The useful question is what changes for users, developers or buyers, and whether the announcement stays industry context or becomes something people can actually use.

Data center developers once balanced land costs, tax incentives, and connectivity when choosing sites, but power availability now dictates feasibility. In 2026, securing reliable power within reasonable timelines has become the deciding factor for project progression, as grid capacity tightens and interconnection delays lengthen. According to Bloom Energy’s 2026 Power Report, this shift is driving developers to prioritize regions where large power blocks can be accessed quickly, fundamentally altering infrastructure planning strategies. The report highlights how power access now shapes geographic capacity distribution, with traditional hubs facing relative decline as emerging markets gain share.

Texas is projected to exceed 40 GW of data center capacity by 2028, representing nearly 30% of U.S. demand, while Georgia’s market share is expected to rise to 75%. Conversely, legacy markets like California, Oregon, Iowa, and Nebraska are projected to lose over 50% of their market share in the next three years due to permitting complexity and grid constraints. Even mature markets such as Northern Virginia continue growing in absolute terms but are declining in relative share as power delivery struggles to keep pace with demand. Emerging markets collectively stand to gain over 20% market share by offering faster power access, despite lacking the ecosystem maturity of Tier 1 locations.

The disconnect between developer expectations and utility timelines is widening, with utilities estimating power delivery delays of 1.5 to 2 years longer than anticipated. This gap is most pronounced in major hubs like Northern Virginia, the Bay Area, and Atlanta, where permitting delays and aging transmission infrastructure exacerbate interconnection queues. Projects now face years-long delays that risk both construction schedules and investments, forcing developers to rethink traditional grid reliance. Many are turning to onsite generation as a bridge or long-term solution to reduce dependence on interconnection timelines.

Developers are now evaluating every site selection factor through a power-first lens, prioritizing markets where 100 MW or more of power can be secured within a reliable timeframe. Site size, topography, water access, and proximity to infrastructure like roads and fiber are increasingly tied to power strategy. Lower-emission technologies, such as fuel cells, can streamline permitting and reduce cooling demands, easing water and regulatory pressures. Total cost of power—including potential delays and infrastructure buildout—now outweighs electricity price alone, with some lower-cost markets bypassed if they cannot deliver power on schedule.