The colocation data center industry is experiencing rapid growth, driven by AI and cloud computing demands, but it's facing major challenges like labor shortages, permitting delays, and rising costs. Here's a quick look at the key trends and developments shaping the market:
These trends highlight the need for better workforce planning, utility agreements, and strategic site selection to stay competitive in this booming sector.
Data Center Industry Growth Statistics 2020-2030: Investment, Costs & Power Capacity
January 2026 saw an incredible $25.2 billion in data center construction starts - the highest monthly total since recordkeeping began in 2020. This pushed the trailing twelve-month spending to $103.7 billion, averaging $8.6 billion per month. The surge is a direct response to the growing demand for AI and cloud computing infrastructure, as developers rush to create next-generation facilities.
"January 2026 marked a historic milestone for data center construction, with starts totaling $25.2 billion, the highest monthly figure since recordkeeping began in 2020."
- Michael Guckes, Chief Economist, ConstructConnect
In January alone, 20 projects broke ground, including two massive developments valued at $10 billion each. These numbers illustrate the rapid flow of capital into the sector, while also highlighting the challenges of meeting project timelines and workforce demands. These workforce shortages and rising wages are increasingly impacting project delivery. Adding to the complexity, construction costs are expected to climb to $488 per square foot by 2026, a sharp increase from $183 in 2020, representing nearly 18% annual growth.
With this momentum, March 2026 brought even more ambitious projects, signaling strong confidence in the industry's future.
The demand for AI and cloud infrastructure continued to fuel expansion in March 2026, with several major investments announced. Microsoft secured approval to build 15 new data centers in Mount Pleasant, Wisconsin, on the former Foxconn site. This project, valued at over $13 billion, will require around 900 megawatts of power.
Meta also broke ground on a $10 billion data center campus in Lebanon, Indiana, located 30 miles northwest of Indianapolis. This facility, designed to handle 1 gigawatt (GW) of power, is expected to create 4,000 construction jobs at its peak and 300 permanent positions once operational. Meanwhile, AVAIO Digital Partners launched a $6 billion multi-phase campus in Little Rock, Arkansas, with an eventual power demand of 1 GW. Google joined the wave of announcements with a $1 billion expansion of its 3.37 million-square-foot data center campus in Lenoir, North Carolina, set for completion within two years.
These three March projects alone represent approximately $29 billion in investments, surpassing January's record-breaking numbers. The trend toward massive, gigawatt-scale campuses reflects the industry's shift to meet the demands of AI infrastructure and long-term capacity planning.
In January 2026, the East Coast and Midwest each reported $12.2 billion in construction starts, contributing to a record-breaking $25.2 billion total. Meanwhile, the West and Texas combined for a modest $800 million.
This trend highlights a major shift in where companies are choosing to build. Traditional hubs are now grappling with grid connection delays that can stretch beyond four years. As a result, nearly 64% of new capacity is being developed in emerging markets like Wisconsin, Indiana, and Ohio, which offer quicker power connections and lower costs. States such as Tennessee and Wisconsin have even surpassed California in total data center capacity, both operational and under construction.
"Traditional hubs are hitting hard limits on power, land, and approvals, while frontier markets offer what hyperscalers and enterprises need most: available capacity, reasonable pricing, and speed to market."
- Andrew Batson, Global Head of Data Center Research, JLL
These changes underline a growing preference for emerging regions, but southern markets are set to lead the next wave of investments.
Building on the activity in the East and Midwest, the Southern region is showing a strong pipeline of upcoming projects. This area accounts for 56% of all potential spending over the next six months, with 65 tracked projects valued at $92.1 billion. The Midwest follows with 26.7%, the Northeast with 14.7%, and the West trails at just 2.3%.
Texas stands out, with plans for 80 gigawatts of data center capacity. If realized, this could propel Texas past Northern Virginia to become the largest U.S. data center market by 2030.
Developers are focusing on locations with immediate transmission access or resilient power and cooling solutions, particularly in Texas, Arkansas, and Louisiana. This strategy is driving a pipeline filled with massive, multi-phase campuses designed to scale as demand for AI capabilities continues to grow.
The development of power infrastructure and utility agreements is crucial for keeping data center projects on track, especially in a market grappling with labor shortages and permitting delays. By 2026, the U.S. electricity grid is expected to add 86 GW of capacity to accommodate the growing energy needs of data centers. Investor-owned utilities are also stepping up, working to interconnect at least 39 GW of publicly announced data center and large load projects across the country.
American Electric Power (AEP) has reported a massive 56 GW contracted large load pipeline through 2030, with nearly 90% of that demand coming from data centers. This figure has doubled in just a few months, jumping from 28 GW in Q3 2025 to 56 GW by early 2026, with 36 GW of this capacity concentrated in Texas alone. Similarly, Dominion Energy has reached over 48 GW of contracted data center capacity in Virginia by late 2025, reflecting a 3% increase in just one quarter.
"We are in the midst of a generational load growth phenomenon throughout our diversified service territory, especially in Texas, Ohio, Indiana and Oklahoma."
- William Fehrman, Chairman, President and CEO, American Electric Power
To support this surge, Dominion Energy has raised its five-year capital investment plan to $65 billion, with 90% allocated to Virginia to meet data center demand. Duke Energy is following suit, increasing its capital plan to $103 billion. These investments indicate a shift in utility planning priorities, with a focus on securing long-term power commitments to meet the growing energy needs of large-scale projects.
As grid expansions progress, utilities are finalizing contracts to secure energy supplies for data centers over the long term. Duke Energy has completed electric service agreements for 4.5 GW of data center capacity, with another 9 GW of viable demand in its pipeline. To shield existing customers from the costs of infrastructure upgrades, utilities are adding provisions like "take-or-pay" agreements and "minimum take" clauses for data centers exceeding 100 MW.
In February 2026, Xcel Energy struck a deal to power a new Google data center in Pine Island, Minnesota. The agreement will add 1,900 MW of clean energy to the grid, including 1,400 MW of wind, 200 MW of solar, and 300 MW of long-duration storage. This project will also feature a 300 MW/30 GWh iron-air battery system from Form Energy.
Entergy Arkansas has announced a $1.7 billion customer savings plan, linked to a Google agreement in West Memphis. This plan supports a 600 MW solar facility and a 350 MW battery storage project, contributing to a projected $47 billion in new investment across Arkansas, Louisiana, and Mississippi.
"Our region of the country is proving that households and high tech can coexist on the same power grid to the benefit of both."
- Drew Marsh, Chair and CEO, Entergy
Starting in January 2027, Dominion Energy will introduce minimum demand charges for large load customers with demands of 25 MW or more. This ensures infrastructure costs are covered, regardless of actual electricity usage.
As investments grow and regional dynamics shift, the data center industry is facing mounting challenges on the ground.
Even with significant capital pouring in, data center construction capacity dropped to 5.99 GW by the end of 2025 - a 5.5% decrease compared to 2024. Power interconnection waits have doubled, stretching from under two years to over four or five years in many regions. In Northern Virginia, a key global hub for data centers, construction activity fell by 29% year-over-year by late 2025, with vacancy rates in primary markets hitting an all-time low of 1.4%.
Local communities are increasingly pushing back, citing concerns like noise pollution, water consumption, and rising energy costs. The trend toward sprawling greenfield campuses of 100+ acres has made approval processes more complex, requiring deeper collaboration with municipalities and greater community engagement. Some areas have even implemented temporary pauses on new projects to revise land use, noise, and environmental regulations. For a deeper dive into how these factors are reshaping the industry, check out our data center construction guide.
"Construction slowed because physical infrastructure realities have overtaken financial capital as the dominant gating factor."
- Sanchit Vir Gogia, Chief Analyst, Greyhound Research
"The size and scale of new development projects are now reaching 100+ acres for a greenfield campus. Ongoing partnership and good working relationships with local municipalities... are important for data center developers and operators."
- Pat Lynch, Executive Managing Director, CBRE Data Center Solutions
These delays are adding to the industry’s existing struggle to secure the specialized workforce needed to meet project demands.
Permitting and power constraints are creating a major disconnect between project schedules and workforce readiness. The industry faces a projected shortage of 75,000 to 140,000 skilled construction workers needed to support current data center projects.
With power availability now dictating project timelines, contractors are being forced to secure critical leadership roles earlier to manage utility coordination. Electrical Infrastructure Specialists are especially sought after for their expertise in power planning and utility interfaces, which are crucial for facilities designed to support AI workloads. Similarly, MEP (mechanical, electrical, and plumbing) leaders with extensive coordination experience are essential, as disputes in power-heavy builds can escalate quickly. Commissioning leaders, a niche talent pool with systems-validation expertise, are also in high demand, as delays in these roles can directly impact project testing and handoff schedules.
Data center projects are increasingly competing for skilled tradespeople with industries like energy infrastructure, semiconductor manufacturing, and advanced industrial sectors. In rural areas, where development is shifting due to land and power availability, data center technicians are earning annual salaries between $60,000 and $90,000. Some developers are even building self-contained housing communities in remote locations like Abilene, Texas, to accommodate construction crews.
"When power is limited, project timelines compress and staffing missteps become more apparent."
- Brian Binke, CEO, The Birmingham Group
With workforce shortages and project delays becoming more common, finding skilled construction professionals is more important than ever. In 2025, 52% of data center construction firms reported staffing issues, highlighting the need to secure experienced leadership early on. iRecruit.co focuses on recruiting top-tier construction leaders - such as Project Managers, Superintendents, MEP Specialists, and Commissioning Leaders - specifically for mission-critical data center projects. They prioritize candidates with proven experience in power-intensive facilities, utility coordination, and systems validation, helping to reduce the risks associated with delayed hiring. This approach directly addresses the workforce challenges discussed earlier. For a deeper dive into workforce planning and its impact on project execution, check out their jobs and workforce guide.
Building a data center can require as many as 1,500 on-site workers, meaning contractors often need to fill multiple leadership positions to keep large-scale projects on track. To help meet these demands, iRecruit.co offers a flexible pricing structure tailored to different hiring requirements:
| Plan | Monthly Fee | Success Fee | Best For |
|---|---|---|---|
| 1 Open Role | $0/month | 25% of first year's salary (or 3% monthly for 12 months) | Single critical hire |
| 2 Open Roles | $8,000/month ($4,000/role) | 20% of first year's salary (or 2% monthly for 12 months) | Scaled recruitment |
| 3+ Open Roles | $10,500+/month ($3,500/role) | 20% of first year's salary (or 2% monthly for 12 months) | Large-scale builds |
This tiered model encourages companies to secure experienced leaders - like MEP Specialists and Commissioning Leaders - early in the process. By doing so, firms can ensure that critical technical systems are properly coordinated from the start.
iRecruit.co takes the guesswork out of hiring by pre-qualifying candidates for essential roles that keep projects on schedule. Their screening process focuses on ensuring candidates, such as MEP Specialists and Commissioning Professionals, have the expertise needed in areas like power planning and systems validation. This careful vetting aligns with industry standards and helps mitigate risks.
Skilled workers in data center construction earn an average of $81,800 annually ($39.33/hour), which is nearly 32% more than those working on non-data center projects. With the industry projected to need 140,000 additional skilled tradespeople by 2030, iRecruit.co’s rigorous screening ensures companies secure the best talent available.
Colocation data centers are seeing extraordinary growth, with 76 new projects valued at over $88 billion set to begin within the next six months - a 13% increase compared to 2025. Power capacity is also on track for a massive leap, rising from 30 GW in 2025 to over 90 GW by 2030, reflecting an annual growth rate of 22%. High-profile investments, like Meta’s $10 billion campus, underline the scale of this boom, supporting 4,000 construction jobs during peak activity and creating 300 operational roles.
But this rapid expansion comes with significant challenges, particularly in workforce availability. With 2,788 data centers currently under construction or planned, the industry faces the daunting task of filling around 4.7 million temporary construction jobs. The complexity of these projects is growing too, as power densities have surged from 5-8 kW per rack just five years ago to 15-50 kW per rack today. This shift demands highly skilled professionals to handle intricate MEP coordination, advanced cooling technologies, and utility integration. For campus-scale projects exceeding 100 MW, the need for experienced leaders who can navigate these technical demands has never been greater.
Specialized recruitment services are stepping in to address these workforce shortages, offering pre-screened candidates for critical roles such as Project Managers, MEP Specialists, and commissioning experts. As the industry expands into emerging markets - including Wisconsin’s $13 billion Microsoft development and North Carolina’s 4.5 GW Duke Energy contracts - securing the right talent early is essential to keeping projects on track and avoiding costly delays. For more details, check out our data center construction guide.
With vacancy rates holding steady at around 1% for two years and nearly two-thirds of new capacity emerging outside traditional hubs, companies that prioritize workforce planning stand to gain a major advantage. As the industry surges forward, precise talent acquisition will be the key to ensuring these billion-dollar projects are completed efficiently and successfully.
Data center construction is moving into new areas across the U.S., driven by factors like improved power availability, reduced costs, and infrastructure that can handle growth. States such as Ohio, Georgia, and Pennsylvania are becoming attractive options because they provide quicker access to the power grid and opportunities for long-term expansion. Meanwhile, traditional hotspots like Northern Virginia are grappling with issues like grid delays and rising expenses. These challenges are encouraging developers to look for locations where costs are lower, permits are processed faster, and land and power are already secured to meet future hyperscale needs.
Early planning and engaging with stakeholders proactively can help projects sidestep power and permitting delays. By securing necessary permits and finalizing designs at the start, teams can prevent unexpected roadblocks later. Simple steps like pre-ordering equipment with long lead times, organizing deliveries in advance, and submitting utility requests early can keep things on track.
Digital tools also play a key role, offering real-time scheduling and updates that streamline processes. Pairing these tools with experienced project managers ensures timelines stay on course and power connections or permitting issues are handled efficiently.
To kick off your data center hiring strategy, prioritize roles like commissioning specialists, electrical infrastructure specialists, and project managers. These positions are in high demand, with limited talent pools available, making them essential to fill. Plus, they play a key role in keeping construction timelines on track and ensuring the facility is ready for operations. Getting these experts on board early can make all the difference in a fast-paced, competitive environment.
