With IREN developing in Fisher County and Crusoe proposing an AI campus in Stonewall County, this guide explains the power, cooling, water, tax and infrastructure questions that determine a data center’s local impact.
THE REAL QUESTIONS BEHIND DATA CENTERS
Data centers may sound like something that belongs in Dallas, Austin or Silicon Valley, but they are now part of the local conversation in Fisher, Stonewall, and surrounding counties across West Texas.
In Fisher County, IREN’s Sweetwater Site has already brought data center development into discussions about tax abatements, construction plans, electricity demand and public revenue. In Stonewall County, Crusoe Energy Systems’ proposed AI data center campus has raised similar questions about land, power, water, jobs and local benefit.
SO WHAT IS A DATA CENTER?
At its simplest, a data center is a large facility filled with computer servers and the equipment needed to keep those servers running.
Those servers store, process and move digital information.
A small business might keep its files on one computer or a local server. A data center does that kind of work at industrial scale.
When someone stores photos in the cloud, streams a movie, uses online banking, checks email, runs business software, mines cryptocurrency or asks an artificial intelligence tool a question, that request may be handled by servers inside a data center somewhere.
The building itself may not look especially busy from the outside. Many data centers look like large warehouses or industrial buildings.
But inside, they are designed to keep thousands of machines powered, cooled, connected and protected around the clock.
A typical data center includes servers that do the computing work, storage systems that hold data, networking equipment that moves information in and out, electrical systems that distribute power through the facility, and cooling systems that prevent equipment from overheating.
It may also include backup generators, batteries, transformers, switchgear, fire-suppression systems, security fencing, cameras and monitoring equipment.
That is one reason local officials often treat data centers less like ordinary office buildings and more like major industrial or utility-related projects. They may not produce smoke, noise or truck traffic in the same way as some traditional industries, but they can require large amounts of electricity, land, infrastructure and planning.
A data center’s basic job is simple to describe but demanding to operate: keep the computers running, keep them cool and keep them connected.
THE ELECTRICITY ISSUE IS CENTRAL.
Servers run on power. Cooling systems run on power. Networking equipment, lights, security systems and backup equipment also require power. Unlike a store or office, a data center generally does not operate only during business hours. Its value depends on reliability.
That is why data center discussions often include substations, transmission lines, grid capacity and backup generation.
In Fisher County, IREN’s project timeline has included amended construction plans, Tx-DOT-approved site entrances, road and access changes, early site work, substations and a projected April 2026 energization date for a 1,400 megawatt grid-connected facility.
In Stonewall County, Crusoe’s proposed AI data center campus has included discussion of a possible natural gas generation facility, along with questions about how the project would connect to larger power systems.
For local governments, then, a data center is not just a land-use question. It is also an electric- infrastructure question.
COOLING IS THE NEXT MAJOR ISSUE.
Servers create heat as they operate. If that heat is not removed, the equipment can fail.
Every data center, whether small or massive, has to solve the heat problem.
Some facilities rely mostly on air cooling.
Others use water-assisted cooling. Newer high-performance and AI-focused facilities may use liquid cooling systems, which move heat away from equipment more directly. Some systems are described as closed-loop, meaning they require an initial fill and later smaller additions rather than a constant large flow of new water.
That distinction matters, but it does not end the water discussion.
A facility may use relatively little water on site and still have a broader water footprint through the electricity it consumes. Power generation can require water, depending on the source.
That means the local question is not only, “How much water comes out of a pipe at the data center?” It is also, “Where does the power come from, and what water does that power require?”
That is why data centers quickly become part of a larger water-and-energy conversation, especially in rural West Texas.
The rise of artificial intelligence has made the issue bigger.
Older data centers supported websites, cloud storage, business software and online services.
Newer AI-focused facilities may use more powerful computer chips working together in large numbers. Those systems can require far more electricity and more advanced cooling.
NOT ALL DATA CENTERS ARE THE SAME.
IREN’s Fisher County project and Crusoe’s proposed Stonewall County project should not automatically be treated as identical. Their business models, customers, power arrangements, cooling systems and tax agreements may differ.
The phrase “data center” covers a broad family of facilities, from cloud storage and high-performance computing to cryptocurrency operations and AI campuses.
Rural West Texas can be attractive for these projects for several reasons: large tracts of land, access to transmission infrastructure, energy availability, lower land costs than metro areas, space for large campuses and the possibility of tax abatements.
ANOTHER TERM READERS WILL HEAR OFTEN.
A tax abatement temporarily reduces the taxes a company would otherwise pay on new property or improvements. A PILOT, or payment in lieu of taxes, is a negotiated payment made during the abatement period.
Local officials may see potential long-term revenue, especially for counties, hospital districts or other taxing entities. But they also have to weigh what is being reduced, what services may be affected and what obligations are written into the agreement.
FOR RESIDENTS, THE KEY QUESTIONS ARE PRACTICAL ONES.
How much electricity will the project need?
Where will that power come from? How will the facility be cooled? What water source will be used? What roads, substations or emergency services will be required? Who pays for those needs? How many jobs are permanent? How much tax revenue will local entities actually receive?
Data centers may run on servers, software and electricity, but their local impact will be measured in water, power, roads, taxes, jobs and public trust. If you have questions or concerns about data centers, power demands, tax abatements or other issues you would like explored in our coverage, please contact DMC Editor Jeff Hurt at editor@dmchronicle.com.