Data Center Real Estate Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global Data Center Real Estate Market Trends and Insights

AI Workloads Drive Demand for High-Power Data Center Facilities

AI is changing the physical requirements of the data center real estate market because higher-density compute needs more power, more cooling, and larger contiguous capacity blocks. This shift is not limited to training clusters, as inference traffic is beginning to shape where future facilities should sit relative to users and enterprise applications. That change matters for real estate decisions because distributed inference supports growth in both major campuses and smaller nodes closer to demand centers. The pressure is also technological, since new server platforms are forcing operators to redesign thermal systems rather than expand legacy layouts. NVIDIA released its Rubin server platform in 2026 with a fully liquid-cooled design, which raises the bar for AI-ready infrastructure across new developments^{[1]NVIDIA, “Hotter Than a Hot Tub, The 45°C Breakthrough to Cool AI's Biggest Machines,” NVIDIA Blog, blogs.nvidia.com}.

Cloud and Hyperscale Expansion Accelerates Capacity Growth

The data center real estate market continues to benefit from cloud expansion, as hyperscale tenants still need large blocks of capacity amid increasingly compressed delivery schedules. This has shifted value away from simple land banking and toward sites that can move into active development without long delays. It also favors operators who already understand large-campus execution, utility coordination, and long-duration lease structuring. Demand at this scale is changing the typical project profile, as 300 MW and larger requirements now influence how developers assemble land and power rather than market a building. As a result, the data center real estate market is seeing stronger overlap between hyperscale and colocation strategies at the upper end of capacity delivery.

Data Localization Policies Increase In-Country Data Center Demand

Data localization rules are turning regulation into direct infrastructure demand across multiple parts of the data center real estate market. Vietnam's Decree No. 165/2025/ND-CP took effect on July 1, 2025, and requires core and important data to be stored within Vietnamese borders^{[2] Digital Policy Alert, “Data Localisation Requirements in the Kenya Cloud Policy, 2025,” Digital Policy Alert, digitalpolicyalert.org}. Kenya's Cloud Policy, enacted in May 2025, also applies localization requirements based on data sensitivity. These policies push cloud providers, digital platforms, and regulated enterprises to build or lease local capacity from regional hubs. The result is a broader footprint for the data center real estate market, especially in countries where digital demand is rising but local supply is still limited.

Pre-Permitted Powered Sites Attract Data Center Investments

The strongest advantage in the data center real estate market now comes from land that already has permits, utility readiness, and a clear path to interconnection. This changes underwriting because investors are placing greater weight on delivery certainty than on traditional location-scoring factors alone. It also shifts competition toward owners who can secure substations, right-of-way access, and approvals before tenant commitments. In practical terms, sites with power visibility can lease faster, price better, and attract more strategic tenants than similar land without that readiness. The data center real estate market is, therefore, rewarding pre-development discipline in a way that few other real estate categories currently do.

Power Grid Connection Delays Slow New Data Center Developments

Grid connection timing is the primary operating constraint in the data center real estate market, as demand is not the problem in most core locations. When power delivery trails tenant demand by several years, developers cannot convert land and capital into revenue on a predictable schedule. That delay weakens site economics and forces occupiers to prelease earlier than they otherwise would. It also increases the value gap between ready sites and speculative projects that still depend on uncertain utility timelines. The data center real estate market is therefore being shaped as much by energy infrastructure sequencing as by digital demand growth.

High Construction and Equipment Costs Reduce Project Returns

Construction costs remain a meaningful restraint on the data center real estate market because the asset now requires more specialized materials, electrical systems, and cooling equipment than most commercial formats. AI-ready fit-outs push costs even higher because they add density, redundancy, and thermal demands that standard shells cannot absorb cheaply. Procurement timing has also become more difficult because long-lead electrical equipment can affect delivery even after financing is secured. This creates a wider performance gap between scaled developers with purchasing power and smaller operators without that leverage. In the data center real estate market, higher cost inflation does not stop demand, but it does compress margins and raise execution risk.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Segment Analysis

By Property Type: Colocation Dominates, Edge Data Center Properties Rewrites the Growth Curve

Colocation properties held 46.80% of the data center real estate market share in 2025, which kept this format in the leading position across the overall portfolio mix. The segment continues to benefit from tenants that want fast occupancy, shared infrastructure, and lower development exposure. This is especially important for cloud platforms, neocloud operators, and enterprises that need immediate capacity rather than a multiyear build cycle. Low vacancy in major colocation hubs also shows that supply remains tight in the most established demand corridors. In the data center real estate market, colocation still offers the broadest path to scale because it supports both enterprise demand and hyperscale overflow within a single operating model.

Hyperscale properties remain the second-largest segment because the largest tenants still require campus-style footprints and very large power commitments. At the same time, the edge data center properties segment is projected to expand at a 15.20% CAGR through 2031, making it the fastest-growing property format in the current mix. That growth reflects the spread of latency-sensitive inference, localized application delivery, and regional resilience planning. Modular properties are also gaining interest because they shorten deployment timelines in markets where traditional construction can take too long. The remaining formats continue to lose relative weight in the data center real estate industry as owner-managed legacy facilities give way to operator-led platforms with stronger power and cooling capabilities.

By Ownership: Leased Model Dominates the Market

Leased properties accounted for 78.40% of the data center real estate market share in 2025 and also carry the fastest projected CAGR at 12.10% through 2031. This shows that the leading ownership model is not only large but also continues to strengthen as demand increases. Tenants favor leasing because it reduces balance sheet burden, shortens time to deployment, and transfers part of the development risk to specialist operators. That preference has become even more important as permitting, equipment procurement, and power delivery timelines have become less predictable. In the data center real estate market, the lease model is now tied as much to strategic speed as to real estate economics.

The strength of this segment is also visible in transaction activity for stabilized leased assets. In June 2026, Digital Realty agreed to acquire Blackstone's interests in three fully leased Northern Virginia data centers for USD 7.8 billion, highlighting how premium, long-term-leased assets are being valued in core markets^{[3]Blackstone, “Digital Realty Announces Purchase of Blackstone Interest in Three Northern Virginia Data Centers,” Blackstone Press Release, blackstone.com}. Owner-occupied properties still serve specific needs in defense, intelligence, central banking, and enterprises with retained on-premises obligations. Build-to-suit structures further blur the line because they give tenants tailored facilities without requiring direct ownership. The data center real estate industry is therefore moving toward a model where control of mission-critical infrastructure matters more than owning the physical asset outright.

By Enterprise Size: Large Enterprises Lead While Small and Medium Enterprises Drive Future Growth

Large enterprises accounted for 69.10% of the market in 2025, reflecting the scale of demand from hyperscalers, telecom carriers, financial institutions, and large digital platforms. These buyers can commit to larger blocks, longer lease terms, and tighter delivery schedules than most smaller occupiers. Their presence is strongest in primary hubs where very large capacity commitments help define local market pricing and availability. This concentration also reinforces a two-tier pattern between assets that can serve large single tenants and assets that cannot. The data center real estate market remains anchored by these larger users because they continue to absorb the largest volumes of capital and power.

Small and medium enterprises are projected to grow at a 13.60% CAGR through 2031, which makes them the fastest-growing enterprise cohort in the current outlook. Their growth is tied to smaller contract sizes, broader colocation access, and more workable entry points through modular and edge formats. AI inference and cloud-adjacent deployments are also making specialized third-party space more useful for mid-sized firms with localized compute needs. This matters because it adds diversity to the demand base, even as large tenants continue to dominate absolute capacity. The segment is therefore helping the data center real estate market deepen beyond a narrow set of very large occupiers.

By End-Users: Information Technology and Telecom Leads, Healthcare Becomes the Fastest Disruptor

Information technology and telecom end-users accounted for 45.10% of the data center real estate market in 2025, making them the largest demand segment across all verticals. Hyperscale cloud buildouts, telecom edge requirements, and ongoing digital platform expansion support their lead. This segment also tends to move first when capacity opens because core digital operators plan infrastructure well ahead of near-term utilization. Banking, financial services, and insurance remain the second-largest vertical because real-time transaction environments, digital risk systems, and regulatory resilience demands all require secure hosted infrastructure. In the data center real estate market, these two verticals still set the baseline for occupancy, lease tenure, and premium facility requirements.

Healthcare is projected to grow at a 14.30% CAGR through 2031, which makes it the fastest-expanding end-user segment in the current forecast. Its growth is being driven by electronic health records, medical imaging, patient monitoring, and AI-enabled diagnostics that require continuous uptime and low-latency access. Government and public sector demand is also rising as sovereign cloud programs and domestically located compute requirements become increasingly important across multiple regions. Other end users, including media, e-commerce, and energy, continue to expand their infrastructure footprints as their workloads become increasingly data-intensive. This widening set of occupiers gives the data center real estate market a broader and more resilient demand base than it had in earlier cycles.

Geography Analysis

North America held 37.80% of the data center real estate market share in 2025, making it the largest regional contributor to global revenue. The United States remained the main anchor because it combines the deepest tenant pool with the largest concentration of operating platforms and capital. At the same time, the region is also where power delivery and approval timing are becoming the most immediate constraints on expansion. Canada is gaining relevance as an adjacent option for large-scale deployments, especially for operators seeking greater flexibility in campus development and energy sourcing. Mexico is also drawing interest from nearshore digital infrastructure strategies that aim to serve Latin American demand with lower latency and regional alignment.

Europe accounted for a substantial share of the data center real estate market and continued to rely heavily on the FLAPD cluster for new supply additions in 2025. Frankfurt and London stayed at the center of regional activity because they combine deep connectivity, strong enterprise demand, and established operator ecosystems. Even so, tighter sustainability and reporting expectations are raising the compliance threshold for newer entrants. That dynamic supports larger, professionally managed assets that can absorb reporting, efficiency, and resilience requirements more effectively than small standalone facilities.

Asia-Pacific is projected to advance at a 13.80% CAGR through 2031, giving it the fastest regional growth rate in the data center real estate market. The region benefits from strong digital demand, hyperscale spillover, local cloud expansion, and a wider set of national policies that encourage in-country data hosting. India is emerging as one of the more structurally open markets because its live capacity base is growing while long-term demand remains broad. Malaysia and other secondary hubs are also gaining from Singapore overflow, which is redirecting some regional expansion into alternative supply locations. South America and the Middle East and Africa are smaller in absolute terms, but both regions are attracting attention where fiscal incentives, sovereign digital programs, and large AI-linked campus plans are creating new development corridors.