security
- Data Center Infrastructure Management (DCIM)
Tier Standard
- Tier I & Tier II
- Tier III
- Tier IV
MARKET DEFINITION
| Term | Definition |
|---|---|
| PUE | Power Usage Effectiveness — total facility energy divided by IT equipment energy; values closer to 1.0 indicate higher efficiency. |
| Redundancy (N, N+1, 2N) | Design standards describing backup capacity for power and cooling components, ranging from no redundancy (N) to fully duplicated systems (2N). |
| CRAC / CRAH | Computer Room Air Conditioner / Air Handler — equipment used to regulate temperature and humidity in the server environment. |
| Hot Aisle / Cold Aisle | Rack layout convention that separates cool air intake from hot air exhaust to improve cooling efficiency. |
| Colocation (Retail / Wholesale) | Retail colocation serves capacity needs under roughly 250 kW; wholesale colocation serves capacity needs between 250 kW and 4 MW. |
RESEARCH METHODOLOGY
Identify Key Variables
Variables and factors are tested against historical facility-level market data through an iterative process.
Build a Market Model
Market-size estimations are built in nominal terms with a consistent average selling price across the forecast period.
Validate & Finalize
Market numbers and analyst calls are validated through an extensive primary research network across levels and functions.
Research Outputs
Syndicated reports, custom consulting assignments, and facility-level databases.
Facility-level depth
Existing and upcoming facilities tracked across Norway.
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KEY QUESTIONS ANSWERED IN THE REPORT
How big is the Norway data center market?
How much MW of power capacity will be added across Norway during 2026-2031?
What factors are driving the Norway data center market?
Which cities are included in Norway center market report?
Last Refreshed on : October 2026
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