Florida Data Centers: Winners and Losers by County in 2026

The short answer: it depends on your zip code, not just your county

Florida homeowners asking whether a nearby data center will raise or lower their home's value are asking the wrong-sized question. According to Cal Reeves, who reviews utility filings and county commission records for his channel FloridaPulse, the real answer changes by distance and by how well local officials negotiated.

Reeves' framework, laid out in a September 15, 2026 video breaking down the state's data center buildout, is what he calls the "two-mile rule." Inside two miles of a campus, effects are mixed and construction-heavy — more traffic, more noise, more disruption during the build. Outside two miles, the picture shifts to two slower-moving forces: a positive but gradual tax-base effect, and a rate effect on electric bills that Reeves says "nobody budgets for."

His bottom line: for most Florida homeowners, the net effect on property values is small, positive, and slower to show up than the headlines suggest.

Why Florida became a data center magnet

Data centers — the server warehouses that run cloud computing, streaming and financial trading systems — have been expanding nationally for years. Florida's pitch to that industry, per Reeves, rests on four factors:

• Power costs that remain lower than the coastal Northeast, even after recent rate increases.
• Flat, buildable land already adjacent to highway and warehouse infrastructure, since Reeves notes "a data center is a warehouse with a utility bill."
• Low seismic risk, which matters because server racks are sensitive to vibration.
• Reduced water demand, as modern facilities have shifted toward air-cooled, closed-loop systems rather than the water-intensive designs that drew criticism elsewhere in the country.

Florida's location also shortens fiber-optic paths between Latin America and the U.S. East Coast, a latency advantage the industry prices into site-selection decisions, Reeves says.

County by county: what's built, what's proposed, what's cautionary

Reeves separates Florida's data center map into projects with financing and concrete already committed versus announcements that remain, in his words, "a render on a slide deck." Here's how he sizes up the state's key counties:

Miami-Dade: a finance story wearing a real estate headline

Miami's data center growth is driven by colocation demand from the financial and payments sector, which wants proximity to the same fiber infrastructure as trading exchanges. Reeves argues the effect on individual home values here is "negligible on the house, real on the tax base" — meaning the benefit shows up in county revenue and services rather than in comparable home sales.

Jacksonville: the rate case homeowners will actually feel

Duval County's JEA (the municipal utility) publishes an integrated resource plan that forecasts future electricity load, including data center demand, even when specific project names are withheld. Reeves says the scale of the committed megawatts is large enough that it has effectively added "a data center chapter" to Jacksonville's utility rate conversations — one written by utility analysts rather than county commissioners. That matters because new electric load priced at the margin flows into the fuel and infrastructure adjustment line on residential bills over multiple billing cycles.

Orange County: riding the Beltway's head start

The Orlando area's advantage, per Reeves, is that data center site selectors are reusing infrastructure — flat land, highway access and fiber lines — originally built for the region's distribution-warehouse and theme-park economy. That existing fiber gives Orange County counties along the Beltway a negotiating edge: campuses have options within the corridor, but not many options outside it.

Polk County: the negotiation playbook

Reeves points to Polk County as Florida's clearest example of a county capturing the upside of data center growth rather than simply hosting it. He compares Polk's approach to a model previously used in Bartow County, Georgia: campuses pay for their own substation costs, water use is required to be closed-loop by permit condition, and a portion of the additional tax revenue is escrowed specifically for school district funding tied to the growth the project brings. Reeves argues this certainty is what site selectors actually value, allowing Polk's approvals to close "in quarters instead of years."

Brevard County: what happens when approvals move faster than the grid

By contrast, Reeves flags Brevard County's Space Coast as a warning sign. Approvals there moved ahead of utility infrastructure planning, and residents are now reportedly encountering discussion of capacitor banks and voltage support — technical grid issues that typically surface when new large loads outstrip existing transmission capacity.

The bigger constraint: it's the wires, not the buildings

Reeves' most useful point for homeowners may be this: the binding constraint on Florida's data center boom isn't construction — it's the electric transmission grid. Florida's interconnection queue, the public process by which new power lines get sited and approved, can take roughly seven years, according to Reeves. That means many announced megawatts won't come online for a decade, regardless of how quickly a building goes up.

He also notes a structural point about scale: Florida's power grid was originally built to serve a peninsula of roughly 3 million residents and now serves a population several times that size, a gap utilities are still planning around.

For readers tracking related grid-and-supply pressures, our coverage of Freddie Mac's Silver Tsunami warning on housing supply looks at a different structural constraint shaping where new housing supply can realistically land.

What this means for you

If you own a home within two miles of an announced or approved campus: expect construction noise, truck traffic and possibly slower resale activity during the build phase. Reeves' data suggests this is a temporary drag, not a permanent one, but it's worth factoring into near-term selling timelines.

If you own farther out (roughly 3+ miles) in a county with committed data center load: the effect is likely to be a gradual increase in the local tax base — potentially supporting schools and services — offset partly by rate increases on your electric bill as utilities pass along grid upgrade costs. Neither effect is likely to show up quickly in home price data.

If you're house-hunting in Florida: ask whether your target county has signed interconnection agreements (public record in each utility's annual ten-year site plan) versus only announced projects. A press release without a named substation, in Reeves' words, "is a press release, not a project."

If you're evaluating a specific parcel: three public documents tell most of the story — the utility's site plan, the county zoning docket, and the water management district's consumptive use permit. All three are free to review before you make an offer.

Buyers weighing Florida against price-decline trends elsewhere in the state may also want to review our breakdowns of Florida cities where home prices are falling fastest and why some residents are leaving Florida, since data center growth is only one of several forces currently reshaping county-level demand.

Where Reeves' analysis has limits

Reeves' county assessments are based on his own review of public filings and commission minutes, not a peer-reviewed valuation model, and he acknowledges relying partly on viewer-submitted "ground truth" from local commenters to refine his conclusions. His framework also focuses heavily on tax base and rate effects rather than direct comparable-sales data, so the actual price impact on any single home will vary by neighborhood, school district and local market conditions that his county-level lens can't fully capture. Homeowners considering a sale or purchase near a proposed campus should treat his two-mile rule as a starting framework, not a guarantee, and consult local listing data for their specific area.

What to watch next

Reeves says the single most useful figure to track is the megawatts under signed interconnection agreement, published county-by-county each spring in Florida utilities' ten-year site plans. He also plans a follow-up covering water usage and the counties that have rejected data center proposals outright — worth watching for homeowners in counties still weighing incentive packages against long-term grid and tax commitments.