40 Acres. $444 Million. The Land Wasn’t the Most Valuable Part.

A Recent Oklahoma Transaction Shows How Data Center Real Estate Is Breaking Traditional Valuation Rules

Forty acres.

Approximately $444 million.

Viewed through the lens of conventional commercial real estate, those numbers immediately invite one calculation: price per acre.

But in this transaction, that calculation would tell almost none of the story.

Core Scientific recently completed the acquisition of Polaris DS in Muskogee, Oklahoma, for approximately $444.3 million in cash. The assets being acquired included approximately 40 acres adjacent to Core Scientific’s existing operations, an electrical substation located on the property, utility contracts, and electric service agreements providing access to approximately 440 MW of continuous power.

The acquisition supports Core Scientific’s plan to expand its Muskogee campus toward approximately 1.5 GW of gross power, including about 1 GW of leasable capacity.

For data center real estate, the transaction offers an important lesson.

The most valuable part of a property may no longer be the land itself.

It may be what the land allows the buyer to access.

Power.

Infrastructure.

Development speed.

Campus adjacency.

Expansion potential.

And increasingly, certainty.

That is creating a very different valuation framework for data center real estate.

The Price-Per-Acre Calculation Starts to Break Down

Commercial real estate is accustomed to benchmarking land transactions on a per-acre or per-square-foot basis.

Those metrics remain useful.

But in data center transactions, they can also become dangerously simplistic.

Dividing approximately $444 million by 40 acres would produce an extraordinary number. It would also incorrectly imply that the acquisition price represented the value of the dirt alone.

It did not.

The transaction included a substation and contractual access to hundreds of megawatts of grid-connected electricity. The property is also directly adjacent to an existing data center campus that Core Scientific intends to expand significantly.

Those characteristics fundamentally alter the economics of the site.

A conventional industrial buyer may look at 40 acres and ask how much building area can be developed.

A data center operator may look at the same property and ask how much additional capacity those acres can unlock across a much larger campus.

Those are completely different investment calculations.

440 MW Changes the Conversation

The approximately 440 MW of gross grid-connected power associated with the acquisition is particularly significant. Core Scientific described that capacity as currently in service under existing electric service agreements with Oklahoma Gas & Electric.

That distinction matters.

Across the data center industry, there is a widening gap between land located near electrical infrastructure and sites with credible access to deliverable power.

A transmission line on a map does not equal capacity.

A nearby substation does not automatically guarantee an energization schedule.

And a utility conversation is not the same as an executed service agreement.

As AI and hyperscale demand increase, the value attached to established power positions is becoming much more visible in real estate transactions.

In Muskogee, the acquisition was explicitly intended to accelerate Core Scientific’s ability to deliver additional capacity at its existing campus.

That acceleration is itself valuable.

The Buyer Was Acquiring Time

Time has become one of the most expensive variables in data center development.

A new campus can require years of work before meaningful capacity becomes operational.

Land must be acquired.

Power must be studied.

Interconnection pathways must be evaluated.

Entitlements may need to be secured.

Substations may need to be developed.

Equipment must be ordered.

Buildings must be constructed and commissioned.

Each stage can create delay.

Acquiring an adjacent site with existing electrical infrastructure and established utility agreements can change that sequence dramatically.

The buyer is not necessarily eliminating development work.

But it may be eliminating years of uncertainty surrounding some of the project's most difficult infrastructure questions.

This is one reason traditional real estate valuation becomes inadequate.

Part of the transaction value can reside in the time already invested in creating a usable infrastructure position.

Adjacency Can Be Worth More Than Acreage

There is another real estate characteristic that makes the Muskogee transaction especially interesting.

The property is adjacent to Core Scientific’s existing data center operations.

That means the 40 acres cannot be evaluated as an isolated parcel.

It needs to be understood as part of a larger campus strategy.

Core Scientific has secured approximately 250 acres to support its broader Muskogee expansion and has outlined a path toward approximately 1.5 GW of gross power through a combination of grid-connected and behind-the-meter solutions.

In that context, 40 strategically located acres can have considerably more value than 40 acres elsewhere in the same market.

This is not unique to data centers.

Adjacent parcels have always carried strategic value in commercial real estate.

But campus-scale data center development amplifies that effect.

Controlling neighboring property can provide room for additional data halls, electrical infrastructure, cooling systems, utility corridors, internal roads, security setbacks and future phases.

The property may therefore be valuable not because it is large.

It is valuable because of where it sits within the future campus.

Data Center Buyers Are Acquiring Infrastructure Positions

The transaction illustrates a broader change occurring across data center real estate.

The market is increasingly moving from buying property toward buying infrastructure positions.

That position might include land.

But it may also include:

an existing substation,

contracted utility capacity,

transmission access,

fiber connectivity,

development rights,

water infrastructure,

or adjacency to an existing campus.

The building itself may not even be the primary source of value.

This changes how acquisition opportunities should be evaluated.

A property that appears expensive using conventional land metrics may be economically attractive when its infrastructure position is taken into account.

Conversely, inexpensive land can become extraordinarily expensive if the buyer must spend years and substantial capital recreating the necessary infrastructure.

A Cheap Site Can Become an Expensive Development

This is one of the biggest misconceptions in data center site acquisition.

Lower acquisition cost does not automatically mean better economics.

Consider two hypothetical opportunities.

The first is 200 acres of inexpensive industrial land with uncertain power delivery, no existing substation, limited fiber and several years of infrastructure work ahead.

The second is 40 acres connected to existing infrastructure, immediately adjacent to a major campus and associated with substantial contracted electrical capacity.

On a price-per-acre basis, the first property could appear vastly cheaper.

From a capacity-delivery perspective, the second could be far more valuable.

The real question becomes:

What will it cost—and how long will it take—to turn each property into usable data center capacity?

That is a much more meaningful comparison.

Megawatts Are Entering the Real Estate Valuation Conversation

Square feet and acres will always matter.

But data center acquisitions increasingly introduce another unit into the real estate conversation:

megawatts.

The reason is straightforward.

A data center ultimately cannot monetize acreage that cannot support computing capacity.

The relationship between real estate and power therefore becomes central to valuation.

This does not mean investors should simply calculate a universal “price per MW.” Power arrangements differ significantly from project to project.

Contractual rights matter.

Delivery dates matter.

Infrastructure requirements matter.

Reliability matters.

Expansion potential matters.

The location of the power relative to the site matters.

But the underlying shift is clear.

The market is increasingly evaluating land according to the amount, timing and quality of infrastructure capacity associated with it.

Existing Power Can Be More Valuable Than Future Power

The Muskogee deal also highlights the difference between capacity that may exist someday and capacity already associated with active service arrangements.

This distinction has become increasingly important as development pipelines expand.

Many sites are marketed with ambitious future power projections.

Some will ultimately achieve them.

Others may encounter transmission upgrades, utility delays, interconnection challenges or changing grid conditions.

Existing contracted and in-service capacity can therefore carry a different risk profile.

That does not eliminate execution risk.

But it can materially reduce one of the biggest uncertainties facing modern development.

And reduced uncertainty can translate directly into value.

The Transaction Is Really About a Larger Campus

The acquisition becomes even more significant when viewed against Core Scientific's broader Muskogee plans.

The company has stated that the transaction advances a strategy to scale the campus to approximately 1.5 GW of gross power, or about 1 GW of leasable power. It also expects to deliver its next approximately 82 MW of capacity beginning in the second half of 2027.

That means the acquisition is not simply a standalone real estate purchase.

It is part of a larger expansion strategy.

This is increasingly how major data center transactions should be understood.

A buyer may acquire one parcel because it unlocks the next building.

Another acquisition might create room for a new substation.

Another may consolidate control of a campus perimeter.

Another might secure access to additional power.

The value of each property is connected to what happens around it.

This Changes Due Diligence for Investors

If traditional metrics tell only part of the story, diligence must go deeper.

Investors evaluating data center real estate increasingly need to understand:

What electrical rights actually transfer with the acquisition?

What is energized today?

What is contracted but not yet delivered?

What utility upgrades remain?

What infrastructure sits on the property?

What rights-of-way or easements exist?

How does the parcel integrate with surrounding development?

Can the site support additional phases?

What happens to the property's value if the current operating strategy changes?

These questions can materially change the economics of a transaction.

The sophistication required to evaluate the asset is therefore increasing along with transaction size.

Landowners Should Pay Attention to What Their Property Controls

The shift also has implications for landowners.

Acreage alone does not determine data center value.

But a property's relationship to critical infrastructure can change the buyer universe dramatically.

Land near substations, established utility corridors, major fiber routes or existing campuses may warrant a completely different analysis from conventional industrial land.

That does not mean proximity automatically creates value.

A parcel beside a transmission line may have no usable capacity.

A neighboring substation may be fully allocated.

Fiber may cross a property without being economically accessible.

The relevant question is not simply what infrastructure is nearby.

It is what infrastructure the site can actually use.

That distinction can be worth millions.

The Highest Bid May Come From the Buyer Who Sees a Different Asset

Commercial real estate valuation depends heavily on use.

An agricultural buyer sees agricultural land.

A logistics developer sees highway access.

A residential developer sees rooftops.

A data center developer may see megawatts.

That can create extraordinary differences in what different buyers are willing to pay for the same property.

The physical acreage has not changed.

The economic use has.

This is one reason data center transactions can appear difficult to reconcile with nearby land comparables.

The buyer is often underwriting a fundamentally different asset.

Price Per Acre Is Not Dead—It Just Needs Context

None of this means price per acre should disappear.

It remains useful for understanding acquisition economics and comparing properties.

But it should not be treated as the final measure of value in data center real estate.

The better framework considers several dimensions together:

Land value. Infrastructure value. Power position. Development timing. Expansion potential.

Only then does the transaction begin to make sense.

The Muskogee acquisition is an unusually clear example.

Forty acres is the visible real estate.

The infrastructure position is the deeper story.

The Real Asset Is What the Land Unlocks

A $444 million transaction involving approximately 40 acres sounds extraordinary.

But that framing misses the point.

Core Scientific acquired more than land.

The transaction included an electrical substation and existing service agreements associated with approximately 440 MW of grid-connected capacity, directly adjacent to a campus the company intends to expand toward 1.5 GW.

That is why the deal matters for data center real estate.

It demonstrates that the value of a property increasingly depends on what the acreage can unlock.

Power.

Speed.

Expansion.

Infrastructure.

Future capacity.

In conventional real estate, the instinct is to ask:

How much did they pay per acre?

For data centers, that may increasingly be the wrong first question.

The better question is:

What came with the land?