Texas data – As Maine’s moratorium on large data centers was vetoed and New York weighs a temporary pause, Texas is moving fast—pulling in new projects for AI, cloud computing and digital services. But the pace is also triggering fresh local questions about water, power st
When Rep. Alexandria Ocasio-Cortez pressed an EPA official about reports of dirty drinking water in Georgia, the concern landed on a familiar theme: data centers are spreading, and communities want to know what the expansion costs.
The debate is playing out across the country. While Texas is drawing a surge of new data center proposals, other states and cities are considering bans or moratoriums—worried about high electricity use, heavy water demand, and local environmental impacts.
In Texas. developers and planners argue the state offers the ingredients that make these projects feasible: available land. a regulatory environment that’s friendly to business. and access to large amounts of electricity. Texas also runs its own electric grid, which can mean a different approval path than in many other states.
That pull is intensifying as demand accelerates for artificial intelligence, cloud computing, and digital services. But regulators are now wrestling with another question: whether the new wave of facilities will strain the Texas power grid and push electricity costs higher.
Some of the projects are tied to the ERCOT interconnection queue, though major builds are also planned in non-ERCOT regions such as El Paso. Even so, the common thread is scale—data centers are being proposed at a time when communities elsewhere are pushing back.
Maine was among the first states to take action this year. Lawmakers advanced a statewide moratorium on large data centers after concerns surfaced about energy use, electricity costs, and environmental impacts. The proposal would have paused approvals for large facilities while Maine studied their effects on the power grid and local communities. but the measure ultimately was vetoed by Gov. Janet Mills.
New York lawmakers are also considering a temporary pause on new AI-focused data centers while the state studies energy and environmental impacts. Similar proposals have appeared elsewhere as communities resist rapid expansion.
Texas, by contrast, has been moving in the opposite direction—pushing forward with a surge of proposed development. Still, questions are beginning to surface at the local level. In El Paso. city officials have released a draft Data Center Policy Framework aimed at setting stronger standards for large facilities that they say harm the environment and surrounding communities.
A data center is, at its core, a building filled with servers that store, process, and transmit digital information. Every time someone streams a movie. uses cloud storage. makes an online purchase. searches the internet. or interacts with an AI chatbot. the underlying information is typically processed in a data center somewhere.
Modern AI systems require enormous computing power. That demand has set off a race among technology companies to build larger facilities capable of training and operating advanced AI models.
The Data Center Coalition website points to a shift in how computing is done. “Previously, these types of computing resources were dispersed across businesses, which was far less efficient and secure,” the site says. It also says that in 2010. nearly 80 percent of data center computing was done in smaller traditional computer centers. largely owned and operated by non-technology companies. By 2018, approximately 89 percent of data center computing took place in larger cloud data centers.
Companies including major cloud providers, AI firms, and social media platforms rely on these facilities to run their services.
The scale of the footprint is already substantial. There are more than 4,300 data centers across the United States, according to the global data center directory Data Center Map. Virginia, described as the “data center capital of the world,” has the most in operation with more than 600. Texas follows with more than 460.
Texas’ appeal is rooted in practical advantages that help projects move faster. The state has abundant land, a business-friendly regulatory environment, and access to large amounts of electricity. Because Texas operates its own electric grid, projects can move through a different approval process than in many other states. The state has also become a major destination for technology companies, particularly around Dallas-Fort Worth, Austin, San Antonio, and Houston.
Where the builds are taking shape largely follows infrastructure and workforce needs. Most existing and proposed projects cluster around major metropolitan areas where fiber-optic networks, power infrastructure, and labor are available. The biggest concentrations are found in Dallas-Fort Worth, Austin, San Antonio, Houston, and El Paso.
Developers are also looking beyond the cities. The High Plains have emerged as a potential target because of proximity to large amounts of wind and solar generation. As demand rises. developers are increasingly considering rural areas where land is cheaper and power infrastructure can be expanded more easily.
Supporters argue the expansion will pay off through jobs, tax revenue, and investment, and they say it helps Texas remain a technology leader. Critics, though, worry the facilities could add strain to the electric grid and potentially increase costs if infrastructure upgrades are needed.
The most direct tension is the grid itself. ERCOT has warned that electricity demand in Texas is expected to grow dramatically over the coming decade. with data centers among the largest drivers of that growth. State officials are now developing new rules intended to ensure projects are viable before major grid upgrades are approved.
A key point in the broader debate is water. One concern cited in the national discussion is that large data centers can consume up to 5 million gallons per day—equivalent to the water use of a town populated by 10,000 to 50,000 people, according to the Environmental and Energy Study Institute.
That is why the fight over where data centers can grow is not only about power. Across states, it has become a question of whether the speed of development can be matched by the safeguards communities expect—especially when those safeguards involve both electricity and water.
In Texas, the surge continues, but oversight pressure is rising. As regulators build rules around the viability of projects before major upgrades move forward. local governments like El Paso are already testing whether voluntary standards are enough—or whether stronger frameworks are needed to keep communities from bearing the costs while projects expand.
Texas data centers ERCOT AI data centers cloud computing electricity demand electricity costs water contamination El Paso data center policy framework Maine moratorium veto New York AI pause Environmental and Energy Study Institute Data Center Map