Report ID: SQMIG45D2060
Skyquest Technology's expert advisors have carried out comprehensive research and identified these companies as industry leaders in the Data Center Construction Market. This Analysis is based on comprehensive primary and secondary research on the corporate strategies, financial and operational performance, product portfolio, market share and brand analysis of all the leading Data Center Construction industry players.
With increasing amounts of data for processing and the growth of operating in cloud ecosystems, an ever-increasing number of companies are finding value in building data centers. Faster and more reliable infrastructure than before is demanded more than ever due to the rise of technologies like AI, IoT, and big data analytics. With the rise of edge computing comes the promise for smaller, low-latency sites that can provide environments for real-time processing. For the opposite, the need for disaster recovery and uptime is compelling the investment in more sophisticated Tier III and Tier IV facilities. This page describes how the best builders are adapting to the advanced and rapidly changing climate.
According to SkyQuest Technology “Data Center Construction Market By Infrastructure (IT Infrastructure, PD & Cooling Infrastructure, and Miscellaneous Infrastructure) By Tier Type (Tier 1, Tier 2, and Tier 3), By End Use, By Data Center Size, By Region - Industry Forecast 2025-2032,” the healthcare industry is now the fastest-growing market segment. This transition toward a digitalized healthcare service with electronic health records (EHR), telemedicine, AI diagnostic methods, and real-time patient monitoring is creating huge amounts of data.
|
Company |
Est. Year |
Headquarters |
Revenue |
Key Services |
|
ABB Ltd. |
1988 (merger) |
Zurich, Switzerland |
NA |
Provides critical power-distribution solutions, UPS systems, switchgear and electrical infrastructure — essential for data-center power stability and efficient energy management. |
|
Acer Inc. |
1976 |
New Taipei, Taiwan |
USD 8.82 Billion (2024) |
Supplies servers, storage, and edge-computing hardware — often used in small-to-medium data centers, enterprise IT environments, and edge-node deployments. |
|
Ascenty |
2010 |
São Paulo region, Brazil (LatAm data-center operator) |
USD 298 Million (2024) |
Operates multiple Tier III/IV colocation and hyperscale data centers across Latin America, providing cloud-connectivity, hosting, and enterprise-level data-center services. |
|
Cisco Systems, Inc. |
1984 |
San Jose, California, USA |
USD 53.8 Billion (2024) |
Supplies networking hardware — switches, routers, data-center fabrics — plus software-defined networking (SDN) and data-center automation platforms, forming the backbone of many hyperscale and enterprise data centers. |
|
Dell Technologies Inc. |
1984 |
Round Rock, Texas, USA |
4th quarter revenue USD 22.3 Billion (2024) |
Offers servers, storage arrays, hyper-converged infrastructure (HCI), and integrated cloud-ready hardware — foundational for enterprise and cloud data-center deployments. |
|
Equinix, Inc. |
1998 |
Redwood City, California, USA |
USD 8.748 Billion (2024) |
Operates a worldwide network of colocation facilities and interconnection data centers — providing on-ramps to major cloud platforms, edge deployments, and global content-delivery infrastructure. |
|
Fujitsu Limited |
1935 |
Kawasaki, Japan |
USD 25.917 Billion (2024) |
Delivers data-center hosting, managed infrastructure, cloud services, and high-efficiency server/storage platforms — serving enterprises and government clients globally. |
|
Gensler |
1965 |
San Francisco, California, USA |
USD 1.83 Billion (2023) |
Provides architectural and engineering services for data-center design: scalable layouts, energy-efficient cooling and power planning, sustainability integration, and mission-critical facility design. |
|
Hewlett Packard Enterprise (HPE) |
1939 |
Spring, Texas, USA |
USD 30.1 Billion (2024) |
Supplies servers, storage, networking, and edge-to-cloud solutions — including hyper-converged infrastructure and cloud-management platforms — widely used in enterprise and hyperscale data centers. |
|
Hitachi, Ltd. |
1910 |
Chiyoda, Tokyo, Japan |
USD 65.22 Billion (2024) |
Provides data-center infrastructure including enterprise storage systems, hybrid cloud platforms, integrated IT solutions, and consulting — widely used by governments, enterprises and service providers. |
ABB is a major global player in the data center construction business because of the availability of electrification, power distribution, and automation solutions, which would enable the most productive data center operation possible. The firm has electrical infrastructure, switchgear, and UPS systems that allow Tier III and Tier IV installations to be energy efficient and receive power without an interruption. ABB widened its modular power solutions to all hyperscale data centers around the world. This did not only reduce the chances for downtime and promoting energy efficiency at building and operation stages, but also helped developers achieve their environmental targets.
Hardware production, like servers, storage systems, and edge computing devices, contribute to building data centers. Acer manufactures primarily for the purpose of putting in place the required edge nodes and data centers for small to medium-sized businesses. It installs them very fast and can scale them up as needed later. The launch of high-performance server solutions helped fast-track infrastructure deployment by Acer. This resulted in reduced latency as well as greater resource utilization for enterprise data centers and regional cloud facilities during operation, thus improving operational efficiency during construction and deployment of new data centers.
Right now, many data centers are being set up in Latin America, much because of its association with Ascenty's many Tier III and IV data centers. The firm is offering enterprise services of hosting and connectivity together with the development of hyperscale and colocation facilities. For example, Ascenty was expected to extend its footprint within Mexico, Chile, and Brazil. The latest power and cooling systems will be installed, and new campuses will be constructed. This level of effort will also help improve upon the region's digital infrastructure, providing companies and international cloud providers an opportunity of building energy-efficient scalable data centers.
Putting together networking and automation infrastructure is the main line of business for Cisco in data center building. The entire hyper-scaled and enterprise-built facilities stand upon its switches, routers, fabrics in the data center, and software-defined networking technologies. Cisco contributed to several overseas construction projects with network automation, enhanced security, and scalable connectivity. This allowed developers to create flexible but high-performance structures that could effortlessly handle workloads related to cloud, AI, and IoT.
Dell Technologies aids in data-center construction through its integrated server, storage, and hyper-converged infrastructures. Dell's PowerEdge servers, PowerStore storage, and cloud-ready technologies facilitate rapid deployment of high-performance enterprise and cloud data centers. Dell worked together with developers and hyperscale operators on modular designs, storage clusters, and business requirements-focused energy-efficient IT racks, accelerating new facility development.
Equinix leads in the colocation and interconnection industry, designing enterprise and hyperscale campuses across the globe. With Tier III and IV constructions with superior cooling while backed up by redundant power and interconnection systems, Equinix markets global facility construction. Equinix allows for the rapid setup of digital services for businesses and cloud providers through the integration of cloud on-ramps and edge installations. The outcome also is an excellent and efficient data center, presenting an enhanced regional and global digital ecosystem.
Fujitsu can contribute significantly to the design of data centers through its managed infrastructure, efficient servers, storage platforms, and cloud integration. Their technologies can help software developers build very reliable and energy-efficient data centers for governments and private enterprises. Fujitsu installed platforms that could be edge-ready and hybrid IT in its new buildings. This reduced the time to market for these buildings, improved their performance, and reduced power consumption. Fujitsu, based on its immense experience in design, infrastructure planning, and managed services, can ensure that data centers are aligned to the expected performances, security, and sustainability.
Being a leading firm in architecture and design, Gensler is among the significant protégés in the data center building world. While keeping the design expanding, power and cooling very efficient, and the mission critical inclined towards sustainability, he also worked to give birth to many Tier III and IV structures worldwide. More energy-efficient technologies were used in modular design and deployment of information technology under the umbrella of contemporary construction functions. It is knowledgeable about imparting higher performance, resilience, and future growth to a data center with operational and environmental compliance rules.
HPE provides servers, storage, networks, and hyper-converged infrastructure. This setup is aimed at the large enterprises and hyperscale facilities for the most part, proving crucial for the making of data centers. HPE launched its GreenLake consumption-based platform, thus being able to erect modular IT infrastructure for new buildings that seem to be larger and more scalable. All HPE solutions highly boost efficiency, resilience, as well as the integration with cloud and edge services. Accumulatively, these deliver quick deployment, can guarantee that the most demanding workloads perform at peak potential, and eventually help deliver operational and sustainability goals to data center projects.
Hitachi caters integrated infrastructure with platforms for hybrid cloud and power-efficient storage devices that are to bolster the construction of data centers. On the other hand, its solutions support resilient operations and energy-efficient operations, allowing workloads that are important to the mission. Hitachi pitched in with developers for data centers for the large and hyperscale variety; and modular storage with improved power and cooling systems was envisaged. The result is improved reliability at the facility, with a shorter time to commission and a modern data center that can support the push of modern business applications, cloud, and artificial intelligence.
With the growing reliance of individuals on cloud, AI, and hyperscale services, more individuals from across the world are entering into the realm of designing data centers through huge investments. Major suppliers such as ABB, Cisco, and Dell provide indispensable forms of networking, power, and IT infrastructure while many more, like Equinix and Ascenty, are building more colocation and hyperscale facilities. Top designers like Gensler ensure that layouts are expandable and energy efficient. The market is expected to continue innovating, being strong and growing, all around the globe, due to continued investments by HPE, Fujitsu, and Hitachi.
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Global Data Center Construction Market size was valued at USD 246.10 Billion in 2024 and is poised to grow from USD 263.33 Billion in 2025 to USD 452.44 Billion by 2033, growing at a CAGR of 7% in the forecast period 7%.
The competitive landscape of the global data center construction industry is characterized by a mix of construction giants, technology solution providers, infrastructure specialists, and cloud service enablers who collaborate to deliver scalable, energy-efficient, and high-uptime data center facilities. Companies like Turner Construction, DPR Construction, and Holder Construction dominate the general contracting and design-build space, especially for hyperscale and colocation projects. 'Turner Construction Company', 'Holder Construction', 'DPR Construction', 'AECOM', 'Jacobs Engineering Group', 'IBM Corporation', 'Schneider Electric', 'ABB Ltd.', 'Equinix, Inc.', 'NTT Ltd.', 'Vertiv Group Corp.', 'Eaton Corporation'
The explosive growth in data volume driven by technologies like artificial intelligence, big data, machine learning, and enterprise SaaS platforms is significantly accelerating the need for scalable and secure data storage. As businesses migrate their infrastructure to the cloud, global hyperscale providers such as Amazon Web Services (AWS), Microsoft Azure, and Google Cloud are rapidly expanding their data center footprints. This is leading to a steady rise in data center construction, particularly in Tier 3 and Tier 4 facilities that support massive computing workloads and guarantee uptime.
Shift Toward Sustainable and Green Data Centers: Environmental sustainability has become a top priority in data center construction. There is a strong shift toward eco-friendly building materials, renewable energy sources (like wind and solar), and energy-efficient designs such as liquid cooling and AI-optimized HVAC systems. Companies are also targeting green certifications like LEED and BREEAM as part of their ESG commitments, signaling a long-term trend toward net-zero and carbon-neutral data centers.
As per regional outlook, North America continues to dominate the global data center construction landscape due to large-scale investments by hyperscale cloud providers such as AWS, Microsoft, Google, and Meta. The U.S. remains the key market, with data centers concentrated in Virginia, Texas, and Iowa, where favorable tax policies, robust power infrastructure, and access to fiber networks support high-capacity builds. Canada also contributes significantly, offering a sustainable environment through access to renewable energy and a cool climate ideal for energy-efficient operations.
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