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Insights / Data Centers & Powered Land
The AI data-center market does not reward acreage alone. It rewards reliable power at a defined scale, on a credible timeline, with the land, entitlements, connectivity, cooling, capital, and delivery model to support it.
The market context
AI buyers need larger contiguous power blocks, higher rack densities, liquid-cooling-ready design, and faster delivery. The question is no longer "where is the land?" It is where power can be delivered, at the required scale, with acceptable economics and timing.
North American primary-market supply reached about 10.9 GW in H1 2026, yet vacancy hit a record 1.4%, and less than 1,500 MW of future capacity remained available across those markets.
The strategic asset is not land near a substation. It is a credible, financeable path from site control to energized capacity.
A useful definition
Powered land is a site with a credible pathway to support an intended electrical load, for a defined use case and delivery schedule. It is not a marketing claim based on proximity.
Calling a site "powered" when capacity is speculative erodes trust. A transparent power status usually creates a better conversation than an inflated one.
Why the definition changed
AI campuses need tens to hundreds of MW, phased over years.
GPU environments need liquid cooling and far more power per rack.
Transmission, substations, transformers, and switchgear set the schedule.
Grid, on-site generation, storage, renewables, and bring-your-own-power.
Permitting, water, generators, noise, and local benefits decide outcomes.
The most valuable site is not the one with the biggest MW claim. It is the one with the clearest route to deliverable MW.
What serious counterparties evaluate
The serving utility, voltage, interconnection status, required upgrades, cost allocation, and energization date by phase.
What matters most: the difference between available, committed, planned, requested, and conceptual power.
A project with available power but an unworkable entitlement path is not ready.
Community engagement is now a development constraint on par with power procurement. CBRE, H1 2026
Power without a cooling and design strategy is incomplete.
CPU servers once needed 3 to 10 kW per rack for air cooling. Today, 100-kW GPU servers can only be cooled by closed-loop liquid cooling. CBRE, H1 2026
Power may gate the build, but connectivity decides whether it can serve the workload.
More than 20,000 route miles of new fiber projects were announced in 2026. CBRE via Data Center Frontier
Serious opportunities pair infrastructure with likely demand and a viable transaction model.
Power creates potential. Demand, delivery, and capital turn it into capacity.
A practical framework
A market-facing brief should state the MW, its status, the timeline by phase, the source, the key dependencies, and what documentation is available under NDA.
The three powered-land models
These models often overlap. Many large projects combine grid power, on-site generation, storage, phased demand, and multiple capital sources.
Utility service, transmission, substations, and phased distribution.
Best suited to
A documented utility path, a realistic energization schedule, and local support.
Key question
What upgrades are needed, who funds them, and what if the timeline slips?
On-site or near-site generation: gas, renewables, storage, or hybrid microgrids.
Best suited to
Constrained grids, favorable generation economics, and buyers who accept the tradeoffs.
US operators increasingly use natural gas as both bridge power and permanent on-site generation, with battery storage helping manage outages and speed interconnection. JLL, 2026
A credible tenant or capacity buyer helps define power, design, capital, and timeline.
Best suited to
Sites with control and a power strategy where identified demand improves financing.
Key question
Does the customer credit, contract, and ramp support the capital structure?
What site owners provide
The right brief is not the most polished. It is the most accurate about what is confirmed, likely, and open.
What capital and buyers need
Developers continue to prefer 250+ MW projects on a single parcel with power delivery by 2028. CBRE Investor Intentions Survey, 2026
Owners are becoming more selective, prioritizing tenants with robust credit profiles. CBRE, H1 2026
How Linkpoint helps
Qualify the site or requirement against power reality, objective, and timing
Evaluate fit within our ecosystem of investors, developers, operators, and buyers
Make targeted introductions when a relevant fit exists
Lead advisory and sourcing when the counterparty must be found
Keep workstreams connected from fit to diligence and execution
Linkpoint does not represent that every site will secure capital, a buyer, or a completed development. We create a better-qualified path: clear facts, the right counterparties, and an executable next step.
Something else? info@linkpoint.tech
No. Proximity does not establish capacity, deliverability, upgrades, cost, timing, or contractual rights. Confirm the actual utility and interconnection path.
Yes, if it is labeled accurately with capacity, phase, source, dependencies, and status. Never describe requested or conceptual capacity as committed.
No. Behind-the-meter generation, storage, renewables, gas, microgrids, and hybrids can work, depending on location, economics, regulation, and customer needs.
Yes. Power determines whether a campus can be built. Network determines whether it can serve the intended workload.
Yes. Share your capacity, location, power, timing, and capital needs. We make targeted introductions when a fit exists and lead sourcing when it must be found.
Powered land. AI capacity. The right path forward.
We qualify it against an active ecosystem of capital, sites, buyers, operators, energy partners, networks, and technology providers. When the fit exists, we make targeted introductions. When it does not, we help source what is missing.