Data Center Power Market Size

The global data center power market was estimated at USD 70 billion in 2025. The market is expected to grow from USD 77.5 billion in 2026 to USD 169.1 billion in 2035, at a CAGR of 9.1% according to latest report published by Global Market Insights.

Hyperscale cloud providers continue to increase their investments in multi-gigawatt data centers to meet growing cloud services demands and digital transformation programs. The power infrastructure in these facilities must be dependable and include modular UPS systems, medium-voltage switchgear, intelligent power distribution units, backup generators and advanced monitoring platforms. Hyperscale expansion is one of the key growth drivers of the market as hyperscale operators continue to make substantial investments in capacity. Hyperscale expansion is a key growth driver for the data center power market, with hyperscale operators continuing to invest heavily in capacity.

Rapid capital deployment by hyperscale cloud providers across North America, Europe, and Asia Pacific is generating sustained demand for UPS systems, PDUs, medium-voltage switchgear, diesel and gas generators, and high-capacity cabling infrastructure. Individual campuses now routinely exceed 100 MW of IT load, requiring power infrastructure contracts measured in hundreds of millions of dollars per site.^[1] The pace of hyperscale buildout has outstripped electrical equipment supply in several geographies, creating priority procurement channels that are reshaping vendor-customer relationships across the value chain.

The growth of hyperscale, AI and colocation data centres is driving the demand for mission-critical power infrastructure in the global market at a rapid pace. The increased investment in power distribution units (PDUs), UPS systems and backup generators to support uninterrupted uptime and higher rack densities is continuing to grow. This inclination is driving global sales of these types of power equipment to around 2.946 million units in 2025, with robust infrastructure investments fueling next-generation data center deployments.

AI and High-Performance Computing are revolutionizing data centre power consumption. Advanced AI clusters running on GPUs draw much more power than traditional servers, thereby raising rack densities beyond 100kW. Driven by this change, investments are being made in new generation UPS systems, intelligent busways, lithium-ion energy storage, high capacity power distribution, and in digital energy management solutions that are efficient, reliable, and able to ensure uninterrupted operation under extreme electrical load conditions.

As enterprises and colocation operators become more aware of the potential for instability, outages and electricity quality concerns, they are making efforts to boost electrical resilience efforts. Redundant UPS architectures, standby generators, battery energy storage systems, automatic transfer switches, intelligent power monitoring platforms are being deployed more to protect the mission-critical facilities from downtime. As investment increases in resilient power infrastructure, equipment manufacturers will have long-term opportunity for replacement and upgrade throughout both developed and emerging markets.

There is strong demand for modular and distributed power infrastructure as colocation facilities and edge data centers are rapidly growing. Reducing latency means keeping data closer to end users, which means operators need to have a compact UPS system, intelligent power distribution units, scalable switchgear, and remote monitoring. Edge computing's distributed architecture introduces a high demand for power solutions which is not only recurring but also requires solutions that are efficient, standardized, and easily deployed across a plethora of locations.

Asia Pacific region is the fastest-growing region with the unprecedented growth of digital infrastructures across China, India, Southeast Asia, Japan and Australia. New data centers are being built on a massive scale, fueled by the adoption of cloud services, investments in artificial intelligence, 5G rollout, government initiatives supporting the digital economy and more hyperscale and colocation facilities. These, coupled with the increasing digitalization of enterprises and favorable investment policies, are creating a unique demand for advanced power structures across the region.

North America leads the market in share with its well-established hyperscale market, a vast number of enterprise and colocation data centers, and the presence of major cloud service providers such as Amazon Web Services, Microsoft, Google, and Meta. As the need for AI infrastructure and modernization of legacy equipment keeps growing, UPS systems, generators, switchgear, and intelligent power management solutions remain top priorities for high expenditure, with stringent uptime requirements driving the market demand.

Data Center Power Market Research Report

Data Center Power Market Trends

As hyperscale cloud infrastructure grows, so are the demands for sophisticated power systems that can support large-scale computing applications. Cloud providers are deploying multi-megawatt campuses that demand highly reliable power backup generators, intelligent power distribution units, switchgear and UPS. In the era of hyperscale facilities, the increasing scale of deployment across the globe makes power infrastructure a key investment direction, and will grow the market for equipment vendors over the long haul.

Grid instability in North America and parts of Europe continues to incentivize enterprise and colocation operators to strengthen backup power capabilities. The US experienced a meaningful increase in grid disturbance events over the 2020–2024 period, reinforcing the investment case for N+1 and 2N UPS redundancy architectures, online double-conversion systems, and automatic transfer switch upgrades.^[2] Colocation providers contractually committed to Tier III and Tier IV uptime guarantees are particularly sensitive to utility reliability.

Power density demand is rapidly growing in today's data centers, as AI and high performance computing applications proliferate. AI clusters with powerful GPUs use significantly more power than traditional server racks, necessitating a more robust electrical infrastructure and redundant power backup systems. This shift is driving increased adoption of high-capacity UPS systems, intelligent power management platforms, and scalable electrical distribution solutions to power next-generation computing workloads.

As companies gain more awareness of the risks of grid instability and power outages, they are increasingly focusing on enhancing data center resiliency. To keep service up and running, organizations are investing in redundant power architectures, standby generators, battery energy storage systems and automated transfer solutions. As digital services become a more integral part of life, the need for power to be up-and-running is growing, especially for enterprise, colocation, and hyperscale facilities around the world.

The growth of colocation and edge computing centers is creating larger addressable market for modular power infrastructure. Edge deployments are different from centralized hyperscale campuses, as they involve hundreds of distributed UPS and power distribution systems that are compact, scalable and remotely managed. This distributed expansion generates a continuing demand for standardized power solutions, which will enable continued growth in the commercial, industrial, and telecom power sectors.

This focus on energy efficiency and sustainability is driving investments in next-generation data center power technologies even faster. With the aim of conserving electricity and operating costs, operators are moving away from traditional electric equipment to high efficiency UPS, intelligent power distribution units (PDUs), lithium-ion battery storage, and digital energy management platforms. Technologies and innovations for the modernization of mission critical power infrastructure are continuing to evolve globally by fueling the investments in sustainability goals and carbon reduction programs.The investments in sustainability goals and carbon reduction programs continue to drive modernization of mission critical power infrastructure throughout the globe.

Economic and schedule pressures surrounding large-scale data center construction have driven increased adoption of modular and factory-assembled power infrastructure, including pre-integrated UPS and generator skids, modular medium-voltage switchgear lineups, and containerized power distribution modules. Modular configurations shorten on-site installation timelines from months to weeks, reduce site labor requirements, and allow capacity to be added incrementally as IT load grows, an important advantage when construction lead times are constrained by equipment availability.^[3]

Caterpillar's XQC1200 modular containerized generator system, launched in November 2023 with power capacities from 100 kW to 2 MW in factory-assembled configurations, and Cummins's PowerCommand-integrated containerized genset offerings are positioned specifically for the edge and mid-tier colocation segment, where site footprint and rapid deployment are primary procurement criteria.

Data Center Power Market Analysis

Data Center Power Market, By Component, 2022-2035, (USD Billion) Based on component, the market is segmented into solution, and services. The solution segment dominated the data center power market, accounting for around 59% in 2025 and is expected to grow at a CAGR of over 9.5% from 2026 to 2035.

PDUs are seeing robust growth as intelligent, real-time power monitoring at the rack level is demanded by modern hyperscale data centers and data centers that rely on AI. Advanced PDUs offer remote management, outlet-level energy measurement and load balancing, providing power operators with ways to optimize power use and minimize downtime. The trend to higher rack densities and sustainability requirements are driving intelligent PDUs to become a must for next generation data center infrastructures.
Uninterrupted Power Supply (UPS) systems are gaining significant popularity in the data center industry because of their ability to ensure continuous data operations and safeguard against grid instability. Modular, lithium-ion UPS solutions are more efficient, offer longer battery life, smaller footprints and reduced maintenance costs. Conventional UPS technologies continue to be replaced by more scalable, advanced systems as investments in AI computing and cloud infrastructure, coupled with mission-critical applications, intensify.
Backup generators are still considered a staple for business continuity in the event of a prolonged power failure. The demand for high-capacity diesel and natural gas and hybrid generators with continuous power is rising with their increased deployment on hyperscale and colocation facilities. As the reliability of the grid becomes a growing concern and uptime requirements are becoming more stringent, the operators are looking to invest in the more efficient and less polluting back-up generation technologies.
In the era of higher capacity electrical networks and high-density server setups, switchgear and electrical distribution equipment are becoming increasingly significant at data centers. Intelligent switchgear not only enhances fault isolation and operational safety, but also empowers predictive maintenance through digital monitoring, enhancing the reliability of power supply. Higher investments in large-scale digital infrastructure are driving increased rise in demand for advanced medium- and low-voltage electrical distribution solutions.
Busway and modular power distribution systems are becoming the systems of choice due to their flexible, scalable and quick installation over standard cable-based systems. Power capacity can be easily scaled-up without significant infrastructure changes, minimizing downtime during upgrades. Adoption of busway systems is being significantly enhanced due to the rising construction of modular and prefabricated data centers in hyperscale and colocation data centers.The number of modular and prefabricated data centers being built is continuing to rise and is having a significant impact on the adoption of busway systems for hyperscale and colocation data centers.

Based on installation, the data center power market is segmented into greenfield, and brownfield. The greenfield segment dominated the market, accounting for around 60% in 2025 and is expected to grow at a CAGR of over 9% from 2026 to 2035.

Greenfield data centre market is rallying across the globe as hyperscale cloud operators are building all-new data centre facilities that are optimised for AI. These facilities demand a full-fledged power solution, from UPS, generators, switchgear and transformers, to PDUs. Every new Greenfield project generates full scale demands for integrated power infrastructure, greatly contributing to market growth compared to retrofit projects.
To bolster national digital economies, governments are increasingly supporting a Greenfield approach to digital infrastructures via investment incentives, tax advantages and specialized data center zones. These enabling policies promote investment in new facilities, not on the expansion of existing facilities. Substantial opportunities exist for power equipment manufacturers in developed and emerging markets, as each Greenfield project demands new electrical infrastructure, and Greenfield projects are plentiful.
Greenfield data center site selection is being impacted by the quick availability of renewable energy. The locations are increasingly becoming those with access to renewable sources of energy such as solar, wind, hydroelectric or nuclear, to fulfil sustainability goals. Developing on undeveloped sites provides opportunities to design in renewable generation, battery energy storage and advanced power management systems, further driving the need for modern power infrastructure.
AI facilities need a much larger amount of electricity than traditional data centers and the best way to achieve this is to build a new facility (aka Greenfield). The design of new campuses allows operators to deploy larger substations, sophisticated switchgear, modular UPS systems and scalability power distribution systems without limitation from existing infrastructure, speeding investments in the next generation of electrical solutions.

Based on application, the data center power market is segmented into BFSI, colocation, energy, government, healthcare, manufacturing, IT & telecom, and others. The IT & telecom segment dominated the market, accounting for around 25% in 2025 and is expected to grow at a CAGR of over 11% from 2026 to 2035.

Data center power infrastructure is being continually invested in due to constant growth in cloud-based IT services. As enterprises move key applications, databases and workloads to public and hybrid cloud, the need for reliable electrical systems grows. In today's more complex IT landscape, the need for uninterrupted services means that high-efficiency UPS systems and intelligent power distribution and backup generators are paramount.
Global deployment of 5G networks is creating a big surge in data traffic across the telecom sector, which is driving operators to increase their core and edge data center deployments. The need for high network speeds and reduced latency requires robust power infrastructure that can remain resilient and continue to operate. The growth of investments in modular UPS, PDUs and backup power equipment keeps accelerating worldwide as telecom companies roll out more facilities.
As more telecom operators pursue edge computing solutions, they will be looking for small, distributed centers that are near the end user. These deployments require standardized, remotely monitored power systems at hundreds of locations, unlike centralized facilities. The decentralization of infrastructure growth is fueling ongoing demand for scalable UPS systems, intelligent power distribution and energy-efficient electrical solutions.
Adoption of virtualization, Software-as-a-Service (SaaS), and enterprise digital platforms is driving up server capacity for IT service providers. With businesses becoming digital, the need for reliable and energy efficient data center infrastructure is growing. This development directly influences investments made in advanced power distribution and electrical protection systems as well as in intelligent energy management technologies for mission critical applications.
BFSI operators, government agencies, and healthcare institutions are investing in redundant power architectures to satisfy uptime requirements imposed by regulatory frameworks including Basel III operational risk guidelines for financial institutions and HIPAA infrastructure standards for healthcare data environments.^[4]

Based on data center, the data center power market is segmented into hyperscale, colocation, edge, and enterprise. The hyperscale segment dominated the market, accounting for around 39% in 2025.

A massive investment in mission-critical power infrastructure is being made because of the fast growth of hyperscale cloud providers. Major cloud service firms are building multi-gigawatt campuses, which necessitates high capacity UPS, generators, switchgear and intelligent power distribution. The segment is a key driver of the market as the demand for integrated electrical infrastructure is seen to gradually rise with the opening of each new hyperscale facility.
Hyperscale operators are forced to redesign facilities with much higher power densities due to AI workloads.AI workloads are driving hyperscale operators to rethink facilities for much higher power densities. Power systems must be reliable, provide consistent and high-capacity power, and be robust enough to power AI training clusters with advanced accelerators. The shift is driving investments in advanced power management technologies, hyperscale high-capacity busways and modular UPS systems in hyperscale data centers.
Modular power architectures are being embraced by hyperscale operators to speed up deployment and ensure flexibility in operation. Standardized electrical modules provide quicker expansion, better maintenance and efficient capacity upgrades as computing needs increase. It provides a path to reorder scalable UPS systems, intelligent power distribution units, switchgear and back-up generators during various stages of campus development.
Hyperscale companies are investing in highly efficient power infrastructure that has a low carbon footprint because of sustainability commitments. Power usage optimization, lithium-ion UPS, renewable energy integration and battery storage technologies enable optimal energy utilization and minimize emissions. These efforts are driving the transition from traditional electrical systems to the next generation of power solutions in hyperscale data centers.

North America Data Center Power Market Size, 2022-2035 (USD Billion) North America dominated the data center powers market with around 38% share and generated USD 26.5 billion in revenue in 2025.

The region is home to one of the world's largest installed bases of enterprise, colocation and hyperscale data centers, which gives rise to a significant replacement and modernization opportunity for the region. Older electrical equipment is being replaced by lithium-ion UPS, intelligent power distribution and digital energy management solutions. This continuous modernization creates a recurring demand that doesn't just come from the construction of new facilities, and thus helps to maintain sustainable market growth.
The rapid adoption of AI and high-performance computing in North America is creating unprecedented demand for electricity in data centers. The higher rack density trend for AI workloads is prompting operators to invest in more robust electrical systems that can power and protect more capacity and equipment. To meet this swift transition to an AI-ready facility, investments are made in next-generation power equipment across the region.
The need for reliable uptime in financial services, healthcare, government and cloud computing drives an operator's investment in resilient power infrastructure. Redundant UPS systems, standby generators and automatic transfer switches, and intelligent monitoring technologies are key features that organizations look for to minimize disruptions to operations. These critical reliability demands continue to fuel high dollar investments in powerful systems in North American data centres.
The North American power equipment industry has an established and highly capable base of power equipment manufacturers, engineering companies and technology integrators, all offering cutting-edge electrical infrastructure solutions. The robust domestic innovation in digital power management, energy storage and smart electrical systems helps to speed up the commercialization of new technologies.

Europe data center power market reached over USD 22 billion in 2025. Europe's ambitious carbon neutrality targets are accelerating investments in energy-efficient data center power infrastructure. Operators are replacing conventional UPS systems with high-efficiency lithium-ion solutions, intelligent power distribution, and renewable-integrated electrical systems to comply with stringent sustainability regulations.

Germany, UK, France, Spain, and Italy are seeing hyperscale cloud regions grow, and that is continuing to put pressure on mission critical power equipment. Cloud service providers are spending a lot on new facilities to accommodate the growing volume of digital workloads. Full electrical infrastructure is essential in every hyperscale deployment to increase sales of UPS, generators, switchgear and intelligent power distribution units.
As Europe's colocation market expands, it is providing long-term opportunities for data center power suppliers. Businesses are turning to outsourced infrastructure to optimise their capital investment, especially with regard to regulatory and operational standards. In the region, investments in scalable UPS systems, backup generators and intelligent power management technologies remain high, as colocation providers continue to invest in capacity in the major metropolitan areas.
AI, high performance computing and sovereign cloud networks are transforming Europe's data center market. Racks must be densely packed with a significant amount of electrical power, advanced power distribution, and resilient backup power, if they are to perform without interruption. As AI-driven facilities gain momentum, the need for next-generation power infrastructure is increasing at enterprise and hyperscale data centers, as well as in research data centers.
The focus of resilience and energy security in Europe is driving operators to enhance their backup power capabilities. Investments in redundant UPS systems, battery energy storage, standby generators and intelligent energy management platforms are increasing as issues with electricity supply interruptions and energy market volatility grow. Such resiliency enhancements are generating sustained demand for sophisticated power infrastructure throughout the area.

The data center power market in Asia Pacific is projected to grow at a strong CAGR of over 10% from 2026 to 2035.

AI commercialization is greatly driving demand for high-density data center infrastructure (DCI) in Asia Pacific. Governments and tech firms are buying AI computing systems that demand increased electrical power systems and more robust power infrastructure. The AI-ready data centers rely on advanced UPS systems, lithium-ion battery storage, and intelligent power management solutions, driving the regional market growth.
As digital economies grow and internet penetration increases, investments in cloud infrastructure continue to grow in the region's APAC markets. Demand for new data center capacity is driven by increased e-commerce, digital banking, online entertainment and enterprise applications use. This continuous digitalization is generating huge opportunities for power infrastructure suppliers throughout the region.
The government's push for digital infrastructure and localization of data is fueling the building of new data centers around key economies in Asia Pacific.New data centers are being built throughout major Asia Pacific economies, largely thanks to government efforts to boost digital infrastructure and the localization of data. Private and public funding for policies and projects that promote domestic cloud services, smart cities, and digital transformation are significant. The demand for complete electrical infrastructure – including UPS systems, generators, power distribution units and switchgear – are strong in these Greenfield projects.
The transformative growth of 5G network and edge computing in Asia Pacific is driving the deployment of distributed data centers to be located near the end user. For low latency applications, telecom operators and cloud providers need power infrastructure that is compact, scalable and energy efficient. This trend toward decentralized growth is driving constant need for the modular UPS systems, intelligent PDUs, and sophisticated backup power solutions.

Data Center Power Market Share

The top 7 companies in the data center power industry are ABB, Caterpillar, Cummins, Eaton Corporation, Huawei Technologies, Schneider Electric, and Vertiv, contributing around 35% of the market in 2025.
ABB is building on its market leadership in intelligent power distribution, medium- and low-voltage switchgear, digital substations, and energy management solutions for hyperscale and colocation data centers to strengthen its market position. The company's solutions leverage automation, predictive analytics and remote monitoring to increase power reliability and efficiency, while facilitating integration of renewable energy and allowing operators to optimize uptime, lower operating costs and achieve sustainability goals.
Caterpillar continues to be a competitive company with high capacity backup generators, microgrid solutions and integrated energy systems for mission critical data centers. Meanwhile, the company is driving generator efficiency, remote equipment monitoring, and lifecycle service capabilities and developing lower-emission power solutions compatible with renewable energy and battery storage to help operators become more resilient, reliable and optimize life cycle operations.
Cummins is improving its market position with advanced standby generators, hybrid power systems and digital power management technologies designed for large-scale data centers. The company is developing alternative fuel solutions, integrating battery energy storage, and power technologies that are hydrogen-ready, and expanding its global service network to provide secure back-up power and minimize environmental impact.
Eaton competitive offerings include high efficiency UPS systems, intelligent power distribution units, switchgear and software based energy management solutions. The company specializes in scaled and modular power architectures and digital monitoring solutions, providing greater electrical efficiency and visibility of operations. Lithium-ion UPS technologies and integrated power management continue to be key investments, enhancing Eaton's role in AI-driven and hyperscale deployments in data centers.
By providing modular UPS systems that deliver high efficiency, intelligent power distribution, lithium-ion battery solutions, and energy management platforms powered by artificial intelligence, Huawei Technologies is enhancing its competitive edge. The company is known for its low-power-loss designs, digital monitoring and inbuilt smart power ecosystems that power high-density AI workloads while cutting operational costs and energy usage in modern data centers.
Schneider Electric is a market leader thanks to its EcoStruxure platform, in which intelligent UPS systems, switchgear, power distribution, cooling integration and digital energy management are all integrated into one. The company is still investing in AI-ready infrastructure, sustainability technologies, and modular data center solutions, while supporting operators in their quest to enhance power efficiency, carbon reduction, operational resilience and predictive maintenance.
Vertiv enhances its competitive profile by offering integrated critical power infrastructure solutions, such as modular UPS system, busways, switchgear, power distribution units and digital monitoring software. The company's business strategy is on providing scalable power architectures, fast deployment solutions and lifecycle service offerings that deliver high uptime, energy efficiency and ease of managing the infrastructure, particularly for high density AI and hyperscale environments.

Data Center Power Market Companies

Major players operating in the data center power industry are:

ABB
Caterpillar
Cummins
Eaton
GE Vernova
Generac Power Systems
Huawei Technologies
Kohler Power Systems
Schneider Electric
Vertiv
The data center power market is moderately consolidated, as players compete with each other by offering solutions with innovative technology, energy efficiency, and power infrastructure. Trusted brands like Schneider Electric, Vertiv, ABB, Eaton, Huawei Technologies, Caterpillar, and Cummins are growing their intelligent UPS systems and advanced power distribution units, their digital switchgear and backup generators, and their energy management software. To meet the increasing power density demands in hyperscale and colocation data centers, vendors are turning their attention to AI-ready infrastructure, modular power architectures, and high efficiency electrical systems.
Players are also competing with each other in terms of strategic partnerships, product innovation, sustainability programs, and global service expansion. To enhance operational reliability and minimize the total cost of ownership, companies are investing in lithium-ion UPS technologies, renewable energy integration, battery energy storage systems, AI-driven predictive maintenance, and digital monitoring platforms. Moreover, the manufacturers are building regional production capacities and after-sales services, and creating scalable and modular solutions that can be deployed globally in a few days for hyperscale, enterprise, edge and AI data centers.

Data Center Power Industry News

Jun 2025: Vertiv Holdings announced a USD 350 million expansion of its Columbus, Ohio manufacturing campus, adding 250,000 sq ft of production space to meet accelerating demand for AI data center UPS and switchgear products.
May 2025: Schneider Electric launched EcoStruxure Power Advisor, an AI-augmented power management platform integrating real-time anomaly detection, predictive maintenance scheduling, and energy cost optimization for hyperscale and colocation environments.
Mar 2025: Eaton Corporation introduced its 9PXM UPS series, engineered for AI server rack deployments exceeding 30 kW per rack, featuring lithium-ion battery options and a modular architecture supporting online capacity additions without shutdown.
Jan 2025: The European Commission finalized Article 12 reporting obligations under the Energy Efficiency Directive (EED), requiring EU data centers above 500 kW to publish annual PUE, WUE, and renewable energy share disclosures, effective from May 2025.
Oct 2024: ABB secured a contract to supply medium-voltage power distribution and automation systems for a 500 MW hyperscale data center campus in Northern Virginia, representing one of the largest single-site power infrastructure contracts in its data center portfolio.

The data center power market research report includes in-depth coverage of the industry with estimates & forecasts in terms of revenue ($ Mn/Bn), shipment (Units), and power capacity (MW) from 2022 to 2035, for the following segments:

Market, By Component

Solution
- Power Distribution Units (PDUs)
  - Basic/Non-Metered PDUs
  - Metered PDUs
  - Monitored PDUs
  - Switched PDUs
  - Intelligent/Smart PDUs
- UPS
- Generators
  - Diesel Generator
  - Gas Generator
- Cabling Infrastructure
- Others
Services
- Managed
- Professional

Market, By Installation

Greenfield
Brownfield

Market, By Application

BFSI
Colocation
Energy
Government
Healthcare
Manufacturing
IT & Telecom
Others

Market, By Power Capacity

Below 1 MW
1 MW–5 MW
5 MW–20 MW
Above 20 MW

Market, By Data Center

Hyperscale
Colocation
Edge
Enterprise

The above information is provided for the following regions and countries:

North America
- U.S.
- Canada
Europe
- UK
- Germany
- France
- Italy
- Spain
- Russia
- Nordics
Asia Pacific
- China
- India
- Japan
- South Korea
- Southeast Asia
  - Indonesia
  - Malaysia
  - Singapore
  - Thailand
  - Vietnam
- ANZ

Latin America
- Brazil
- Mexico
- Argentina
MEA
- UAE
- South Africa
- Saudi Arabia

Data Center Power Market

Customize This Report