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IT infrastructure shortages are real, but the clearest evidence points to a system of bottlenecks—not a universal shortage of every server or networking product. Data-center operators report pressure from power availability, supply chains, staffing and costs. For IT leaders, the practical response is to plan for usable capacity early: coordinate power and equipment procurement, keep workload-placement options open, and build the teams needed to operate infrastructure.
Why are IT infrastructure projects taking so long?
A data-center project depends on more than buying servers. It needs a site with a viable power connection, grid capacity, equipment that can condition and support electricity, construction and commissioning capacity, and qualified staff to run the facility. A delay or constraint in one part can limit the value of progress elsewhere.
Uptime Institute’s 2026 global survey describes operators facing limited power availability, supply-chain constraints, staffing shortages and rising costs. It identifies high costs as the greatest concern among digital-infrastructure management teams, with power availability and supply-chain disruptions also growing concerns. These are reported operator concerns, not a precise inventory of shortages across the global IT market. Read the Uptime Institute Global Data Center Survey 2026.
Power requires both grid capacity and enabling equipment
A site may need a grid connection, enough transmission capacity to deliver electricity, and equipment such as transformers and uninterruptible power supplies (UPS) to make power usable and dependable at the facility. More electricity generation alone does not resolve every connection, transmission or equipment bottleneck.
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In the United States, the Department of Energy’s July 9, 2026 announcement described its 2026 National Transmission Needs Study as a draft. The study identifies data-center growth, along with domestic manufacturing and other large loads, as drivers of additional transmission needs. The announcement listed September 7, 2026 as the comment deadline; it does not establish that the study was final. This is U.S.-specific grid evidence, not a finding about every country or every project. See DOE’s draft-study announcement.
Equipment and materials can constrain delivery
Grid-supporting equipment is its own planning risk. A 2026 Johns Hopkins Energy Institute analysis projects that data-center transformer and UPS shortages could begin by 2027 and remain severe through 2030 in the scenarios it modeled. It also projects that copper becomes a binding constraint by 2027 in every scenario modeled. These are forecasts from an analysis, not proof that every location currently lacks transformers, UPS equipment or copper. Read the Johns Hopkins analysis.
Transmission infrastructure has supply-chain constraints too. The International Energy Agency discusses long-term procurement and coordinated planning as responses. It also describes grid-enhancing technologies that can complement grid expansion; some may be deployed in months rather than years, depending on the technology and network. They do not replace the need to build transmission infrastructure. Read the IEA report on the future transmission grid and its grid-modernization executive summary.
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Skilled labor is part of capacity
Data-center construction, commissioning and operations need different skills, and they compete for specialized workers with grid expansion, semiconductor manufacturing, EV-battery production and advanced manufacturing. EPRI’s DCFlex Workstream 4 describes this competition across sectors. A facility that can be built but not commissioned or staffed to operate it is not usable capacity. See EPRI DCFlex Workstream 4.
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That is too broad a conclusion. The evidence supports a more specific one: power availability is a growing concern for data-center operators, and U.S. transmission needs are being shaped in part by data-center load growth. It does not show that all data centers are out of power, that every proposed site will be blocked, or that every region faces the same conditions.
For a proposed site, distinguish among the questions that are often collapsed into “power”: whether the utility can serve the requested load, when a grid connection may be available, whether the network can deliver that load reliably, and whether required facility equipment and workforce can be secured. The answers are local and project-specific. Validate them with the relevant utility, suppliers and project partners before treating a site or schedule as viable.
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How can we cope with server and data-center equipment shortages?
Use risk reduction, not a promise of a quick fix. A useful plan tracks the dependencies that determine when capacity becomes usable, identifies fallback workload locations, and makes trade-offs explicit.
1. Make power and enabling equipment early planning variables
For projects that depend on a new facility or major expansion, involve the utility and relevant suppliers early enough to understand the connection process and equipment dependencies. Treat transformers, UPS and other grid-supporting equipment as schedule and capacity variables—not details to address after a site and server order are selected. Ask project partners to identify dependencies and uncertainties; do not assume a generic lead time applies to your region or equipment configuration.
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Ask the utility or grid-planning partners whether a suitable grid-enhancing technology could help use existing network capacity while longer-term expansion proceeds. The IEA says some such technologies can be deployed in months rather than years, but timing and usefulness vary by technology and network. Treat them as possible complements, not substitutes for needed infrastructure or guaranteed ways to accelerate a particular project.
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3. Keep workload placement flexible
Consider a mix of enterprise-owned facilities and third-party data-center services where the workload, risk profile and economics allow it. Uptime Institute’s 2026 survey says third-party facilities and services account for a larger share of workloads than enterprise-owned data centers by facility, while corporate data centers remain important in hybrid IT strategies. That industry pattern does not establish that suitable capacity is available for your workload or in your location.
Before shifting or placing a workload, compare the options against the same requirements:
- Time to usable capacity: Include power connection, equipment, commissioning and staffing dependencies—not just the date equipment can be ordered.
- Site and grid connection: Verify location-specific power availability and connection conditions.
- Workload fit: Check portability, performance needs and any operational dependencies that make a workload difficult to move.
- Resilience and service levels: Confirm that the proposed arrangement meets recovery, availability and support requirements.
- Total cost and flexibility: Compare the full cost and the contract’s ability to accommodate changing demand.
- Security and regulation: Confirm that location, handling and contractual controls meet applicable obligations.
4. Plan for commissioning and operations labor
Track construction, commissioning and operations roles separately; they are not interchangeable staffing needs. Uptime Institute’s 2025 global survey found that 46% of surveyed operators reported difficulty finding qualified candidates, while 37% reported difficulty retaining staff. The survey describes persistent pressure in operations management and electrical and mechanical trades. Read the Uptime Institute Global Data Center Survey 2025.
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Build recruitment, training and retention into capacity planning. Uptime warns that hiring workers away from competing data centers may be a short-term tactic that increases turnover and costs. Its report points instead to training, wider recruitment sources and stronger talent pipelines; EPRI’s work also highlights the competition for specialized workers across infrastructure-heavy industries.
5. Separate immediate continuity from long-term capacity
If the concern is protecting appropriately sized equipment at an existing office or edge site, a UPS may be relevant to that local resilience need. It does not create grid capacity, resolve a data-center equipment shortage or substitute for an infrastructure plan. The cited evidence does not provide consumer-model recommendations or sizing guidance, so sizing should be based on the equipment and requirements at the specific site.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Will infrastructure shortages get better soon?
There is no single timeline that applies to all infrastructure, markets or projects. The Johns Hopkins analysis projects severe data-center transformer and UPS shortages through 2030 in its modeled scenarios, while Uptime’s survey evidence describes current operator concerns and persistent staffing difficulty. Neither establishes when a particular local constraint will ease.
Grid expansion, coordinated procurement, possible grid-enhancing technologies, workforce development and flexible workload placement can all reduce exposure to individual bottlenecks. They work on different parts of the problem and depend on local conditions; none guarantees that a project will meet its original schedule. For planning, use scenarios that distinguish what is confirmed, what is forecast and what depends on supplier, utility or labor availability.
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