The Power-First Era: How 2026 Will Remap US Data Center Real Estate
A close-up look at the factors that will determine which markets will scale.
By 2030, U.S. data center electricity demand could more than double. While projections vary by source, the directional trend is unmistakable: The sector has reached an inflection point. In 2026, data center real estate will be defined by industrial-scale infrastructure buildouts, escalating megawatt requirements and a growing reliance on third-party developers and capital partners to keep pace.
Supply is already struggling to match demand. Across primary U.S. markets, average vacancy fell below 2 percent last year—its lowest level in at least 12 years—according to CBRE research cited by Pat Lynch, executive managing director of data center solutions. With space increasingly scarce, pricing has climbed to record levels, and it looks like the ceiling hasn’t been hit yet.
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Meeting the next wave of demand—driven by AI workloads, hyperscale expansion and broader cloud adoption—will require unprecedented capital commitments. The scale of investment needed is reshaping how projects are financed, structured and delivered.
“It’s essential that developers move fast to secure power and strategically deploy capital,” said Julie Brewer, executive vice president at EdgeCore Digital Infrastructure. “The combination of location, utility partnerships and power strategy, and access to capital represent both underappreciated risks and opportunities that investors may not be fully acknowledging.”
Taken together, constrained supply, surging power needs and capital intensity suggest that 2026 will be less about incremental growth and more about execution at scale.
Grid constraints reshape site selection
Power remains the sector’s primary bottleneck and, increasingly, its defining variable. While billion-dollar announcements such as Trammell Crow Co.’s $21 billion campus in Georgia continue to make headlines, the full buildout of next-generation facilities is stretching across multiple years due to energy shortages and long grid interconnection timelines.
As a result, site selection logic is shifting. Developers are increasingly going where power is available, prioritizing locations with untapped megawatts, favorable pricing—or both—instead of investing in projects that require costly and uncertain grid expansions. In effect, power access has overtaken traditional real estate considerations, with some of the largest data center builders now picking locations based on where power can realistically arrive, rather than extending power to the site.
This new reality is expanding the U.S. data center footprint beyond primary markets. Rural and tertiary regions are gaining traction in hyperscalers’ portfolios, as land availability and lower energy costs present a compelling combination.
Still, the response has not been uniformly supportive. AI-driven facilities demand significantly more energy infrastructure than earlier-generation data centers, both in terms of generation and transmission. The resulting grid strain has prompted some regions to reassess incentives and development pace. In Arizona, for example, Gov. Katie Hobbs plans to remove tax incentives for data centers to recalibrate the balance between fiscal benefits and infrastructure impact.
“Utilities have not come to a consensus regarding how forecasting and interconnection practices will change,” David Larson, technical leader at the Electric Power Research Institute, told Commercial Property Executive. “But many are looking at ways to adjust their practices in a more holistic way. For example, changing data requirements in the interconnection process to gather information about aspects that can impact forecasting and planning decisions.”
Grid operators are also adapting. Earlier this year, PJM, the nation’s largest grid operator, announced changes designed to facilitate large-load integration. These include improved forecasting models, accelerated interconnection tracks for state-sponsored generation projects and new mechanisms allowing major users to bring their own power generation online.
Texas has taken a similarly proactive approach. Lawmakers enacted SB 6 last June, introducing a six-month review process for projects exceeding 75 megawatts and adding new interconnection costs and curtailment requirements to curb speculative development. The scale of demand underscores the urgency: As of last year, Texas had 86 gigawatts of pending interconnection requests through 2031, the equivalent of the state’s existing grid capacity, according to an ERCOT forecast.
Rewiring the playbook: New paths to power
As grid constraints reshape development strategies, stakeholders are increasingly turning to alternative infrastructure solutions and exploring ways to secure power independently or share the burden of infrastructure investment. Behind-the-meter generation is one such approach. While expensive, it can significantly accelerate speed-to-market by reducing reliance on traditional interconnection timelines. Large-scale partnerships aimed at expanding generation capacity—such as Vantage’s $15 billion Stargate commitment in Wisconsin—represent another pathway to mitigating supply constraints.
A growing role is also emerging for third-party infrastructure developers willing to shoulder part of the capital burden. DC BLOX, which has positioned itself as a vertically integrated infrastructure provider in the Southeast, is leveraging its reach to help clients secure faster access to power. According to Bill Thomson, vice president of marketing & product management, separating viable demand from speculative requests is a critical step in making these investments sustainable.
“Our company will pay for the substations necessary to be built and the transmission lines necessary to be brought to the site, and that takes tens of millions of dollars,” Thomson added. “We’re willing to do that because we see the benefit long-term and you can’t get the power commitments until those things occur.”
Beyond traditional infrastructure buildouts, the sector is also exploring how data centers themselves can become part of the grid solution. Through a pilot initiative known as DCFlex, EPRI is partnering with providers to examine how facilities can function as flexible grid assets. The program is testing technologies and operational strategies that could help mitigate energy strain, including AI-driven load flexibility, shifting workloads geographically across regions and utilizing onsite or backup generation, Larson outlined for CPE.
Longer-term, nuclear power is gaining renewed attention. In October, the current administration announced an $80 billion partnership with Westinghouse Electric Co., Brookfield Asset Management and Cameco Corp. to expand nuclear reactor development nationwide. Nearly two years ago, Amazon purchased a nuclear-powered facility in Pennsylvania, and Talen Energy, operator of the adjacent Susquehanna Steam Electric Station, expanded its partnership with Amazon this year under a new power purchase agreement delivering nearly 2 gigawatts through 2042.
This renewed focus on nuclear underscores the scale of hyperscaler ambition. While promising, such initiatives may take years to materially reshape the energy landscape.
Where capital markets and infrastructure converge
Even though power dominates the conversation now, two structural forces are also shaping the data center outlook for 2026: capital markets discipline and digital connectivity infrastructure.
Debt investors are increasingly scrutinizing exposure to the sector, according to a report from S&P Global summarizing discussions at the 2026 Private Placements Industry Forum in Miami, debt investors are increasingly scrutinizing exposure to the sector. In 2025 alone, roughly $237 billion was deployed globally—more than half in the U.S.—for shell, power and cooling infrastructure. An additional $283 billion will be required this year to keep pace with demand.
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As capital needs escalate, traditional lending channels are feeling pressure. Banks are approaching concentration limits, raising the likelihood of a shift from private 4(a)(2) placements to 144A debt issuance structures in 2026. That transition could introduce new risks as issuers move from relationship-driven lending to broader, more liquid capital markets with different pricing dynamics and investor expectations.
At the same time, deal structures are adapting to hyperscale requirements. Multi-year leases with creditworthy tenants continue to anchor underwriting stability, while asset-backed securities have become a baseline financing tool for stabilized assets, enabling developers to recycle capital efficiently, according to Brewer.
EdgeCore illustrates this evolving model. The firm is pursuing a phased strategy to secure land and power while diversifying geographically to manage risk and returns. Last year, EdgeCore completed a $235 million asset-backed securitization to refinance construction loans and support future development, an approach that reflects the industry’s shift toward structured scaling rather than speculative expansion.
While power may set the upper limit for development, connectivity determines viability. Lenders and hyperscale tenants will not back sites lacking sufficient fiber infrastructure.
“Fiber connectivity is the unseen part of this digital infrastructure,” Thomson pointed out. “That is requiring and is going to require substantial investment and buildout. These large data centers are going to be producing tons of data, and they have to move that data. At least in the Southeast, the infrastructure is not sufficient to meet that demand.”
Beyond fiber networks, both dark and lit, cable landing stations and subsea infrastructure form the backbone of this ecosystem. For DC BLOX, these assets represent the foundation of the future economy, supporting commerce, research, communications and enterprise operations at scale.
The community factor
In building out this future economy, local acceptance can become an obstacle. Data centers have drawn heightened scrutiny in many regions, often for legitimate reasons, ranging from land and water use to energy demand, noise and the rapid industrialization of previously low-density areas.
“Our industry has done a terrible job at educating the public about what’s going on (at) data centers,” Jim Kerrigan, managing principal at North American Data Centers, said at the SIOR 2025 CREate360 conference.
That acknowledgment underscores a growing reality: Transparency and community engagement are no longer optional, but strategic necessities. Among the structural forces shaping the U.S. data center market, these ones may be the most visible outside the sector itself. Developers are increasingly expected to demonstrate that projects are thoughtfully planned and responsibly integrated. Sound mitigation strategies, appropriate setbacks and careful site selection—particularly avoiding residential areas—are becoming baseline expectations rather than value-add features.
Taken together, the 2026 outlook for U.S. data center real estate rests on four interdependent pillars: power, capital, connectivity and community. The operators and investors who treat each as part of the same equation—not separate challenges—will define the next phase of the data center cycle.
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