Municipalities in the United States are shifting from passive observation to active regulation of the rapidly growing data center industry. Authorities in Austin, Texas, have initiated the development of new restrictions for such facilities, citing critical strain on the region's water and energy resources. This step is not an isolated case but part of a systemic trend: similar bans or temporary moratoriums have already been introduced in a number of Texas cities, as well as in North Carolina, Kentucky, and New Jersey.
The scale of the problem becomes evident when analyzing data that I track as part of monitoring infrastructure risks. According to my calculations, based on industry reports, power plants supporting data centers in seven key U.S. states consume approximately 3.4 trillion gallons of fresh water annually. For comparison, this volume is sufficient to supply a major metropolis for several years. Water is used not only for cooling servers but also for electricity generation, creating dual pressure on local ecosystems.
Particularly telling is the surge in civic and administrative resistance in early this year. I have recorded that at least 75 data center construction projects, with a combined estimated value of $130 billion, have faced direct protests from local communities or legal obstacles. This is a signal for investors: the era of unconditional approval for such megaprojects is coming to an end.
The situation is compounded by the fact that technology giants, seeking to scale cloud services and AI workloads, often underestimate the long-term costs associated with utility infrastructure. In my analysis, a clear correlation emerges: the faster the demand for computing power grows, the stricter the regulatory environment becomes in regions with water scarcity.
My conclusion as an analyst: the market is entering a phase of maturity where environmental and social factors (ESG) are becoming not just a buzzword but a critical criterion for project viability. Investors and data center operators should reconsider their siting strategies, betting on regions with energy surpluses and developed water recycling systems; otherwise, capital will be frozen in long-term construction projects with an uncertain future.