Global Hyperscale Data Center Market Size Analysis, Share, Growth & Investment Insights (2026–2031)
GLOBAL HYPERSCALE DATA CENTER MARKET SIZE AND SHARE
| MARKET SIZE (INVESTMENT) | USD 902.55 Billion (2031) |
| MARKET SIZE (AREA) | 99.25 million sq. Feet (2031) |
| MARKET SIZE (POWER CAPACITY) | 25,553 MW (2031) |
| CAGR - INVESTMENT (2025-2031) | 12.70% |
| HISTORIC YEAR | 2022-2024 |
| BASE YEAR | 2025 |
| FORECAST YEAR | 2026-2031 |
| MAJOR PLAYERS | AirTrunkAligned Data CentersAWSAppleCDC Data CentresCloudHQ |
HYPERSCALE DATA CENTER MARKET SIZE & SHARE
The global hyperscale data center market size witnessed investments of USD 440.48 billion in 2025 and will witness investments of USD 902.55 billion by 2031, growing at a CAGR of 12.70% during the forecast period. The global hyperscale data center market is experiencing growth driven by several interconnected factors. The rapid digital transformation across various industries has significantly increased the demand for data storage, processing, and cloud-based services. The widespread adoption of technologies such as AI, ML, big data analytics, the Internet of Things (IoT), and 5G networks generates vast amounts of data that require advanced data center infrastructure.
The expansion in cloud computing services, provided by companies such as Amazon Web Services (AWS), Microsoft Azure, and Google Cloud, has further accelerated the need for new hyperscale facilities. Additionally, the growth of internet penetration, increasing use of streaming platforms, the rise in e-commerce, and greater enterprise investments in digital infrastructure are fuelling construction activities worldwide.
HYPERSCALE DATA CENTER MARKET INSIGHTS BY AREA
The global hyperscale data center market by area is expected to reach 99.25 million square feet by 2031. The global hyperscale data center market is experiencing significant growth due to the increasing demand for larger and more specialized facilities.
In the US, the pricing of industrial land for data centers varies significantly by region. As operators are currently acquiring land at peak levels for construction, prices and rates will increase. Northern Virginia, especially Loudoun County, is among the costliest areas to buy land for data centers in the US. With the increase in demand for data centers, many real estate organizations are raising the price of powered land, land parcels with power readily available for commercialization.
The key locations of London, Manchester, Frankfurt, Berlin, Paris, Amsterdam, Dublin, and Zurich, among other places, are prominent for the development of data centers across Europe. As the demand for data center infrastructure has been increasing rapidly across European countries, secondary locations such as Milan, Madrid, Brussels, Lisbon, Athens, Oslo, Copenhagen, Stockholm, Helsinki, Reykjavik, Vienna, and Warsaw are gaining momentum for the development of data centers.
Several key locations have emerged as prominent hubs for data center development across Africa, driven by differences in land availability, power access, and connectivity. Johannesburg and Cape Town represent the most mature markets, supported by strong fibre networks and a high concentration of global operators.
The well-established and data center-saturated locations in APAC such as Singapore, Tokyo, Osaka, Hong Kong, and Sydney are facing land availability challenges for the development of data centers; thus, secondary hubs such as Auckland, Johor, Cyberjaya, Jakarta, Taipei, Darwin, and Canberra are being preferred by data center operators to develop data centers and scale their data center operations due to the availability of suitable land at affordable prices in these cities.
HYPERSCALE DATA CENTER MARKET INSIGHTS BY POWER CAPACITY
The global hyperscale data center market by power capacity is expected to reach around 25,553 MW by 2031. Increasing power constraints are encouraging data center operators and investors to invest in renewable energy and expand beyond established primary markets into emerging locations with greater power availability.
The growth of the global hyperscale data center market is primarily driven by the increasing electricity demands for cloud computing, AI, ML, and HPC applications. The rapid expansion in AI workloads has led to the development of next-generation data center campuses that require 100 MW to over 500 MW. Some of the planned hyperscale and AI-focused campuses are even targeting power capacities of up to 1 gigawatt (GW). Consequently, the global hyperscale data center market is increasingly being characterized by large-scale development initiatives focused on expanding power capacity, with substantial investments being aimed at building facilities that can support the growing energy demand for digital services, cloud platforms, and AI-driven computing.
Across the globe, the data center operator is also collaborating with renewable energy providers to procure green energy and reduce greenhouse gas emissions and environmental impact. For instance, the TotalEnergies 15-year agreement to provide Google with 1.5 TWh of solar energy from Ohio, Meta's 385MW solar PPA in Louisiana that increased its 2025 solar procurement beyond 3GW, and Digital Realty securing 1.5GW of renewable energy capacity while achieving 75% renewable electricity usage across its global operations.
Major players such as Amazon, Google, Meta, and Microsoft are at the forefront of this initiative, securing contracts for a substantial 40 GW of wind and solar power in the US through Power Purchase Agreements (PPAs).
Key Report Takeaways
- Infrastructure - The global hyperscale data center market by infrastructure is segmented into IT infrastructure, electrical infrastructure, mechanical infrastructure, and general construction.
- IT Infrastructure - Based on IT infrastructure, server infrastructure accounted for approximately 58% of the global market in 2025.
- Electrical Infrastructure - Based on the electrical infrastructure, the PDUs segment shows the highest growth with a CAGR of 16.46% during the forecast period.
- Mechanical Infrastructure - Based on mechanical infrastructure, cooling systems accounted for the largest share of the global hyperscale data center market in 2025.
- Cooling System - Chiller units dominated the cooling systems of the global hyperscale data center market with the largest share in 2025.
- Cooling Technique - Based on cooling technique, the water-based cooling segment is expected to record the fastest growth during the forecast period.
- General Construction - Based on general construction, the core & shell development segment accounted for the largest global hyperscale data center market share in 2025.
- Tier Standards - Based on Tier standards, Tier III accounted for the largest share of the global hyperscale data center market in 2025.
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.
Global 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
GLOBAL HYPERSCALE DATA CENTER MARKET TRENDS AND DRIVERS
Drivers Impact Analysis
Data Center Operators Enhance Sustainability
The adoption of renewable energy is on the rise around the globe, and it will continue to grow. Data centers are responsible for most of the global electricity consumption, and they have a significant impact on the environment. To reduce their environmental impact, data center operators are powering their facilities with renewable and green energy.
As the demand for digital services is rising, the focus on sustainable initiatives should also be raised simultaneously around the world to promote sustainability and reduce greenhouse gases.
Data center operators are scaling renewable procurement and next-generation energy solutions through long-term PPAs, grid partnerships, and low-carbon infrastructure upgrades. In 2026, Global Switch signed a wind PPA with RWE to supply ~70 GWh annually to its London Docklands site.
Adoption of Artificial Intelligence
The adoption of AI across various industries for enhanced operations has seen significant improvement; it has increased the demand for computing power and advanced data management.
Governments across the region are actively strengthening digital infrastructure as well as accelerating cloud and data center expansion through long-term national strategies and public-sector digitalization programs. For instance, the UK’s 10-year Digital and Technology Sector Strategy and the Home Office 2030 Digital Strategy, the Digital Switzerland Strategy 2025, as well as Sweden’s Digitalization Strategy 2025–2030. Major public-sector investments such as the $243 million digital transformation agreements of the Bank of England and the $163 million technology modernization initiative of the UK Police Department further reinforce the demand for secure, scalable, and AI-ready data center capacity across the region.
Major technology and infrastructure investments are strengthening the region’s digital ecosystem and supporting future data center growth. In Argentina, OpenAI and Sur Energy signed a letter of intent to explore a 500 MW Stargate Argentina AI campus, while Cirion Technologies expanded its BUE1 facility in Buenos Aires to support AI workloads. In Mexico, CloudHQ announced a $4.8 billion investment to develop six data centers in Querétaro, and AWS reported that approximately 495,000 companies adopted AI in the country in 2025.
RESTRAINTS
Increasing Concerns Over Carbon Emissions by Data Centers
All major hyperscale operators such as Meta (Facebook), Google, Microsoft, Apple, and Amazon Web Services (AWS) have announced their sustainability goals to reduce carbon emissions from their data center facilities.
Data centers must adopt energy efficiency standards and implement innovative cooling solutions to minimize energy consumption. They should be encouraged to transition to renewable energy sources through financial incentives and collaborate with local renewable energy providers.
Data Center Deployments Hindered due to Challenges in Site Selection
The ideal site/location is one of the major considerations for data center operators while deciding to build a data center. Data center operators and developers select locations that account for high benefits and the lowest risk factors.
The other major factor that can create restraints in the development or operation of a data center in a location is the surrounding locality itself. Data center operators must take cognizance of the local surroundings to develop/operate data centers; if that is not done, local communities can oppose them.
Security Challenges Impacting Data Center Growth
Rising cybersecurity threats are increasing operational and compliance risks for data center operators across the globe.
Operators are investing heavily in advanced cyber and physical security measures to protect critical digital infrastructure. For example, Microsoft deployed AI-powered threat detection tools across its expanding Azure infrastructure in São Paulo, while Scala Data Centers enhanced facility protection through biometric access controls and 24/7 monitoring.
HYPERSCALE DATA CENTER MARKET DRIVERS
Enhanced Connectivity Through Submarine Cables
Submarine cables are vital as they enable high-speed, low-latency international connectivity, supporting the growing digital economy of the region. They are essential for cloud services, data centers, and cross-border internet traffic.
In October 2025, Meta announced an investment in Candle, the largest submarine cable project in Asia. The cable will connect Taiwan, Japan, the Philippines, Indonesia, Malaysia, and Singapore. The length of the cable will be around 4,971 miles and use 24-pair optical-fibre technology, providing up to 570 terabits per second of transmission capacity. The cable is expected to become operational in 2028.
Heightened Demand for Cloud Services
The adoption of cloud computing services and applications continues to rise rapidly, leading to the establishment of vast hyperscale cloud-based data centers. Cloud computing changes the dynamics of data center facilities, leading to several innovations and the adoption of modern infrastructure.
Microsoft, Google, Oracle, and AWS are among the top cloud providers in the market. Other companies such as Alibaba Cloud, Tencent Cloud, OVHcloud, and IBM Cloud operate in the market and have significant market share.
In December 2025, Microsoft announced further expansion of its US cloud infrastructure. As the cloud provider with the largest global footprint—spanning over 70 regions worldwide—Microsoft already operates highly advanced AI supercomputing infrastructure in the Greater Atlanta metropolitan area. By early 2027, Microsoft plans to expand this footprint to host all customer workloads for the East US 3 Azure region.
SEGMENT ANALYSIS
INSIGHTS BY INFRASTRUCTURE
The global hyperscale data center market by infrastructure is segmented into IT infrastructure, electrical infrastructure, mechanical infrastructure, and general construction. The IT infrastructure segment accounted for the largest market share in 2025. The segment is evolving with the growing construction of self-built data centers by hyperscale operators, alongside capacity expansion and new projects by colocation operators. These developments are creating opportunities for IT infrastructure suppliers to target new installations and expansion projects. Rising demand for AI, cloud computing, and high-performance computing is further increasing the need for advanced servers, storage, and networking equipment. Operators are also investing in scalable infrastructure to support higher workloads and future capacity requirements. Companies should assess these trends to identify growth opportunities and strengthen their market position.
INSIGHTS BY IT INFRASTRUCTURE
Based on IT infrastructure, server infrastructure accounted for approximately 58% of the global market in 2025. The growing adoption of cloud, IoT, big data, quantum computing, and AI is increasing demand for high-performance computing (HPC) infrastructure, creating opportunities for server manufacturers and IT infrastructure suppliers to expand their customer base.
Hyperscale operators such as AWS, Google, Meta, and Microsoft are expanding their data center projects globally, driving investments in Open Compute Project (OCP)-scale infrastructure. Suppliers offering scalable and high-performance server solutions should target these projects to capture emerging opportunities.
Qscale’s Q01 data center in the Quebec City area of Canada is the country’s first OCP-ready data center, highlighting the growing demand for OCP-compatible infrastructure.
INSIGHTS BY ELECTRICAL INFRASTRUCTURE
Based on the electrical infrastructure, the PDUs segment shows the highest growth with a CAGR of 16.46% during the forecast period. Data center operators are increasingly replacing basic PDUs with intelligent systems in existing facilities and adopting them in new projects, creating growth opportunities for PDU manufacturers and suppliers.
The shift toward intelligent PDUs is driven by the need to monitor power usage, reduce energy waste, and improve operational efficiency. As adoption of basic PDUs declines, suppliers offering intelligent power monitoring and management solutions can target data center upgrades and new installations. For instance, Africa Data Centres’ CPT1 facility in South Africa supports rack power densities of up to 20 kW per cabinet, creating demand for specialized high-density rack PDUs. Companies should assess this segment to identify emerging sales opportunities and align their product offerings with evolving data center power requirements.
INSIGHTS BY MECHANICAL INFRASTRUCTURE
Based on mechanical infrastructure, cooling systems accounted for the largest share of the global hyperscale data center market in 2025. The growing need to manage heat from high-density computing and AI workloads is creating opportunities for cooling equipment manufacturers and suppliers. Modern data centers increasingly follow ASHRAE cooling guidelines and Uptime Institute Tier standards to improve thermal management, energy efficiency, and system reliability.
Cooling system design depends on facility requirements, heat hotspots, airflow management, and the use of hot- and cold-aisle containment. These requirements are driving demand for advanced chillers, cooling towers, CRAC and CRAH units, and redundant cooling solutions. For instance, Moro Hub’s Dubai data center uses cooling towers, N+1 redundant chillers, CRAH units, and hot- and cold-aisle containment. Suppliers should assess these developments to identify opportunities in hyperscale facility construction, cooling upgrades, and high-density data center projects.
INSIGHTS BY COOLING SYSTEMS
Chiller units dominated the cooling systems of the global hyperscale data center market with the largest share in 2025. Chillers play a key role in supplying chilled water to CRAH units and supporting heat removal across data center facilities. They work alongside cooling towers, dry coolers, or condensers to maintain operating temperatures. The growing need to manage heat from high-density computing and AI workloads creates opportunities for chiller manufacturers to supply efficient and reliable cooling solutions for hyperscale facilities.
Although water-based cooling adoption is growing gradually, chillers continue to account for a sizable share of the market. Data center operators are increasingly focused on improving cooling performance and managing energy consumption, creating opportunities for suppliers offering high-efficiency chiller systems. For instance, Africa Data Centres’ JHB1 facility uses high-efficiency chillers alongside hot- and cold-aisle containment to optimize cooling capacity and energy use. Companies can use these developments to identify opportunities in new hyperscale projects and cooling infrastructure upgrades.
INSIGHTS BY COOLING TECHNIQUE
Based on cooling technique, the water-based cooling segment is expected to record the fastest growth during the forecast period. Liquid-based cooling includes chilled-water systems, direct liquid cooling, and immersion cooling, which help data centers manage heat from high-density computing and AI workloads. This creates opportunities for cooling equipment manufacturers and suppliers to offer solutions that meet the thermal management needs of hyperscale facilities.
Direct liquid cooling and immersion cooling are gaining adoption as data center operators look for effective ways to manage increasing heat loads. However, demand for conventional chilled-water systems may face pressure as operators seek cooling solutions that reduce water consumption. For example, modular data centers at Dubai airports use water-based cooling systems to maintain operating temperatures during the UAE's harsh summers. Suppliers should assess these changing requirements to identify opportunities in liquid cooling technologies and water-efficient cooling solutions.
INSIGHTS BY GENERAL CONSTRUCTION
Based on general construction, the core & shell development segment accounted for the largest global hyperscale data center market share in 2025. Data center construction includes greenfield and brownfield development, creating opportunities for construction contractors, design firms, infrastructure providers, and data center operators. As hyperscale demand increases, companies involved in core and shell development can target projects that require large-scale facilities and reliable infrastructure.
Densely populated cities are expected to see more brownfield projects during the forecast period due to limited land availability. This creates opportunities for developers and contractors to upgrade existing properties and prepare them for data center use. For instance, Singapore-based Evolution Data Centres has partnered with Thai property developer Central Pattana PCL to construct a new data center in Bangkok. Companies can use these developments to identify potential project opportunities and assess demand for core and shell construction services in key markets.
INSIGHTS BY TIER STANDARDS
Based on Tier standards, Tier III accounted for the largest share of the global hyperscale data center market in 2025. Tier III facilities support concurrent maintainability, allowing operators to carry out planned maintenance on critical infrastructure without disrupting IT operations. These facilities commonly use redundant power and cooling components, often in N+1 configurations, to improve reliability and reduce downtime. With an estimated availability of 99.982%, Tier III facilities offer a balance between operational reliability and infrastructure investment, making them an important option for hyperscale data center developers and operators.
Tier III certification also creates opportunities for infrastructure providers, engineering firms, and contractors involved in data center design and construction. In May 2024, OADC received Uptime Institute Tier III certification for the design documents of its data center in Isando, Johannesburg. Uptime Institute has also awarded Tier III certification for the design documents and constructed facility of Fujitsu Services' London North data center, along with Tier III Gold certification for operational sustainability. These projects highlight the importance of meeting established reliability standards and create opportunities for companies supplying power, cooling, and critical infrastructure solutions.
GEOGRAPHY ANALYSIS
North America
Latin America
Western Europe
Nordics
Central & Eastern Europe
Middle East
Africa
APAC
COMPETITIVE LANDSCAPE
In the global hyperscale data center market, most of the data center investments come from hyperscale data center operator firms. The prominent service providers globally include AWS, Apple, Google, Microsoft, Meta, Digital Realty, Equinix, CyrusOne, STACK Infrastructure, NTT DATA, AirTrunk, Aligned Data Centers, CDC Data Centres, CloudHQ, Compass Datacenters, DataBank, EdgeConneX, GDS Holdings, Gulf Data Hub, Global Switch, Iron Mountain, QTS Realty Trust, ST Telemedia Global Data Centres, Switch, and Vantage Data Centers, among others.
In November 2025, AWS announced plans to invest up to $50 billion in AI infrastructure to support government agencies in the US. The initiative is expected to add approximately 1.3 GW of data center capacity, with construction of the new facilities slated to commence in 2026.
The global hyperscale data center market comprises a wide range of companies that provide IT infrastructure solutions for data centers. Some of the key IT infrastructure providers in the global market include: Arista Networks, Atos, Broadcom, Cisco, DataDirect Networks (DDN), Dell Technologies, Extreme Networks, Fujitsu, Hewlett Packard Enterprise, Hitachi Vantara, Huawei Technologies, IBM, Infortrend Technology, Inspur Group, Intel, Inventec Data Center Solutions, Lenovo, Micron Technology, MiTAC International, NVIDIA, Oracle, Everpure, QNAP Systems, Quanta Cloud Technology, Quantum, Seagate Technology, Silk, Western Digital, Wiwynn, and others.
The Demand for data center services is steadily increasing worldwide, encouraging new investors and operators to enter the market and existing players to expand their global presence to meet the growing demand. Some of the recent new entrants into the global hyperscale data center market include: Adriatic DC, Agility Logistics Parks, Ardent Data Centers, Ada Infrastructure, Art Data Centres, Asia Pacific Land (APL), AVAIO Digital Partners, BW DIGITAL, Beacon AI Centers, Deep Green, DataVolt, evroc, Everstone Group, Latos Data Centres, Mistral AI, Polarnode, Portland Trust, Penzance, TPG Angelo Gordon, XTX Markets, ZDATA Group and others.
In 2025, Aslan Energy Capital (AEC) signed a Heads of Agreement (HoA) with Jakarta Industrial Estate, Pulogadung (JIEP), to develop the Aslan Jakarta Data Centre (AJDC) in East Jakarta. A tier-IV facility is planned to have a 40 MW IT load capacity and is designed to host up to 7,000 server racks. The target operational date is Q4 2027.
The market comprises various construction firms that focus on providing construction, installation, commissioning, architectural, and engineering services for building data centers across the globe. Prominent data center contractors in the global hyperscale data center market include AECOM, Arup, AtkinsRéalis, Black & Veatch, Corgan, DPR Construction, Exyte, Fortis Construction, Fluor Corporation, Future-tech, Gensler, HDR, H&MV Engineering, Hill International, Holder Construction, ISG, Jacobs, Laing O'Rourke, Linesight, McLaren Construction Group, Mace, Mercury, PQC, RED Engineering Design, Rider Levett Bucknall RLB, Haskoning, STO Building Group, Skanska, Sudlows, Syska Hennessy Group, Salute Mission Critical, The Weitz Company, Tetra Tech, Turner & Townsend and others.
In February 2026, McLaren Construction Group was awarded a contract by Ada Infrastructure, a global data center operator, to construct the first phase of Ada Infrastructure's London Docklands data center, offering power capacity of around 70 MW in London, the UK.
The Global hyperscale data center market houses numerous local and international support infrastructure providers, including 3M, ABB, Airedale, Alfa Laval, Caterpillar, Carrier, Cummins, Cyber Power Systems, Canovate Group, Condair, Dakin Applied, Delta Electronics, Eaton, Generac Power Systems, HITEC Power Protection, Honeywell Technologies, Johnson Controls, KyotoCooling, Legrand, Mitsubishi Electric, Munters, Piller Power Systems, Rehlko, Rittal, Rolls-Royce, Siemens, Schneider Electric, STULZ, Submer, Trane, Vertiv, and others.
Global Hyperscale Data Center Industry Leaders
Disclaimer: Major players sorted in no particular order.
RECENT INDUSTRY DEVELOPMENTS
GLOBAL DATA CENTER COLOCATION MARKET
View Colocation Report →GLOBAL DATA CENTER MARKET REPORT SCOPE
Infrastructure
- IT Infrastructure
- Electrical Infrastructure
- Mechanical Infrastructure
- General Construction
IT Infrastructure
- Server Infrastructure
- Storage Infrastructure
- Network Infrastructure
Electrical Infrastructure
- UPS Systems
- Generators
- Transfer Switches & Switchgear
- PDUs
- Other Electrical Infrastructure
Mechanical Infrastructure
- Cooling Systems
- Racks
- Other Mechanical Infrastructure
Cooling Systems
- CRAC & CRAH Units
- Chiller Units
- Cooling Towers, Condensers, and Dry Coolers
- Other Cooling Units
Cooling Techniques
- Air-based
- Liquid-based
General Construction
- Core & Shell Development
- Installation & Commissioning Services
- Engineering & Building Design
- Physical Security
- Fire Detection & Suppression
- DCIM
Tier Standard
- Tier I & II
- Tier III
- Tier IV
Geography
- North America
- Latin America
- Western Europe
- Nordics
- Central & Eastern Europe
- Middle East
- Africa
- APAC
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.
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Market-size estimations are built in nominal terms with a consistent average selling price across the forecast period.
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Existing and upcoming facilities tracked across Global.
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KEY QUESTIONS ANSWERED IN THE REPORT
How big is the Global Hyperscale data center market?
What is the growth rate of the global hyperscale data center market?
What is the estimated market size in terms of area in the Global Hyperscale data center market by 2031?
What are the key trends in the global hyperscale data center market?
How much MW of power capacity is expected to reach the global hyperscale data center market by 2031?
Last Refreshed on : October 2026
