Why the Modern Data Center Is Forcing Communities and Policymakers to Rethink Infrastructure

Data centers have moved from largely invisible digital infrastructure to a highly visible source of public debate as artificial intelligence accelerates demand for power, fiber, and compute capacity. The modern data center is now being built closer to population centers to support low-latency services, bringing critical infrastructure into direct contact with residential communities for the first time. This shift has elevated concerns around electricity pricing, land use, water consumption, and environmental impact—while policy frameworks and energy markets struggle to adapt at the same pace.

The core issue driving today’s tension is not simply whether data centers should exist, but how the costs and benefits of the modern data center are allocated. Do data centers represent a net burden on local communities, or can they function as a mechanism for modernizing the electric grid, stabilizing local tax bases, and expanding pathways into skilled technical work—if governed with the right market structures and incentives?

That’s the tension at the heart of this episode of Straight Outta Crumpton, hosted by Greg Crumpton, with guest Julia Chuang, Associate Professor of Sociology at the University of Maryland. Together, they unpack how media narratives shape public perception, why energy-market structure changes the “who pays” debate, and what it will take to train—and retain—the specialized workforce needed to build, retrofit, and operate the digital backbone of the AI era.

What you’ll learn…

• Energy prices aren’t a universal data-center story—they’re a market-structure story. Chuang explains how regulated, vertically integrated utility markets (like Virginia) create a perception of “free riding,” while more deregulated states can allow data centers to bring power on-site, build microgrids, and even sell power back—changing the public cost equation.

• The jobs debate is real, but incomplete. Data centers may not employ huge headcounts once operational, but the construction cycle can stretch 5–8 years for large campuses—and the bigger labor crunch is the shortage of specialized electricians, HVAC, and critical infrastructure talent trained for modern, high-density compute.

• Retrofitting legacy facilities is the next wave hiding in plain sight. The core constraint of upgrading older colocation sites is power provisioning. Many legacy designs were built around roughly 100 watts per square foot and cannot be scaled up overnight, because local transformers, feeders, and transmission capacity are often insufficient. As a result, operators are forced into creative hybrid approaches—combining limited high-density zones with lower-density legacy space—and, in some cases, consolidating power by acquiring neighboring leases.

Julia Chuang is an Associate Professor of Sociology at the University of Maryland whose work focuses on institutions, groups, and how large systems shape behavior and outcomes. Her earlier research examined land use and industrial development in China, including factories, construction, and real estate—ground-level industries that, like today’s data centers, reshape communities through capital, policy, and infrastructure. She now applies that lens to the U.S. data center boom, attending industry conferences and conducting interviews across the ecosystem to understand how data centers affect energy markets, local communities, and the politics of infrastructure.

Article written by MarketScale.