Switzerland Data Center Infrastructure Market Size, Share & Forecast to 2035

The Switzerland Data Center Infrastructure Market covers the physical equipment that keeps data centers in Switzerland running: power infrastructure, cooling infrastructure, IT racks and enclosures, monitoring and management software, and other site systems such as fire suppression, physical security and structured cabling. DC Market Insights values the Switzerland Data Center Infrastructure Market at USD 281.33 million in 2025 and forecasts USD 761.02 million by 2035, a CAGR of 10.46%. The 2025 value is built from the build itself: about 33 MW of new commercial IT capacity at a blended USD 5.09 million of infrastructure per MW gives USD 167.81 million of new-build spend, and upgrades and replacements on about 331 MW of commercial capacity and about 223 MW of in-house enterprise capacity add USD 113.52 million. AI and HPC data centers are the fastest-growing data center type at 25.61% a year because AI halls need liquid cooling and heavier power distribution, and the Greater Zurich Region is the fastest-growing region at 11.69% a year because, in the DC Market Insights reading of published capacity outlooks, almost all new commercial capacity planned to 2030 sits there.

Executive Summary

The Switzerland Data Center Infrastructure Market size was valued at USD 154.88 million in 2020, reached USD 281.33 million in 2025, and is anticipated to reach USD 761.02 million by 2035, at a CAGR of 10.46% during the forecast period.

Report attribute	Details
Historical Period	2020-2024
Base Year	2025
Forecast Period	2026-2035
Switzerland Data Center Infrastructure Market Size 2025	USD 281.33 Million
Switzerland Data Center Infrastructure Market, CAGR	10.46%
Switzerland Data Center Infrastructure Market Size 2035	USD 761.02 Million

The market grew at 12.68% a year between 2020 and 2025, and 2025 alone added 15.2% over 2024, when spending reached USD 244.23 million. DC Market Insights estimates that Switzerland completed about 33 MW of new commercial IT capacity in 2025, up from 15 MW in 2020, and that 10% of the 2025 additions were built for artificial intelligence (AI) workloads. DC Market Insights models completions of 71 MW in 2030 and 78 MW in 2035, lifting installed commercial capacity from about 331 MW at the end of 2025 to about 1,000 MW at the end of 2035.

The market more than doubles between 2025 and 2030, when it reaches USD 600.55 million, because the commercial pipeline in Zurich moves from planning into construction. Growth then slows to 4.85% a year between 2030 and 2035, as completions level off near 75 MW a year and grid capacity, not demand, sets the pace.

Market Scope: What Does the Switzerland Data Center Infrastructure Market Cover?

The Switzerland Data Center Infrastructure Market covers the power, cooling, rack, monitoring and site equipment installed inside Swiss data centers, worth USD 281.33 million in 2025. DC Market Insights values it at first sale in current US dollars, with 2025 as the base year and forecasts to 2035.

Included. Power infrastructure (switchgear inside the site boundary, uninterruptible power supply (UPS) systems and batteries, backup generators, power distribution units and busway), cooling infrastructure (chillers, air handlers, free-cooling and heat-recovery units, in-row coolers and direct-to-chip liquid cooling), IT racks and enclosures, data center infrastructure management (DCIM) and monitoring software and sensors, and other site systems such as fire detection and suppression, physical security and structured cabling. Both commercial data centers and in-house enterprise data centers are covered.

Excluded. Servers, storage and network switches, the building shell and land, utility grid connections and substations outside the site boundary, district heating networks that receive recovered heat, and installation labor.

How the segments fit together. Each segment dimension (component, data center type, tier type and end-user) and the four-region split re-cut the same USD 281.33 million. New-build spending (USD 167.81 million) and upgrade and replacement spending (USD 113.52 million) are the two halves of the build receipt behind every split.

Market Drivers: What Drives the Switzerland Data Center Market’s Infrastructure Spending?

A pipeline that nearly doubles Swiss commercial capacity from 340 MW to 626 MW by 2030 drives the Switzerland Data Center Infrastructure Market. Two more drivers add to it: AI halls that need USD 7.20 million of infrastructure per MW, against USD 4.85 million for a conventional hall, and hyperscale cloud upgrades in existing Zurich and Geneva sites.

Commercial Capacity Rises from 340 MW to 626 MW by 2030

A 2026 count by CBRE Suisse, reported in July 2026, put Swiss commercial data center capacity at 340 MW across 121 sites, excluding in-house infrastructure, and expects it to reach 626 MW by 2030. The Switzerland Data Center Infrastructure Market is a build market first: DC Market Insights estimates that 59.6% of 2025 spending went into new halls. DC Market Insights models completions rising from 33 MW in 2025 to 71 MW in 2030, which reproduces the 626 MW end point, and to 78 MW in 2035. The whole-market view of that capacity is in the Switzerland Data Center Market report.

AI Halls Lift Infrastructure Spend to USD 7.20 Million per MW

AI halls need larger UPS blocks, heavier busway and liquid cooling. DC Market Insights estimates the infrastructure content of an AI hall in Switzerland at USD 7.20 million per MW in 2025, against USD 4.85 million per MW for a conventional hall, and estimates that AI halls took 10% of new capacity in 2025. The Federal Council noted in May 2026 that Switzerland does not yet host data centers dedicated to training large language models, so DC Market Insights models the AI share rising gradually, to 34% of new capacity in 2030 and 46% in 2035. Swisscom already runs its Swiss AI Platform on an Nvidia DGX SuperPOD in its own data centers in Switzerland. The demand side of these halls is covered in the Switzerland AI Data Center Market report.

Hyperscale Cloud Upgrades in Zurich and Geneva

In June 2025, Microsoft announced a USD 400 million investment in Switzerland and said it will upgrade its four datacenters near Zurich and Geneva with advanced AI infrastructure, serving more than 50,000 existing customers (Source: Microsoft announcement). Hyperscale and cloud data centers account for USD 53.53 million, or 19.0%, of 2025 infrastructure spending in the DC Market Insights model.

Market Trends: How Is Data Center Infrastructure in Switzerland Changing?

The Switzerland Data Center Infrastructure Market is shifting toward liquid cooling in new halls, heat reuse as a design requirement and new campuses outside the city of Zurich, which lifts cooling to 30.6% of spending by 2035.

Liquid Cooling Makes Cooling the Fastest-Growing Component at 12.26%

Some new Swiss halls are designed for direct-to-chip cooling from the start. NorthC’s planned 4.5 MW data center at The Hive technology park near Geneva will use direct-to-chip liquid cooling and needs no water for its cooling system. Digital Realty says its ZUR4 in Glattbrugg will use cooling systems that support high-density deployments and AI workloads. DC Market Insights forecasts cooling infrastructure to grow from USD 73.31 million in 2025 to USD 233.07 million in 2035, lifting its share from 26.1% to 30.6%.

Heat Reuse and Free Cooling Become Standard Design Choices

Swiss operators already use the cheapest efficiency measures: the 2026 Swiss Federal Office of Energy (SFOE) report lists higher operating temperatures and free cooling among measures that are already widely implemented. New sites go further. NorthC will use residual heat from its Geneva data center to supply nearby buildings at The Hive and is preparing for a possible connection to the local district heating network.

Campuses Move Beyond the City of Zurich

Land and grid capacity in the city are scarce, so new Zurich-area capacity is built on the edge of the canton and in neighboring cantons. Operators are expanding into Aargau and Schaffhausen, as reported in January 2026. Green’s 12 MW building at its Zurich West campus in Lupfig was set to launch in 2026, as reported in August 2024, and Vantage’s ZRH2 campus in Glattfelden was announced in 2024 with 24 MW of IT capacity, for 64 MW across its two Zurich campuses. DC Market Insights defines the Greater Zurich Region to include Aargau and Schaffhausen for this reason.

Market Challenges: What Holds the Switzerland Data Center Infrastructure Market Back?

Grid capacity holds back the Switzerland Data Center Infrastructure Market as data center electricity use heads for 2.5 to 3.2 TWh by 2030. Several areas of the national high-voltage grid no longer have capacity, according to Zurich utility EKZ. DC Market Insights also expects flat spending by in-house enterprise data centers and closer scrutiny of energy use to slow it.

High-Voltage Grid Capacity Runs Short

Zurich cantonal utility EKZ has said that several areas of the national high-voltage transmission grid no longer have capacity, as reported in January 2026, and CBRE says Zurich has almost no land left for new data centers. The SFOE expects data center electricity use to rise from just under 2.1 TWh in 2024 to 2.5 to 3.2 TWh by 2030, and to up to 3.5 TWh in a high scenario. DC Market Insights models completions flattening near 75 MW a year after 2030 because each new campus needs its own high-voltage connection.

Enterprise Data Centers Stay Flat at USD 66.64 Million

Dedicated and in-house data centers used 56% of Swiss data center electricity in 2024, and the Federal Council said in-house consumption is stagnating or declining because of efficiency gains and the outsourcing of IT to cloud and specialized providers. DC Market Insights estimates that enterprise data centers spend USD 66.64 million on infrastructure in 2025 and USD 66.50 million in 2035, a CAGR of -0.02%, so their share falls from 23.7% to 8.7%.

Energy Efficiency Moves onto the Policy Agenda

The SFOE estimates a remaining energy efficiency potential of about 0.78 TWh, or 38% of data center electricity use, and the Federal Office of Energy wants to step up its monitoring of data center consumption and efficiency. In the DC Market Insights view, this scrutiny favors replacement of older UPS systems and chillers but may delay some enterprise projects.

Market Opportunities: Where Are the New Revenue Pools in Switzerland?

AI and HPC data centers, growing 25.61% a year, are the largest new revenue pool in the Switzerland Data Center Infrastructure Market. Refresh spending on a commercial base that triples by 2035, and monitoring software driven by efficiency tracking, are the other two.

AI and HPC Data Centers Grow Nearly Tenfold by 2035

Dedicated AI and high-performance computing (HPC) data centers spent USD 26.57 million on infrastructure in 2025, and DC Market Insights expects their spend to reach USD 259.84 million in 2035. Their equipment mix is different: cooling takes 36.5% of AI and HPC infrastructure spend in 2025, against 25.2% in colocation data centers, so suppliers of coolant distribution units and high-density power distribution gain the most.

Commercial Refresh Spending Reaches USD 174.61 Million by 2035

DC Market Insights assumes that UPS batteries, chillers and switchgear are replaced on 10 to 20 year cycles and that older halls are upgraded for denser racks. Refresh spending on commercial capacity grows from USD 46.88 million in 2025 to USD 174.61 million in 2035, and total upgrade and replacement spending, including enterprise sites, reaches USD 241.11 million, or 31.7% of the market in 2035.

Monitoring and Management Software Grows 11.45% a Year

Closer tracking of energy use favors metered power distribution and DCIM software. DC Market Insights values monitoring and management (DCIM) at USD 19.97 million in 2025 and USD 59.07 million in 2035, a CAGR of 11.45%, the second-fastest component after cooling.

Pricing: How Much Does Data Center Infrastructure Cost per MW in Switzerland?

A conventional data center hall in Switzerland spends about USD 4.85 million on infrastructure per MW in 2025, and an AI hall about USD 7.20 million. These figures, per MW of IT load, are DC Market Insights estimates covering power, cooling, racks, monitoring and other site equipment, excluding the building shell, IT equipment and labor.

Infrastructure spend per MW (USD million)	2020	2025	2030	2035
Conventional hall	4.10	4.85	5.68	6.42
AI hall	6.80	7.20	7.07	6.95
AI share of new capacity	0%	10%	34%	46%

The two lines converge: conventional spend per MW rises with equipment prices, while AI spend per MW falls slightly because rack density rises faster than equipment cost. Upgrade and replacement spending adds about USD 0.15 million per installed commercial MW and about USD 0.30 million per installed enterprise MW in 2025 (DC Market Insights estimates); enterprise rooms are older and smaller, so each MW needs more replacement work. A public contract shows what operators charge for the finished service: the canton of Geneva, through its IT office OCSIN, awarded nLighten’s Swiss subsidiary a 10-year data center colocation contract worth CHF 7.68 million, requiring Tier III service continuity.

Standards and Regulation: Which Rules Shape Data Center Infrastructure in Switzerland?

Three sets of rules shape data center infrastructure in Switzerland: the EN 50600 facilities standard, the new Federal Act on Data Protection, which applies from 1 September 2023, and federal monitoring of data center electricity use.

EN 50600-1:2026. The European standard “Information technology – Data centre facilities and infrastructures – Part 1: General concepts” was published in a 2026 edition. It specifies a classification system based on availability, security and resource and energy efficiency enablement over the planned lifetime of the data center, which sets the redundancy of power and cooling that buyers specify.

New Federal Act on Data Protection (nFADP). Swiss companies must comply with the nFADP from 1 September 2023. The act requires prompt notification of data security breaches to the Federal Data Protection and Information Commissioner (FDPIC) and introduces privacy by design and privacy by default. DC Market Insights expects banks, insurers, hospitals and public bodies with these obligations to keep favoring secure Tier III and Tier IV halls in Switzerland.

Electricity monitoring. The Federal Council’s May 2026 release put data center electricity use at about 3.6% of Swiss consumption in 2024, up 18% since 2019 on a comparable scope (Source: Federal Council press release), and said the Federal Office of Energy wants to step up monitoring of data center consumption and efficiency. The underlying report counted 39 data center companies and 85 sites in its segment of medium-to-large commercial providers (Source: Swiss Federal Office of Energy report).

Market Segmentation: Which Segment Leads the Switzerland Data Center Infrastructure Market?

Power infrastructure leads the Switzerland Data Center Infrastructure Market with 44.6% of 2025 value, colocation data centers lead buyers with 47.8%, and Tier III facilities take 64.9%. AI and HPC data centers are the fastest-growing segment at 25.61% a year, and cooling infrastructure is the fastest-growing component at 12.26% a year, against 9.91% for power, because AI halls need liquid cooling that conventional halls do not.

By Component: Power Infrastructure Leads with 44.6%

Component	2025 (USD million)	Share 2025	2035 (USD million)	CAGR 2025-2035
Power Infrastructure	125.48	44.6%	322.80	9.91%
Cooling Infrastructure	73.31	26.1%	233.07	12.26%
IT Racks and Enclosures	27.63	9.8%	63.19	8.62%
Monitoring and Management (DCIM)	19.97	7.1%	59.07	11.45%
Others	34.94	12.4%	82.89	9.02%

Power keeps the largest share because every new MW needs switchgear, UPS, batteries and backup generation regardless of how it is cooled. Cooling gains 4.5 points of share by 2035. Racks and others lose share as power and cooling content per MW rises.

By Data Center Type: Colocation Data Centers Lead with 47.8%

Data center type	2025 (USD million)	Share 2025	2035 (USD million)	CAGR 2025-2035
Colocation Data Centers	134.59	47.8%	315.10	8.88%
Enterprise Data Centers	66.64	23.7%	66.50	-0.02%
Hyperscale and Cloud Data Centers	53.53	19.0%	119.58	8.37%
AI and HPC Data Centers	26.57	9.4%	259.84	25.61%

Colocation leads, in the DC Market Insights model, partly because Google, Microsoft and Amazon Web Services rent space from local operators in Zurich, where Stack, Vantage, Equinix and Green are among the main players. AI and HPC data centers pass hyperscale and cloud data centers in value before 2030 in the DC Market Insights model and reach 34.1% of the market in 2035.

By Tier Type: Tier III Leads with 64.9%

Tier III facilities account for USD 182.54 million (64.9%) of 2025 spending and reach USD 521.33 million by 2035, growing at 11.06% a year. Tier IV facilities hold USD 62.53 million (22.2%) and grow fastest at 12.13% a year; DC Market Insights expects that growth to come from banks, insurers and public bodies that need fully fault-tolerant power and cooling paths. Tier I and II facilities, mostly in-house server rooms, hold USD 36.26 million (12.9%) and grow 1.79% a year.

By End-User: IT and Telecom Lead with 47.1%

IT and telecom operators, including cloud and AI service providers, account for USD 132.42 million (47.1%) of 2025 demand and reach USD 415.91 million by 2035 at 12.13% a year. Banking, financial services and insurance (BFSI) follows with USD 54.53 million (19.4%) and grows 8.52% a year. Government holds 9.7%, healthcare and life sciences 8.8%, manufacturing 7.0% and others 7.9%. Healthcare and life sciences grows fastest outside IT at 10.86% a year, which DC Market Insights expects as pharmaceutical research and clinical AI move into dedicated halls.

DC Exclusive: The Switzerland Infrastructure Spend per MW Model and Component × Data Center Type Matrix

At USD 61.35 million in 2025, power infrastructure for colocation data centers is the single largest cell of the matrix and 21.8% of all data center infrastructure spending in Switzerland. The matrix is a DC Market Insights model, not a shipment count, built from 62 inputs: 32 capacity cohorts (16 years of conventional and AI halls from 2020 to 2035), 2 spend-per-MW curves, 2 refresh-rate curves, 5 component splits, 4 data center type splits, 3 tier splits, 6 end-user splits, 4 regional splits and 4 published energy and capacity figures used as cross-checks.

2025, USD million	Colocation	Enterprise	Hyperscale and Cloud	AI and HPC	Total
Power Infrastructure	61.35	28.86	24.38	10.89	125.48
Cooling Infrastructure	33.87	16.22	13.53	9.69	73.31
IT Racks and Enclosures	12.84	7.78	5.14	1.87	27.63
Monitoring and Management (DCIM)	8.92	6.00	3.45	1.60	19.97
Others	17.61	7.78	7.03	2.52	34.94
Total	134.59	66.64	53.53	26.57	281.33

AI and HPC data centers spend 36.5% of their budget on cooling, against 25.2% for colocation, which makes them the buyer group where cooling suppliers gain most per MW. Colocation spends 45.6% of its budget on power. Enterprise data centers spend 11.7% on racks and 9.0% on monitoring and management, the highest shares of any buyer, because their refresh work replaces small rooms piece by piece.

The spend-per-MW model behind these figures has two main inputs, both DC Market Insights estimates: new commercial IT capacity completed each year (33 MW in 2025) and the share of it built for AI (10% in 2025). Multiplying each by its infrastructure content per MW gives new-build spend; adding upgrade and replacement spend on the commercial and enterprise installed base gives the market. The model and its assumptions are explained on our research methodology page.

Regional Insights: Which Region Leads the Switzerland Data Center Infrastructure Market?

The Greater Zurich Region leads the Switzerland Data Center Infrastructure Market with 61.5% of 2025 value. The region is also the fastest-growing at 11.69% a year, because CBRE Suisse expects Zurich-area capacity to grow by 274 MW to 483 MW by 2030, almost all of the Swiss pipeline.

Greater Zurich Region Leads with 61.5% Share

Data centers in the Greater Zurich Region, which DC Market Insights defines as the cantons of Zurich, Aargau and Schaffhausen, spent USD 173.03 million on infrastructure in 2025, and the region is forecast to reach USD 522.70 million in 2035, a CAGR of 11.69%. CBRE Suisse’s Zurich region held 209 MW of the 340 MW of Swiss commercial capacity in its 2026 count. Data centers in the canton of Zurich already occupy more than 114,000 square meters. New data center capacity in the Zurich area includes Digital Realty’s 15 MW ZUR4 in Glattbrugg, due in 2028, GTR’s 24 MW CH One, whose first phase is due in 2028, and Green’s 12 MW Zurich West building in Lupfig.

Lake Geneva Region Holds 16.3% Share

The Lake Geneva Region (Geneva and Vaud) is worth USD 45.95 million in 2025 and USD 87.12 million by 2035, a CAGR of 6.61%, the slowest of the four regions. The region held 60 MW of commercial capacity in 2026 and CBRE Suisse expects it to grow only 8% by 2030. NorthC’s 4.5 MW Geneva site, due in the second quarter of 2028, and Microsoft’s planned AI upgrades of its sites near Geneva support the region’s refresh and AI spending.

Espace Mittelland and Northwestern Switzerland Holds 13.8% Share

Espace Mittelland and Northwestern Switzerland, covering Bern, Basel, Solothurn, Fribourg, Neuchâtel and Jura, is worth USD 38.80 million in 2025 and USD 93.48 million by 2035, a CAGR of 9.19%. DC Market Insights estimates that refresh of in-house enterprise data centers makes up most of its spending, and Swisscom runs data centers in Basel and Bern.

Central, Eastern and Southern Switzerland Holds 8.4% Share

Central, Eastern and Southern Switzerland, including Ticino, is worth USD 23.55 million in 2025 and USD 57.72 million by 2035, a CAGR of 9.38%. Swisscom operates data centers in Lugano and Bellinzona in Ticino, and DC Market Insights expects enterprise refresh to make up most of the region’s spending.

Forecast Scenarios: How Could the 2035 Forecast Change?

The Switzerland Data Center Infrastructure Market reaches USD 761.02 million by 2035 in the base case, with a range of USD 599.03 million to USD 892.33 million across the low and high scenarios.

Scenario	Assumption from 2026	2035 (USD million)	CAGR 2025-2035
Low	Completions 25% below base; AI share of new capacity capped at 35%	599.03	7.85%
Base	Completions rise to 78 MW a year; AI share reaches 46%	761.02	10.46%
High	Completions 20% above base; AI share reaches 55%	892.33	12.24%

The low case reflects slow grid reinforcement around Zurich and a pause in AI capital spending. The high case assumes that Switzerland gains its first large AI training campus and that new high-voltage connections arrive on time. In the DC Market Insights judgment, the SFOE high scenario of up to 3.5 TWh of data center electricity use in 2030 is closer to the high case than to the low case.

Competitive Insights: Who Leads the Switzerland Data Center Infrastructure Market?

• ABB
• Schneider Electric
• Vertiv
• Eaton
• Siemens
• Legrand
• Rittal
• Stulz
• Socomec
• Huawei
• Caterpillar
• Rolls-Royce Power Systems
• Hitachi Energy
• Daikin

ABB is the market leader with about 13% of the Switzerland Data Center Infrastructure Market in 2025, and the three largest suppliers, ABB, Schneider Electric and Vertiv, together hold about 36% (DC Market Insights estimate, based on their share of installed UPS, switchgear and cooling equipment in Swiss data halls set against the USD 281.33 million market). ABB reported 2025 orders of USD 36.77 billion, up 17%, and revenues of USD 33.22 billion, and said data centers recorded very strong double-digit growth in the fourth quarter of 2025 (Source: ABB results press release). On the operator side, Stack, Vantage, Equinix and Green are among the main players in Zurich, with Digital Realty, NorthC and GTR also building Swiss sites and Swisscom hosting its Swiss AI Platform in its own Swiss data centers.

Recent Developments

• In June 2025, Microsoft announced a USD 400 million investment in Switzerland, including upgrades of its four datacenters near Zurich and Geneva with advanced AI infrastructure (Source: Microsoft announcement).
• In November 2025, GTR announced CH One, a 24 MW data center at Campus Reichhold in Zurich, with the first phase expected to go live in 2028 (Source: Data Center Dynamics news report).
• In January 2026, NorthC announced a 4.5 MW data center at The Hive near Geneva, with direct-to-chip liquid cooling and completion expected in the second quarter of 2028 (Source: NorthC press release).
• In May 2026, the Federal Council published a study showing that data centers used about 3.6% of Swiss electricity in 2024 (Source: Federal Council press release).
• In May 2026, the canton of Geneva awarded nLighten’s Swiss subsidiary a 10-year data center colocation contract worth CHF 7.68 million (Source: Data Center Dynamics news report).
• In August 2026, Digital Realty broke ground on ZUR4, a 15 MW data center in Glattbrugg near Zurich, due to go live in 2028 (Source: Data Center Dynamics news report).

We follow these campus, grid and supply announcements as they happen in our data center industry updates.

Methodology: How We Built the Switzerland Data Center Infrastructure Market Model

DC Market Insights built the Switzerland Data Center Infrastructure Market model bottom-up from 16 annual capacity cohorts and 62 inputs. Each cohort (2020 to 2035) is split into conventional and AI halls and priced at USD 4.85 million and USD 7.20 million per MW in 2025, plus upgrade spending of about USD 0.15 million per installed commercial MW and USD 0.30 million per installed enterprise MW. The commercial installed base of 205 MW at the end of 2020, 331 MW at the end of 2025 and 626 MW in 2030 was set against the 2026 count of 340 MW and its 2030 outlook of 626 MW. The SFOE figure of 0.91 TWh used by commercial data centers in 2024 implies an average IT load of about 77 MW at an assumed power usage effectiveness of 1.35, or about 27% of installed commercial capacity, consistent with halls that are leased and filled over several years; the 1.2 TWh used by dedicated and in-house sites supports an enterprise base of about 223 MW in 2025, declining 1.5% a year. The total was split by 5 components, 4 data center types, 3 tier types, 6 end-user groups and 4 regions, and every split sums to the market total.