The Buildings With No Windows: A Homeowner's Field Guide to CSRA Data Centers

A data center building at twilight between two suburban CSRA homes

I spent years as a network engineer in the Army, and part of that time I worked in facilities where the internet lives. So let me say the strange part out loud: the buildings everyone is arguing about in Richmond and Columbia County right now are the least glamorous technology on earth. No windows. No crowds. Just racks, wires, cooling pipes, and a low hum you can feel in your teeth if you stand too close.

I am not writing this to sell you on data centers or to help you fight one. I am writing it because in the next two years, several decisions will be made about land near your neighborhood, and the quality of those decisions will depend on whether residents ask informed questions. My goal is that by the end of this article you can walk into a commission meeting and ask better questions than most people in the room, whether you are fifteen, eighty, or the person who actually knows what a megawatt is.

First, What Is This Building?

The plain version: A data center is a warehouse for computers that hold and move the internet. When you save a photo to "the cloud," the cloud is not a cloud. It is a building somewhere, full of machines, plugged into a lot of power.
The slightly bigger version: Those machines do three jobs. They store data, they run calculations, and they serve things back to you instantly. Everything you did today that felt automatic—opening an email, watching a video, paying a bill, calling an ambulance—touched a data center.

For the engineers reading this, the industry splits these facilities into explicit categories:

Hyperscale campuses belong to tech giants and scale into the hundreds of megawatts.
Colocation centers rent out rack space to multiple companies at once.
Enterprise centers serve one singular private organization.
Edge sites are small localized boxes placed close to end-users to eliminate latency.
AI training campuses are the newest tier. These are essentially power plants with server racks attached, and they are exactly the kind currently being proposed across the Southeast.

Who Is Actually Involved?

Three different groups get blurred together in public debate, and they carry entirely different incentives:

Who uses them: Cloud providers, banks, hospitals, streaming services, government agencies, and AI platforms. Your bank statement and your favorite show probably live in the exact same region of the country.
Who builds them: Specialized industrial developers who construct the shell, secure the utility power capacity, and then either lease space to a tenant or sell the finished campus. Think firms like QTS, Vantage, EdgeConneX, and CyrusOne, alongside hyperscalers building directly for themselves.
Who governs them: Your county commission, your school board (because school taxes are part of the equation), your state legislature (which writes the sales tax exemptions), and your power utility (which determines infrastructure transmission allocations).

That third group is where you have leverage. The developer already picked your county. The terms are still negotiable, and the terms are the story.

How the Network Actually Gets Here

Data centers require a rigid trifecta: land, massive electrical capacity, and primary fiber optic routes. Richmond and Columbia County have all three, which is why the proposals keep coming.

Inside a secure facility, fiber enters through multiple physically separate paths so a random backhoe cut in one area doesn't take down an entire digital region. Power arrives from more than one substation for the exact same reason. This redundancy is extraordinarily expensive, which is why a data center cannot simply be dropped anywhere; the utility must have the capability to serve it, and someone has to fund those massive capital upgrades.

Remember this single concept: when a 600-megawatt campus is proposed, the transmission lines, substations, and water infrastructure must come from somewhere. The single most useful question a homeowner can ask is not "will it be noisy." It is: "Who pays for the infrastructure upgrades, and does any of that cost land on my residential utility bill?"

The Resource Conversation, With Real Numbers

Electricity: The Nixon Technology Center proposal has been reported at roughly $3 billion and about 600 megawatts of capacity. For scale, 600 megawatts running continuously is in the neighborhood of the electricity used by several hundred thousand homes. That is not a scare number. It is arithmetic, and it is the exact reason utilities and regulators are at the table.
Water: Older infrastructure designs cool servers by evaporating water, which can drain millions of gallons a day on a large campus. Newer designs use closed-loop systems—sealed cooling loops, ponds, and heat exchangers that continuously recycle the same water, only topping off minor amounts lost to evaporation. Having evaluated industrial network facilities, I can tell you that when closed-loop is done well, the reduction in water consumption is dramatic. A county that does not explicitly mandate closed-loop cooling in its local ordinance is choosing higher water use by default. That is a policy choice, not a technical inevitability.
Noise: Large campuses generate a continuous, low-frequency hum from industrial chillers, transformers, and exhaust fans. Low-frequency sound travels farther and penetrates residential walls much easier than high-pitched sounds. Peer-reviewed research on low-frequency noise has long linked it to sleep disturbance and public annoyance. In fact, Dartmouth's Geisel School of Medicine published commentary in 2026 highlighting that data center acoustics touch a broad range of community health and quality-of-life issues. The science shows the impact is real but highly site-specific—depending heavily on distance, physical design, sound walls, and strict setback requirements. If a developer promises "you won't hear it," ask to see the independent acoustical study and verify the distance at which it was measured.
Air: Backup diesel generators are the other quality-of-life variable. They sit idle except during routine testing or rare grid outages. Always ask about the associated air permits and the exact schedule of how often testing occurs.

The Tax Conversation: Where Your Money Lives

Here is the transparent version of the industrial tax story, broken into three realities:

The Digest Value: Data centers represent immensely valuable taxable real property, and counties want them on the tax digest to spread the local tax burden. This is why the State of Georgia offers incentives, including sales tax exemptions on qualifying data center machinery, and why local county governments negotiate specific property tax abatements.
The Negotiation Terms: Those local incentives are entirely flexible, and the negotiation is where communities win or lose. A tightly written deal includes a structured Payment in Lieu of Taxes (PILOT), a strict revenue floor, performance clawbacks if the project downscales, and a mechanism ensuring a share of the direct benefit reaches homeowners. For example, Columbia County voters just approved, with 87% support on November 3, 2026, a homestead credit mechanism funded by surplus revenue. Data center tax allocations are a driving reason that surplus exists. That is what a mutually beneficial deal looks like: the revenue exists, and policy dictates it directly lowers your personal tax exposure.
The Depreciation Reality: Technology hardware depreciates exceptionally fast, and long-term tax abatements can unintentionally cannibalize school district revenue while the physical building is still young. Any promise of "millions for our schools" deserves one simple follow-up question: How much of that revenue is guaranteed, for how many years, and what happens to the tax structure in year eleven?

On property values located near a facility, the honest answer no one wants to admit is that the research is genuinely mixed and entirely site-specific. There is no definitive study for our local market yet, and anyone who tells you values will definitely rise or definitely fall is simply guessing with confidence. What I can tell you as an active market expert is what real appraisers and retail buyers react to: audible noise at the property line, visual viewshed, heavy truck traffic during the construction phases, and whether the site is heavily screened by dense vegetation. Those are your market variables, and they are all fully negotiable during the zoning and permitting process.

The Jobs Question, Answered Honestly

Promised jobs are mostly construction jobs. That is not a trick; it is just the nature of commercial development. A large campus can employ hundreds of tradespeople for an intense 18 to 24 months, but the permanent operational staff is typically dozens, not thousands. The Nixon project, for example, has been described at roughly 40 permanent positions.

What actually moves the needle economically is the indirect operational layer: localized electrical and mechanical contractors who maintain complex systems, private security, landscaping, specialized fire protection, and the regional supply chain. If a county wants real long-term employment value out of a rezone, the necessary asks are formal apprenticeship requirements, local hiring commitments, and wage standards written directly into the development agreements. Without those clauses, "jobs" simply means a busy two-year construction window followed by a very quiet building.

The Question Nobody Asks: What Happens in 15 Years?

Technology moves faster than real estate. Server efficiency has improved exponentially, and newer hardware processes far more calculations per watt. While that sounds like it should shrink these buildings, global digital demand has grown significantly faster than efficiency—especially for AI workloads. Consequently, the campuses being proposed right now are vastly bigger and hungrier than those built just five years ago.

The real obsolescence risk is not that tomorrow's data center disappears. The risk is that this generation of buildings eventually ages into an empty concrete shell with a massive substation attached once the interior equipment is refreshed two or three times.

Communities protect their long-term interests with two vital guardrails: clear decommissioning terms written directly into the development agreement, and abatement clawbacks if the facility ceases to operate at the promised capacity. If those clauses are absent, the county is holding the ultimate structural risk, and the developer is holding none.

What We Already Know About the Local Proposals

Nixon Technology Campus: A rezoning request covering roughly 383 acres, reported near $3 billion in capital investment and 600 megawatts of power. It projects roughly 40 permanent jobs, with the official decision track running into December.
Richmond County Pipeline: A separate, massive campus application reported at more than three million square feet has been moving through the pipeline.
Richmond County's Data Center Ordinance: Commissioners recently approved a dedicated data center ordinance on a reported 6-to-5 vote. It restricts future sites strictly to heavy industrial areas, regulates noise and water metrics, and handles an extended moratorium period.
Columbia County Infrastructure: Local leadership has stated they will not revisit the Appling rezoning vote despite local resident objections, with blasting at one site reported running into late December.

What is still unknown: Finalized daily water consumption caps, the detailed noise standards as actively enforced, the actual taxable value once equipment depreciation is applied, and whether any of these specific projects will carry an official Community Benefit Agreement (CBA). Those are the open questions, and open variables are where public input still carries weight.

15 Questions to Ask Lawmakers and Developers

If you plan to attend a commission meeting or speak with local officials in Richmond or Columbia County, take these fifteen baseline questions with you:

Where does the cooling water come from, how many gallons per day will be consumed, and is closed-loop cooling legally required in writing?
Has an independent, third-party acoustical study been performed at the property line, and will it be repeated after the facility is fully operational?
What exact decibel noise standard is legally enforceable, and who is responsible for measuring it?
What air quality permits apply to the backup diesel generators, and how frequently are they tested?
Who funds the substations, transmission upgrades, and adjacent roadwork, and is any of that cost recovered through residential utility rate hikes?
What is the exact breakdown of the tax abatement or Payment in Lieu of Taxes (PILOT) in exact dollars, year by year, for the full term?
How much of that negotiated revenue directly reaches the school district, and is that amount fully guaranteed?
What are the legal clawback terms if the project downscales or stops early?
Is there a mandatory decommissioning bond required, and what specific removal costs does it cover?
How many permanent jobs will be created, at what specific wages, and how many are guaranteed for local residents?
Are structured apprenticeship and local union/trade hiring requirements written directly into the development contract?
What independent property value study, if any, supports the economic claims being made by either side?
What is the exact buffer setback distance from adjacent residential property lines?
What specific architectural screening, buffers, or mature vegetation lines are required to protect the local viewshed?
Who is the actual end-tenant, or is that kept confidential? What legal protections exist for the site if that tenant vacates the property?

So, What Would "Done Right" Look Like?

It isn't overly complicated; it's just highly specific.

Closed-loop cooling with entirely transparent, publicly published water consumption metrics.
Generous, protective setbacks and specialized sound-dampening architecture verified by post-construction audits.
Grid infrastructure costs carried entirely by the utility and the commercial developer—never passed down to local residential meters.
Ironclad tax terms that actively fund local schools and homestead exemptions through rigid revenue floors and clawbacks.
Local hiring initiatives paired with formal technical apprenticeships.
Decommissioning funds secured in an escrow bond from day one.
A live public dashboard so any local citizen can verify real-time noise and water data without needing to file an open records request.

That version of industrial development exists in other regions of the country. It is not an idealistic fantasy, and it does not require a community to be blindly for or against technology infrastructure. It simply requires a county that negotiates like it plans to live with the choices for the next twenty years.

The Bottom Line for a CSRA Homeowner

If a commercial or technology facility is proposed near you: get involved in the zoning meetings early, ask the fifteen questions listed above, and get the answers in writing.

If you are currently buying or selling real estate near an existing or proposed industrial site in Richmond County, Columbia County, or the surrounding areas, look past the talking points of both sides. You need an expert who knows how to look at county GIS mapping, interpret heavy industrial zoning buffers, and verify exactly how a property line matches up against local noise ordinances.

If you want the deeper mechanics of local property taxes explained, read my companion article on Why a Lower Millage Rate Can Still Raise Your Tax Bill, where I walk through the actual math.

I am always happy to be the real estate professional who tells you the absolute truth about a property's location and future outlook, even if it costs me a transaction. Providing that absolute clarity is the entire job.

Nicholas Jefferson, Licensed Georgia REALTOR® | License #450016
Realty ONE Group Visionaries
Brokerage Office Contact: (706) 945-1267 | Personal Mobile: (706) 828-1791
📍 Proudly serving Richmond County, Columbia County, and the surrounding CSRA communities.
Set up a free market consultation or access complete local neighborhood data by creating a free account at nickjefftherealtor.com. Equal Housing Opportunity.

Sources & References:

Local reporting from The Augusta Press and WJBF on the Nixon Technology Campus rezoning proposals, Richmond County data center ordinance votes, and Columbia County planning commission updates (2026).
Dartmouth Geisel School of Medicine, published commentary and literature analysis on industrial data center acoustics and community health outcomes (2026).
Peer-reviewed environmental and public health studies regarding low-frequency industrial noise impacts on sleep cycles and baseline stress indicators (PubMed / PMC indexed literature).
Richmond County Commission public record archives and meeting transcripts regarding local industrial zoning moratoriums (2026).
Columbia County Board of Elections official referendum certifications (Homestead exemption surplus funding approval rate: 87%, November 3, 2026).

Disclaimer: This article is intended solely for general informational and educational purposes and does not constitute formal legal, structural engineering, financial, or investment advice. Local zoning maps, project specs, and county ordinances change frequently; always verify active municipal filings directly with county planners or developers before making property decisions. Nothing herein constitutes an endorsement of or opposition to any specific infrastructure project.