Data Center Developers Urged to Seize Industrial Opportunities in Key States

Executive Summary

AssetBuilt has issued a call to action for data center developers, manufacturers, and investors to pursue industrial property acquisition across four strategically important states: Florida, Georgia, California, and Ohio. The core argument is that the convergence of rising digital infrastructure demand and available industrial real estate creates a narrow acquisition window that won't stay open indefinitely. Developers with flexible acquisition strategies — buying land independently, purchasing properties with existing equipment, or relocating machinery — are positioned to move fastest. Those without a clear site acquisition playbook risk being priced out or outmaneuvered as these markets tighten. The InfraSale takeaway: qualified industrial properties in these four states deserve immediate diligence, not a place on a watchlist.

What Happened

AssetBuilt, an industrial real estate and equipment firm, publicly called on data center developers, manufacturers, and investors to evaluate industrial opportunities across Florida, Georgia, California, and Ohio. The outreach targets a broad base of capital — from operators seeking to control their own sites to investors looking to deploy into infrastructure-adjacent real estate.

The firm outlined several distinct acquisition paths: purchasing real estate independently, acquiring a property that already includes equipment, or buying machinery for relocation to a separate site. Each approach carries a different risk-return profile and timeline, offering developers options based on their capital position and development stage.

The framing is deliberate. AssetBuilt is positioning industrial surplus and transitioning manufacturing assets as feedstock for the next wave of data center development — an arbitrage between the declining value of legacy industrial uses and the rising premium on powered, connected land.

Source: StreetInsider / Globe Newswire

Why This Matters

Industrial-to-data-center conversion is not a new thesis, but the explicit geographic targeting of Florida, Georgia, California, and Ohio signals where experienced operators believe the near-term opportunity is most concentrated. These aren't random picks — they represent a mix of high-demand coastal markets and emerging inland corridors with existing industrial infrastructure.

The multi-path acquisition framework AssetBuilt describes reflects a market reality: off-market and value-add plays are increasingly how developers access sites that bypass the oversubscribed greenfield development pipeline. When a developer can acquire an industrial shell with existing power infrastructure, they shave months — sometimes years — off their interconnection and permitting timeline.

Industry context: The broader data center market is absorbing record levels of capital as AI workloads, cloud hyperscalers, and enterprise colocation demand compress available supply. Industrial real estate that was once overlooked as a data center candidate is being re-underwritten at a premium wherever power capacity and fiber access align.

The signal embedded in AssetBuilt's announcement is that industrial-to-data-center arbitrage is now mainstream enough to solicit publicly — which means the window on the best assets is narrowing.

Power & Interconnection Impact

Power availability is the gating factor in every one of the four target states. California presents some of the most constrained grid conditions in the country, with interconnection queues in CAISO running years deep and utility-scale procurement requiring sophisticated navigation of NEM changes and export limits. Developers acquiring industrial sites in California should prioritize locations with existing utility service at scale — 5 MW or above — to avoid queue delays that erase the timeline advantages of a conversion play.

Florida and Georgia sit in the Southern Company and Duke Energy service territories, where load growth from data centers has prompted utilities to accelerate grid investment, but also to scrutinize large new load applications more carefully. Ohio, within PJM — the largest competitive wholesale electricity market in North America — offers relatively more transmission infrastructure, but interconnection queue reform under FERC Order 2023 is reshuffling timelines across the entire footprint.

Industry context: Developers acquiring industrial properties with legacy substation infrastructure or existing utility service agreements are capturing significant optionality. That embedded power infrastructure is increasingly priced into industrial real estate transactions, effectively creating a new sub-asset class of "powered industrial" alongside the established powered land category.

Land, Zoning & Permitting Impact

Zoning is where the industrial-to-data-center conversion thesis faces its most consistent friction. Industrial-zoned parcels don't automatically permit data center use in every jurisdiction, and the mismatch between legacy manufacturing classifications and modern data center definitions creates permit risk that must be assessed property by property, county by county.

In California, environmental review under CEQA adds a layer of timeline uncertainty that is largely absent in Florida, Georgia, and Ohio. Developers should factor CEQA exposure — particularly for projects near sensitive habitats or in air quality non-attainment zones — into any California acquisition underwrite.

Georgia has emerged as one of the more permitting-friendly environments for large-scale data center development, with several counties actively recruiting digital infrastructure projects through tax incentive programs. Industry context: Georgia's data center tax exemption on equipment and energy is one of the most competitive in the Southeast, and it meaningfully affects the total cost of ownership for operators considering a conversion acquisition.

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Ohio's zoning landscape varies substantially by county. The Columbus metro corridor has seen concentrated data center activity, but rural Ohio counties may lack the zoning clarity and utility coordination experience that accelerates permitting. Developers entering Ohio for the first time should budget for community engagement and local planning commission education as part of their pre-acquisition diligence.

Investment Takeaway

Conversion plays over greenfield: Industrial properties in these four states with existing power infrastructure represent the highest risk-adjusted near-term opportunity for data center developers. Greenfield timelines in most major markets now exceed 3–5 years; conversions can compress that materially.
Equipment-inclusive acquisitions deserve a second look: The AssetBuilt framing of buying property with existing machinery — or acquiring machinery separately for relocation — points to a value-creation lever that financial buyers often underweight.
Georgia and Ohio present the most accessible entry points: Lower permitting friction and competitive utility relationships make these two states the most executable for developers without deep in-state regulatory networks.
California requires a power-first underwrite: Any California industrial acquisition that doesn't start with a confirmed utility service path is speculative. Assume interconnection queue position as a baseline requirement before closing.
BESS storage integration is a differentiator: Industry context: Sites in states with high renewable penetration or grid congestion — particularly California — that can accommodate battery energy storage systems alongside data center load gain operational resilience and potential capacity market revenue.

InfraSale Market Angle

For developers actively sourcing sites, this announcement is a prompt to widen the aperture beyond traditional data center real estate searches. Industrial properties — including those being liquidated, repositioned, or divested by manufacturers — carry embedded infrastructure value that doesn't always surface in standard powered land listings.

Landowners sitting on industrial assets in Florida, Georgia, California, and Ohio should recognize that their property's highest and best use may have shifted. A facility that served a manufacturing tenant for 30 years may now be worth considerably more to a data center developer than to the next industrial operator — particularly if it has heavy power service, fiber proximity, or a substation on-site.

Investors allocating to digital infrastructure should use this moment to map available industrial inventory in these four states against data center demand drivers: population density, utility capacity, fiber routes, and state-level incentive structures. The overlap between motivated industrial sellers and data center demand creates the kind of asymmetric acquisition environment where disciplined buyers build durable positions.

Market Signal

Location: Florida, Georgia, California, Ohio
Primary Issue: Increasing demand for data centers
Infrastructure Theme: Site acquisition strategies
Who Benefits: Data center developers and investors seeking new opportunities
Who's at Risk: Developers unprepared for market shifts and regulatory challenges
InfraSale Takeaway: Investigate available industrial properties and adapt acquisition strategies to remain competitive.

Take Action

Industrial properties with power infrastructure in Florida, Georgia, California, and Ohio are being actively evaluated by data center developers right now — and the best assets move before they're widely marketed. Use InfraSale's tools to identify what's available and position ahead of the competition.

Browse available powered land and DC sites.

FAQ

What are the best states for data center investment right now?

Florida, Georgia, California, and Ohio are the four markets AssetBuilt has specifically highlighted. Georgia and Ohio offer the most permitting-friendly environments for near-term execution, while California and Florida command premium pricing tied to population density and power demand concentration.

How do I navigate zoning regulations for data center conversions?

Zoning requirements for data centers vary significantly by state and county — an industrial classification does not automatically permit data center use. Before acquisition, confirm the specific use code with the local planning department and assess whether a rezoning or conditional use permit will be required, as that adds time and community engagement risk to your timeline.

What acquisition strategies should I consider for industrial-to-data-center conversions?

AssetBuilt outlines three primary paths: acquiring real estate independently, purchasing a property that includes existing equipment, and buying machinery for relocation to a separate site. Each approach has different capital requirements and timeline implications — developers with tight schedules should prioritize properties with existing utility service and minimal decommissioning complexity.

What role does power infrastructure play in industrial site selection for data centers?

Existing power infrastructure — particularly substations, heavy utility service, and transformer capacity — is the single most important variable in an industrial conversion play. Sites with confirmed utility service at 5 MW or above offer the clearest path to operational timelines that beat greenfield development by a meaningful margin.

Is battery energy storage (BESS) relevant to data center site acquisitions?

Industry context: BESS integration is increasingly being evaluated alongside data center development, particularly in California where grid constraints and time-of-use energy costs make on-site storage economically attractive. Industrial sites with sufficient acreage to accommodate both data center and BESS footprints carry additional optionality for developers building resilient, grid-interactive campuses.