Solmar Insights
Rapid expansion in artificial intelligence is amplifying the race for power, land, and capital among US data center and digital infrastructure developers. Industry voices at PTC DC 2026 emphasized that meeting AI demand requires not just more facilities, but also new investment approaches, deeper community engagement, and robust connectivity solutions.
Key figures
September 17, 2026: PTC DC event in Reston, Virginia
Named participants: Digital Realty, Vertiv, Connectbase, Loudoun County
Developers face resource competition
The influx of AI-related capital is transforming the digital infrastructure landscape across the US, accelerating competition for power, land, and investment. As described at PTC DC 2026, developers and operators are grappling with the pressures of scaling computing capacity in an environment where both utility resources and suitable sites are highly contested. President and CEO Andy Power of Digital Realty and CEO Gio Albertazzi of Vertiv addressed ongoing challenges, including limited power availability, shifting facility design needs, and the necessity of rapid, large-scale project deployment.
Capital concentration is emerging as a decisive factor in which players can move quickly to secure development rights and lock in energy supplies. With increasing demands from AI training workloads, the dynamics of securing utility commitments and managing interconnection timelines have become central. The constraints felt in established hubs are pushing participants to consider new regions and collaborative solutions involving technology companies, utilities, and policymakers.
Fiber investment shifts network strategy
While physical buildout of data centers draws much of the attention, industry discussions highlighted the vital role of high-capacity fiber connectivity in supporting distributed AI workloads. As training and inference applications become more demanding, robust network performance is required not only within data center campuses but also across broader regional and national backbones. Without continued investment in fiber, the low-latency, high-throughput requirements of advanced AI applications cannot be met.
Ben Edmond, CEO of Connectbase, outlined how consolidation within the fiber sector is affecting capital deployment and access to network routes. Expanding the geographic reach of US fiber backbones will become increasingly mission-critical for developers seeking to locate AI compute in new markets. The divergence between fiber investment cycles and the growth patterns seen in towers and data centers also introduces unique risks for buyers and investors evaluating infrastructure portfolios.
Community opposition grows more vocal
As the impacts of large-scale energy and land use become more visible, digital infrastructure projects are facing intensifying scrutiny from local communities. Buddy Rizer, Executive Director for Economic Development in Loudoun County, Virginia, discussed the mounting resistance connected to concerns over electricity consumption, environmental impact, and tangible economic benefits. Developers are encountering lengthier permitting processes and more complex negotiations with municipalities and advocacy groups.
Stakeholder engagement is now a requirement rather than a recommendation. Long-term project success increasingly depends on careful alignment with local and regional goals. Transparency around project benefits, comprehensive engagement strategies, and proactive expectation management are needed to rebuild trust and maintain development momentum in critical growth corridors.
Security and geopolitics impact expansion
The operating environment for digital infrastructure is also shaped by cybersecurity priorities and the broader geopolitical context. As AI-powered platforms become more integral to both commercial and sovereign interests, concerns over data protection, national security, and infrastructure ownership are intensifying. Industry discussions at the event noted that these factors influence both the pace and the nature of infrastructure growth, especially in strategic US regions and in proximity to sensitive assets.
Developers and investors now weigh the potential for regulatory intervention, data residency requirements, and risks associated with concentration of infrastructure ownership. These considerations are shaping the strategies for siting new data centers, negotiating interconnection agreements, and partnering with network providers or hyperscalers. For institutional buyers, these dynamics underscore the importance of comprehensive due diligence and diversified asset selection.
Coordination between stakeholders proves necessary
The complex interplay of market demand, regulatory oversight, and regional priorities means that no single party can dictate the pace of digital infrastructure development. Successful projects now require unprecedented coordination among technology vendors, grid operators, utilities, community leaders, and financial sponsors. With the demands of AI compute outpacing traditional planning processes, delays resulting from misalignment or lack of stakeholder buy-in have direct financial implications.
Institutions active in this space must reassess their acquisition and buildout models to prioritize rapid adaptability, scalable resource access, and local engagement. Developers that can marshal multiple facets of the value chain, securing energy, fiber, and regulatory support concurrently, are best positioned to capture emerging opportunities as AI accelerates the digital transformation of the US economy.
What this means for buyers
Data center capacity, fiber routes, and power in major US hubs are affected by mounting competition for resources and public scrutiny. The September 2026 PTC DC event in Reston underscored how community opposition and limited power availability are shifting site selection and investment timelines. Institutional buyers need to account for more extended permitting cycles and local engagement requirements when planning US acquisitions this quarter.
Reporting via the original publisher
