Finland Data Center Market Size, Share, Trends, & Investments By IT Infrastructure, Electrical Infrastructure, Mechanical Infrastructure, Cooling Systems, General Construction, & Tier Standard.

Finland Data Center Market - Investment Analysis & Growth Opportunities 2026-2031

FINLAND DATA CENTER MARKET SIZE OUTLOOK

The Finland data center market size was valued at USD 952 million in 2025 and is expected to reach USD 5.81 billion by 2031, growing at a CAGR of 35.18% during the forecast period. Finland is emerging as one of the fastest-growing data center markets in the Nordic region and holds a significant share of the regional market. The country’s strong focus on digital transformation, coupled with the widespread adoption of IoT, cloud computing, and big data technologies, is driving significant investments in data center infrastructure.

As of March 2025, Finland hosted around 12 operational submarine cable systems, including the Baltic Sea Submarine Cable, BCS North – Phase 2, E-FINEST, Eastern Light Sweden-Finland I, and STO-HEL-One, among others. The country is also attracting investments in approximately three additional submarine cables, which are expected to become operational by 2027. The expansion of submarine cable connectivity is strengthening Finland’s international data connectivity and supporting the development of its data center ecosystem.

In January 2026, Global Connect announced a major project to expand its Nordic backbone network and triple data capacity across approximately 1,250 km of fiber cables connecting Stockholm in Sweden, Oslo in Norway, and Helsinki in Finland. The project involves a total investment of around USD 47.3 million and is expected to become operational in 2027. The expansion is expected to further enhance connectivity between Finland and other major Nordic markets, supporting growing data traffic and data center demand.

The Finnish government has also increased its focus on artificial intelligence and digital innovation, with approximately USD 11.8 million in annual investments planned from 2025 to 2028. In addition, around USD 7 million has been allocated to establish the ELLIS Institute Finland, a major AI research hub under the European Laboratory for Learning and Intelligent Systems. These initiatives are aimed at strengthening Finland’s AI capabilities and accelerating machine learning and AI innovation, which are expected to contribute to long-term demand for high-performance computing and data center infrastructure.

Helsinki is the leading data center destination in Finland, supported by its strong connectivity, established digital infrastructure, and concentration of advanced facilities. The city currently has around 11 operational data centers and one upcoming facility, making it the country’s primary hub for data center development and expansion.

FINLAND DATA CENTER MARKET INSIGHT BY AREA

The Finland data center market by area is projected to reach approximately 1,254 thousand sq. ft. by 2031, driven by the expansion of data center infrastructure and increasing demand for digital services, cloud computing, and advanced technologies. The growth in market area is expected to be concentrated in key data center hubs, supported by Finland’s strong digital infrastructure, reliable connectivity, and favorable conditions for technology investments.

Helsinki serves as the country’s central location for data center development and is one of Finland’s leading smart cities, hosting major companies, technology firms, and several established business hubs. The city’s strong connectivity, skilled workforce, and concentration of enterprises are further supporting data center investments and making Helsinki a key destination for future capacity expansion in the country.

FINLAND DATA CENTER MARKET INSIGHT BY POWER CAPACITY

The Finland data center market by power capacity is projected to reach approximately 330 MW by 2031, driven by increasing investments in data center infrastructure and the growing demand for cloud computing, AI, and other digital services. Finland’s favorable climatic conditions are also supporting the expansion of data center capacity. The country’s cold climate, with average annual temperatures below 6°C, provides ideal conditions for the use of natural free cooling, helping data center operators reduce energy consumption associated with cooling infrastructure.

In addition, Finland’s commitment to sustainability is strengthening its attractiveness as a data center destination. The Finnish government aims to achieve carbon neutrality by 2035, supported by national strategies focused on clean energy, digitalization, and circular economy practices. These initiatives, along with substantial investments in low-carbon technologies and sustainable infrastructure, are expected to support the development of energy-efficient data centers and contribute to the growth of power capacity in the country.

LIST OF FACILITIES IN FINLAND

Finland Data Center Landscape at a Glance

1. Facilities Covered (Existing): 24
2. Facilities Identified (Upcoming):28
3. Coverage: 10+ Locations
4. Existing vs. Upcoming (Data Center Area)
5. Existing vs. Upcoming (IT Load Capacity)

Data center colocation market in Finland

1. Colocation Market Revenue & Forecast (2022-2031)
2. Retail & Wholesale Colocation Revenue (2022-2031)
3. Retail & Wholesale Colocation Pricing

FINLAND DATA CENTER MARKET KEY TAKEAWAYS

1. IT Infrastructure: The server infrastructure segment held the leading position in Finland’s data center market in 2025, accounting for approximately 42% of the total market share.
2. Electrical Infrastructure: The UPS segment emerged as the dominant component of Finland’s data center electrical infrastructure market in 2025.
3. Mechanical Infrastructure: Cooling systems accounted for the largest share of Finland’s data center mechanical infrastructure market in 2025
4. General Construction: The core & shell development segment accounted for approximately 44% of Finland’s data center market in 2025, making it the leading general construction category.
5. Tier Standard: Tier III facilities represented the largest share of Finland’s data center market by tier standard in 2025.
6. Colocation: Retail colocation is the dominant segment of Finland’s data center market.

FINLAND DATA CENTER MARKET RECENT DEVELOPMENT

1. In February 2025, DNA Plc, a Finnish telecommunications company, announced plans to migrate 100 core applications and other workloads from its on-premises infrastructure to Google Cloud using Google Distributed Cloud. The move is intended to meet data residency requirements in Finland. Non-critical workloads will be hosted at Google’s Hamina data center, while DNA will adopt services such as BigQuery and Google Kubernetes Engine to improve operational efficiency, scalability, and innovation.
2. In April 2025, Nokia partnered with atNorth for a multi-megawatt, 12-year deployment at the FIN02 data center in Espoo, Finland, to support its high-density cloud infrastructure requirements. The facility is designed for scalability and powered by renewable energy, with the capacity to support Nokia’s requirement of more than 130 kW per rack. The collaboration highlights the growing demand for high-performance, energy-efficient, and sustainable data center infrastructure in Finland.
3. In July 2025, GlobalConnect announced the commencement of construction on a new submarine cable connecting Sweden and Finland. The project involves an investment of approximately USD 16.54 million and is expected to strengthen cross-border connectivity and support the increasing data traffic generated by digital services and data center operations.
4. In August 2025, Borealis Data Center signed an agreement with Finnish public utility Loiste Lämpö Oy to capture and reuse waste heat generated by its data center campus in Kajaani, Finland. The system was expected to become operational by May 2026, with the recovered heat supplied to homes and businesses in the Kajaani region. The initiative highlights Finland’s growing focus on energy efficiency, heat reuse, and sustainable data center operations.
5. In September 2025, Helen, a Finnish energy company, sought partnerships with data center operators in Helsinki to connect their facilities to its district heating and cooling network. The company already has data center partners in Finland, including Equinix and Elisa. Such initiatives are supporting the integration of data centers into local energy systems and promoting the reuse of waste heat.
6. In December 2025, according to the European Investment Bank (EIB), approximately 66% of Finnish firms were using generative AI tools, including ChatGPT, Bard, and Copilot. This represented the highest adoption rate among EU countries, highlighting Finland’s advanced digital environment and strong demand for AI technologies. The rapid adoption of generative AI is expected to further increase demand for cloud computing, high-performance computing, and data center infrastructure across the country.

FINLAND DATA CENTER MARKET ENABLERS

Expansion of Submarine Cables and Inland Connectivity

Finland serves as a strategic regional connectivity hub, strengthening connections between the Nordic countries and other international markets. Its geographic location and well-developed digital infrastructure make it an important gateway for data transmission between Northern Europe and neighboring regions. The country is also a significant participant in the global submarine cable network, with multiple subsea cable systems providing direct and reliable connectivity to other European markets. These submarine cable networks play a critical role in Finland’s digital economy by enabling high-speed data transmission, low-latency connectivity, and reliable international communications.

The growing availability of subsea connectivity is also supporting the expansion of cloud computing, broadband services, content delivery networks, and data center infrastructure. In addition, improved international connectivity is enhancing Finland’s attractiveness as a destination for hyperscale and colocation data center investments, as operators increasingly prioritize locations with strong network connectivity and access to multiple international routes.

Adoption of Cloud-based Services

Finland emerged as one of the most attractive destinations for data center investments in the Nordic region in 2025, supported by the accelerating adoption of cloud services and the country’s advanced digital infrastructure. Government organizations, private companies, enterprises, and startups are increasingly adopting cloud platforms to support their digital transformation initiatives, enabling them to improve operational efficiency, optimize costs, enhance scalability, and accelerate innovation.

The growing use of cloud-based services is also facilitating the adoption of emerging technologies such as artificial intelligence (AI), machine learning (ML), big data analytics, and IoT, further increasing the demand for reliable and scalable data center infrastructure across Finland. In addition, the country’s favorable energy conditions, strong connectivity, and focus on sustainable digital infrastructure are further strengthening its position as an attractive market for domestic and international data center operators.

FINLAND DATA CENTER MARKET TRENDS

Digitalization Initiatives and AI Adoption

The Finnish government is actively promoting the adoption of artificial intelligence (AI) across both the public and private sectors, with several government agencies already integrating AI into their operations and citizen services. These initiatives are aimed at improving service delivery, increasing operational efficiency, and reducing administrative workloads.

For instance, the Finnish Tax Administration has implemented an AI-powered chatbot and virtual agent to handle general tax-related queries, including questions about tax cards, tax filing procedures, and other taxation-related services. The increasing use of AI across government services is also expected to drive demand for cloud computing, data processing, and high-performance data center infrastructure in Finland.

Growing Integration of District Heating with Data Centers

Finland is increasingly integrating district heating systems with data centers to improve energy efficiency, reduce carbon emissions, and promote the sustainable use of energy resources. Data centers in major cities, including Helsinki, are increasingly capturing and repurposing waste heat generated during their operations for local heating requirements, transforming a byproduct of data center operations into a valuable and sustainable energy source. Helsinki’s well-developed district heating infrastructure further supports this approach by enabling recovered heat to be distributed efficiently to residential and commercial areas.

The city’s extensive network of insulated pipelines allows captured waste heat to be transported to locations where heating demand is high, reducing reliance on conventional heating sources and improving overall energy efficiency. This growing integration of data centers with district heating networks is also supporting Finland’s sustainability goals and encouraging the development of more energy-efficient and environmentally friendly data center facilities.

FINLAND DATA CENTER MARKET RESTRAINTS

Growing Need for Skilled Personnel

Finland’s cold climate, political stability, reliable power infrastructure, and abundant availability of renewable energy make the country an increasingly attractive destination for data center development and investment. The favorable climatic conditions enable operators to leverage free cooling technologies, while the availability of low-carbon electricity supports the development of energy-efficient and sustainable facilities. In addition, Finland’s strong digital infrastructure and stable business environment further enhance its competitiveness within the Nordic data center market.

However, the growing shortage of skilled professionals in areas such as data center operations, engineering, information technology, and infrastructure management remains one of the key challenges facing the industry. As data center capacity continues to expand, the availability of qualified talent is expected to become increasingly important for supporting new facility development and efficient operations.

Power Availability and Outage Challenges

Finland has a strong renewable energy base, particularly from wind and hydropower, which supports the country’s transition toward a low-carbon electricity system and enhances its attractiveness for data center investments. However, the national power grid is facing increasing pressure from the rising electricity demand of data centers, industrial electrification, and emerging green hydrogen projects.

The concentration of growing power requirements in regions such as southern and western Finland could create challenges in providing sufficient grid capacity and connecting new data center facilities within the required timelines. As data center operators continue to plan large-scale capacity expansions, grid availability, transmission capacity, and the timely development of power infrastructure are expected to remain important considerations for future data center construction in the country.

FINLAND DATA CENTER MARKET SEGMENTATION

IT INFRASTRUCTURE SEGMENTATION

Based on IT infrastructure, the server segment held the largest share of the Finland data center market, accounting for approximately 49% in 2025, supported by the increasing adoption of advanced digital technologies and the growing demand for computing capacity. The adoption of technologies such as cloud computing, IoT, big data analytics, and artificial intelligence (AI) among enterprises is expected to drive greater deployment of high-performance computing (HPC) infrastructure during the forecast period. At the same time, the increasing focus on digital transformation strategies and the growing adoption of cloud computing among enterprises are expected to accelerate demand for cloud-based and high-performance servers.

Furthermore, the presence and expansion of major global cloud operators in Finland are likely to support the increasing deployment of cloud servers, enabling enterprises to improve scalability, flexibility, and operational efficiency.

ELECTRICAL INFRASTRUCTURE SEGMENTATION

Finland’s data center electrical infrastructure market was dominated by the UPS segment in 2025, highlighting the critical role of reliable backup power systems in maintaining uninterrupted data center operations. As data centers increasingly support cloud computing, AI, and other business-critical workloads, the need for resilient power protection systems is becoming more important. Data centers across Finland commonly deploy N+1 redundant UPS configurations, which provide a balance between operational reliability, system availability, and infrastructure costs. These systems ensure that sufficient backup capacity remains available even if one UPS unit fails or requires maintenance.

For facilities with more stringent availability and fault-tolerance requirements, UPS configurations can be upgraded to 2N redundancy, depending on customer and facility requirements. This configuration provides a fully redundant power path and offers a higher level of protection against equipment failures and power interruptions. The growing deployment of redundant UPS systems is expected to support the demand for advanced electrical infrastructure as Finland’s data center market continues to expand and operators prioritize reliability, resilience, and continuous power availability.

MECHANICAL INFRASTRUCTURE SEGMENTATION

Cooling systems accounted for the largest share of Finland’s data center mechanical infrastructure in 2025, reflecting the critical role of efficient and reliable cooling solutions in maintaining optimal operating conditions for data center equipment. Facility operators across Finland are increasingly exploring free-cooling solutions to optimize energy consumption and reduce the power usage effectiveness (PUE) of their data centers, supported by the country’s favorable cold climate.

In addition, air-cooled chillers, typically configured with N+1 redundancy, are commonly deployed across Finnish data centers due to their high reliability, operational flexibility, and ability to maintain stable cooling performance during periods of higher ambient temperatures. The growing emphasis on energy efficiency, operational reliability, and sustainable infrastructure is expected to further support demand for advanced cooling systems in Finland’s expanding data center market.

GENERAL CONSTRUCTION SEGMENTATION

Core & shell development was the largest segment within the general infrastructure category of Finland’s data center market in 2025, accounting for approximately 44% of the overall market share. The segment plays a crucial role in establishing the physical foundation and structural framework required for data center facilities. Core and shell development typically includes the construction of structural frames, raised floors, roofing systems, external facades, and building envelopes designed to provide the necessary protection, stability, and environmental control for critical data center infrastructure.

The growing development of new data center facilities in Finland is expected to drive demand for core and shell construction as operators expand capacity to support increasing requirements for cloud computing, AI, and other digital services.

TIER STANDARDS SEGMENTATION

Tier III accounted for the largest share of Finland’s data center market by tier standard in 2025, driven by the increasing demand for reliable, resilient, and highly available data center infrastructure. Tier III facilities provide enhanced redundancy and maintainability compared with lower-tier facilities, making them suitable for business-critical workloads that require continuous operations. These facilities typically incorporate N+1 redundancy, meaning that an additional component is available to take over in the event of a single component failure or during planned maintenance.

This configuration helps minimize service disruptions while allowing maintenance activities to be performed without interrupting data center operations. The growing focus on operational reliability and infrastructure resilience is expected to support the continued adoption of Tier III facilities across Finland.

COLOCATION SEGMENTATION

Retail colocation accounted for the largest share of the Finland data center market in 2025, supported by Finland’s position as one of the major colocation data center hubs in the Nordic region. Helsinki serves as the country’s leading colocation market, with more than 11 data center facilities, benefiting from strong digital connectivity, enterprise demand, and a growing concentration of data center operators. Major colocation providers in Finland include North, Borealis Data Center, Elisa, Equinix, Telia Finland, and Verne, which offer scalable infrastructure and colocation services to enterprises and other customers. Retail colocation operators such as Equinix, Telia Group, Borealis Data Center, and Elisa, among others, are further supporting market growth by providing flexible data center capacity and connectivity solutions to businesses. The presence and expansion of these established providers are expected to continue driving demand for retail colocation services across Finland.

FINLAND DATA CENTER MARKET VENDOR LANDSCAPE

The Finland data center market has the presence of several major colocation data center operators, including atNorth, Borealis Data Center, Elisa, Equinix, Telia Finland, and Verne.

The Finland data center market is witnessing announcements and investments from several new operators such as Arcem, Bitzero Holdings, DayOne, Meta, Edgnex Data Centres by DAMAC, Microsoft, Polarnode, Prime Data Centers, QTS, Scale42, STORESPEED, and others.

In January 2026, Prime Data Centers announced that it is planning to construct an AI-ready data center outside Helsinki, with a total investment of around $2 billion, with construction expected to start in 2027.

The cloud market in Finland is expected to continue experiencing significant growth in the forecast period. Major global cloud providers such as Amazon Web Services (AWS), Google, and Oracle Cloud have provided cloud on-ramp services. Additionally, Google has one cloud region, and Microsoft is planning cloud regions in Helsinki, Finland.

The Finland data center market has the presence of several major IT infrastructure vendors, including Arista Networks, Atos, Cisco, Dell Technologies, Hewlett Packard Enterprise (HPE), Huawei Technologies, NVIDIA, and others.

The Finland center market has the presence of global as well as local data center construction contractors & sub-contractors, such as AFRY, Bravida, Caverion, Fluor Corporation, Haskoning, Kirby Group Engineering, Mercury, Olla Architecture, Ramboll, Sundstrom, Sweco, among others.

EXISTING VS. UPCOMING DATA CENTERS

1. Existing Facilities in the region (Area and Power Capacity)
2. Helsinki
3. Other Cities
4. List of Upcoming Facilities in the region (Area and Power Capacity)
5. Helsinki
6. Other Cities

REPORT COVERAGE:

This report analyses the Finland data center market share. It elaborately analyses the existing and upcoming facilities and investments in IT, electrical, mechanical infrastructure, cooling systems, general construction, and tier standards. It discusses market sizing and investment estimation for different segments. The segmentation includes:

1. IT Infrastructure
2. Server Infrastructure
3. Storage Infrastructure
4. Network Infrastructure
5. Electrical Infrastructure
6. UPS Systems
7. Generators
8. Switches & Switchgears
9. PDUs
10. Other Electrical Infrastructure
11. Mechanical Infrastructure
12. Cooling Systems
13. Rack Cabinets
14. Other Mechanical Infrastructure
15. Cooling Systems
16. CRAC and CRAH
17. Chillers
18. Cooling Towers, Condensers and Dry Coolers
19. Other Cooling Units
20. General Construction
21. Core & Shell Development
22. Installation & Commissioning Services
23. Building & Engineering Design
24. Fire Detection & Suppression Systems
25. Physical Security
26. Data Center Infrastructure Management (DCIM)
27. Tier Standard
28. Tier I & Tier II
29. Tier III
30. Tier IV

DATA CENTER PROVIDERS/INVESTORS IN FINLAND

1. IT INFRASTRUCTURE PROVIDERS: Arista Networks, Atos, Cisco, Dell Technologies, Extreme Networks, Hewlett Packard Enterprise (HPE), Huawei Technologies, IBM, NEC, NVIDIA, and Oracle
2. DATA CENTER CONSTRUCTION CONTRACTORS & SUB-CONTRACTORS: AFRY, Bravida, Caverion, Destia Oy, Fluor Corporation, Granlund Group, Haskoning, Kirby Group Engineering, Mercury, NCC, Olla Architecture, Ramboll, RED Engineering Design, Sundstrom, Sweco, Winthrop Technologies and YIT
3. SUPPORT INFRASTRUCTURE PROVIDERS: ABB, Airedale by Modine, Caterpillar, Cummins, Delta Electronics, Eaton, HITEC Power Protection, Legrand, Rittal, Schneider Electric, STULZ, Trane and Vertiv.
4. DATA CENTER INVESTORS: atNorth, Borealis Data Center, Elisa, Equinix, Google, Telia Finland, Verne
5. NEW ENTRANTS: Arcem, Asp Data Center, Bitzero Holdings, Compute Nordic, DayOne, Edgnex Data Centres By DAMAC, Meta, Microsoft, Polarnode, Prime Data Centers, Pure Data Centres Group, QTS Data Centers, Scale42 and STORESPEED

RESEARCH METHODOLOGY

1. Primary Research: Interviews/interactions with data center developers, colocation providers, contractors, system integrators, and infrastructure providers.
2. Secondary Research: Analysis of annual reports, financial filings, press releases, data sheets, white papers, industry blogs, and tender documents.
3. Historical Period: 2022–2024
4. Base Year: 2025
5. Forecast Period: 2026–2031
6. Approach: Market data is validated using primary industry inputs and secondary sources, with 2025 representing actual values and 2026–2031 representing forecast estimates.

MARKET DEFINITIONS

1. Investment — total capital deployed across IT, electrical, mechanical, and general construction infrastructure for a data center facility, measured in USD.
2. Area (White Floor Space) — the usable raised-floor area allocated to IT equipment within a facility, measured in square feet.
3. Power Capacity — the total IT load a facility is designed to support, measured in megawatts (MW).
4. Tier Standard — the Uptime Institute classification (Tier I–IV) describing a facility's redundancy and fault tolerance.
5. Colocation Type — retail colocation serves tenants requiring smaller rack or cage footprints; wholesale colocation serves tenants leasing dedicated suites or halls.