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Investor WorkspaceA little clarity for your next decision.
By Jerry Baker
A data center DST is a real estate trust that may own a building used to house computers and related systems. Its income depends on the leases and the way the business is set up. To review one, separate the building and rent from the servers, power supply, service duties, and growth claims.
Data centers can be interesting real estate. They can also be hard to understand from a photograph of a windowless building. I want to know what the trust owns and who pays for it. Then I ask what must work each day for rent to reach the trust.
The phrase “data center” can describe land, a powered building shell, or a fully equipped site. It can also mean a business that serves many customers. Those are different assets and business plans. Before discussing a yield, ask for an ownership diagram and a list of major equipment.
A landlord may lease the building to an operator that owns the servers and runs the site. Another arrangement may place more equipment or service duties within the ownership structure. The tax and investment review must follow the actual documents. A familiar label cannot turn every version into the same type of property.
For a 1031 exchange, Treasury's real-property rules distinguish real estate from other assets and address permanently affixed improvements and separate asset analysis. Do not assume that every server, movable machine, or service contract qualifies because it is located inside a qualifying building. [1]
I would ask tax counsel to connect the asset schedule to the offering's tax opinion. Where the structure uses a tenant or service provider, name its role, obligations, and relationship to the sponsor. That prevents the technology story from hiding what investors actually buy.
Growing use of cloud services or artificial intelligence can create demand for computing capacity. It does not establish demand at every site, at every price, or for every design. A national forecast cannot tell us whether a local utility will deliver the power a particular tenant needs.
The Department of Energy's current data center resource page discusses rising power demand and links to a 2025 research update. It notes that the research models future equipment demand and does not directly establish future grid or on-site supply. That distinction matters when reviewing a property forecast. [2]
I work backward from the proposed rent. Who has agreed to pay it? What must the owner deliver first? Is there a signed commitment or only a discussion? Can the customer cancel or delay? What evidence supports the assumed start date?
A good industry trend can still produce an expensive investment. If a buyer pays today for years of growth that may not arrive, the margin for error shrinks. I want to see a clear duty to pay rent. A national growth headline cannot fill a gap in the lease schedule.
Square footage matters, but power capacity can be a more useful constraint. A megawatt is a measure of power. A megawatt-hour measures energy used over time. Confusing them can produce a model that looks precise while answering the wrong question.
In a simple hypothetical example, a constant 1 megawatt load for 24 hours uses 24 megawatt-hours. Over a 365-day year, that constant load uses 8,760 megawatt-hours. Actual demand may vary. Total site use also includes cooling and other systems beyond the computing equipment.
Ask whether a stated capacity describes utility service, usable computing load, installed equipment, contracted customer demand, or hoped-for expansion. Those figures need not match. A large connection request is not the same as power already available at the site.
For each capacity claim, I want a source, date, and responsible party. An engineer's installed-capacity report answers a different question from a utility schedule or a customer's reservation. A strong review explains the differences instead of placing the largest number on the cover.
Suppose a hypothetical site has 10 megawatts of usable computing capacity. Customers have contracted for 8, and only 6 are currently paying under the assumed billing terms. Calling the site “80% committed” may be accurate, but treating all 8 megawatts as current revenue would not be.
At an assumed $150 per kilowatt per month, 6 megawatts equals 6,000 kilowatts and $900,000 of monthly capacity charges. Eight megawatts would produce $1.2 million per month under the same simplified terms. The $300,000 difference is projected until the contract conditions for billing are met.
Those numbers exclude power reimbursements, other fees, expenses, and taxes. They are not market pricing guidance. Their purpose is to show why capacity, contracted capacity, and paying capacity should appear on separate lines.
I also want to see ramps. A tenant may start small and add load later. The building's costs may arrive before the full rent. The customer may have a staged start. If the forecast assumes full payment at once, it needs to change.
Do not assume that an electricity bill simply passes through. Review the utility agreement, customer contract, billing method, deposits, minimum charges, and timing. The owner or operator may have to pay before it collects from the customer.
Suppose monthly power cost is $300,000 and the customer pays reimbursement one month later. A stable business could still need $300,000 to bridge that timing gap. If the bill rises to $360,000, the cash tied up grows even if reimbursement eventually covers the full amount.
Then ask what happens if the customer disputes a charge or stops paying. Who bears the cost of idle capacity? Does the power contract require minimum payments? Can capacity be reassigned? Those are contract questions; a high occupancy figure does not answer them.
Digital Realty's 2025 filing discusses power availability, cost, outages, equipment limits, service credits, and changing technical needs. These are useful examples of risks in the sector, not proof of the terms in a particular DST. Its public-company structure also differs from a private property trust. [3]
Computing equipment produces heat, and the site must be designed to manage it. The question for an investor is not just whether cooling exists. It is whether the installed system supports the customer's actual load and who pays to keep it suitable.
DOE's current efficiency resources address computing equipment, air management, cooling, and electrical systems together. That supports reviewing the whole site rather than treating cooling as an isolated accessory. Site-particular engineering is still needed; a general guide cannot certify the property. [4]
Ask which systems use water, what supply arrangements exist, and what limits apply. Also ask about backup equipment, maintenance access, and the results of taking a component offline. A system that meets today's load might need work before it supports a different type of customer.
In the budget, distinguish routine service, replacement of worn parts, and upgrades for new demand. The first may be an annual expense. The second and third may require large capital. If the business plan depends on an upgrade, name its scope, price, approvals, and funding before assigning the related rent.
A lease or customer contract may require service at specified levels. Review the actual measures, exclusions, cure rights, and remedies. A technical reliability label does not tell you the full financial effect of a failure.
For example, assume a contract calls for a $200,000 monthly charge. A covered outage might create a credit equal to 20% of one month. This is a hypothetical term. That would be a $40,000 credit. It is not a universal industry term. A different contract could calculate the remedy differently or allow added rights.
I would test how a service failure travels through the structure. Does the operating tenant absorb the credit? Does it reduce rent payable to the trust? Can the tenant end the lease? Does insurance respond, and under what exclusions? The chain matters more than an isolated percentage in a brochure.
Also ask about response staff and vendors. A spare part helps only if it is available, compatible, and installed in time. A backup plan should name people, equipment, and tested procedures. The investor's job is not to become the engineer, but to require a credible engineering and operating review.
The company using the servers may not be the company paying rent to the trust. A site operator may sit between them. An affiliate might sign the lease, with a parent guarantee that has limits. Trace each obligation before describing the income as backed by a major technology company.
Which entity owes base rent? Which pays variable charges? Who can cancel or reduce a commitment? Check whether the guarantee follows expansions or amendments. A reported customer relationship is not enough to establish the trust's legal claim.
Customer concentration also matters. Ten contracts with affiliates of one business may share one economic risk. Several tenants in different industries may still rely on the same operator, utility, or network path. A list of logos can make a narrow set of exposures look broader than it is.
Review the ability to replace a customer, too. A new user may need different power density, cooling, or network access. A vacant room is not automatically a ready-to-rent product for every buyer of computing capacity.
A site's useful life is not one number. The land, shell, electrical systems, cooling equipment, and customer hardware can have different repair and replacement needs. Ask for a schedule by major component, with the responsible party and funded amount.
Suppose an engineering plan calls for a $4 million system replacement in year five. Assume the owner saves $800,000 each year for five years. With no interest or withdrawals, that funds the stated amount. If the forecast reserves only $200,000 annually, it accumulates $1 million and leaves a $3 million gap.
The actual project cost could change, and the lease may assign some or all of it to someone else. The example is a funding check, not an equipment cost estimate. It helps reveal whether a projected distribution is high because money needed later has been left out.
I also ask whether a future upgrade is allowed under the trust's powers. The ability to do work physically and the authority to finance or approve it are separate. A plan that assumes unlimited new investor money is not an adequate answer.
Here is a separate hypothetical trust example. Assume $4 million of yearly rent reaches the property owner. Owner expenses are $800,000, loan payments are $1.5 million, and trust costs plus reserve funding are $500,000. Cash left is $1.2 million.
With $24 million of investor equity, that is 5% before investor taxes. A 1% interest receives $12,000 if all cash is distributed proportionally. This is an illustration, not a suggested return or an available offering.
Now reduce rent by $300,000 and add $200,000 of owner costs. Cash becomes $700,000, about 2.92% of the same equity. The 1% interest receives $7,000. A relatively modest change in receipts and costs has reduced investor cash by about 41.7%.
I would run timing cases as well as annual totals. A delayed rent start may create a cash shortfall before the year-end numbers improve. The sponsor should show the reserve needed during that delay and explain any lender limits on distributions.
Who might buy the property? The sale plan should explain what those buyers would need from the leases and equipment. A buyer may focus on cash flow and available power. It may also review the customer mix, replacement costs, and nearby competing sites.
Do not assume a future buyer will pay for all planned capacity as though it already earns rent. Nor should the model apply a general data-center growth rate directly to the building's sale price. The value must connect to the property and the terms a buyer can actually acquire.
OCC commercial real estate guidance treats repayment capacity, collateral, and stress analysis as related issues. That is a helpful discipline for reviewing loan maturity and sale timing. It does not guarantee refinancing or establish that a DST may change its debt. [5]
Suppose a property sells for $40 million, with $2 million of sale costs and $20 million of debt. Proceeds are $18 million before other adjustments. At a $34 million price with the same costs and debt, proceeds are $12 million. A 15% property-price decline creates a one-third decline in remaining equity in this example.
Revenue Ruling 2004-86 concerns a trust with particular limits on its powers. Those limits include matters involving capital, borrowing, leases, and changes to property. A data center's equipment needs and service structure make a careful review of the actual facts especially useful. [6]
Ask how the proposed structure addresses those limits and what could happen if the operating plan changes. A tax opinion is based on facts and assumptions. It is not a promise that every future action will preserve every expected benefit.
For a deferred exchange, federal rules generally require written identification within 45 days and receipt within 180 days, or the tax return due date including extensions if earlier. Identification limits and other requirements still apply. Technology demand does not change the exchange calendar. [7]
A private DST can be illiquid and can lose large value or all principal. SEC guidance on private placements explains resale and disclosure limitations. An attractive sector does not make a private investment easy to sell or suitable for every accredited investor. [8]
A site also needs a way for data to get in and out. Ask the technical team to show the network routes, providers, and points where a single failure could cut service. Two providers do not prove that two routes are truly separate. They may share part of the same path.
I would ask who owns each key connection, what the contracts cost, and what happens if a link fails. Also ask how the team tests the backup plan. These are questions for a qualified reviewer, not tasks an investor can settle from a map alone.
The same idea applies to the whole building. A backup that relies on the same failed part may offer less help than its name suggests. Good review looks for those shared weak points before a problem exposes them.
I would mark any missing item as unresolved. If a utility timeline remains uncertain, it stays uncertain in the investment review. The purpose is to make the decision clearer, not to turn every interesting technology story into an investment recommendation.
No. You buy the interest described in the offering, usually tied to real estate and lease cash flow. AI may affect a customer's demand, but you do not necessarily own that customer's technology or profits. Review the actual rent obligation, property costs, and sale plan instead of assuming direct exposure to industry growth.
No blanket rule makes that true. Buildings, fixed systems, movable equipment, and business rights need the proper tax analysis. Treasury's real-property rules and the offering's structure matter. Have your adviser review what you acquire and how the trust is classified before relying on exchange treatment. [1]
Power can limit how much computing equipment a site can support. But the label must be defined: utility supply, installed capacity, usable load, customer commitment, and billed load are different measures. Compare them with the lease and engineering report. A large capacity claim does not automatically represent current income.
Yes, depending on who bears the cost and how reimbursement works. Even full reimbursement can leave a timing gap that needs cash. Review minimum utility charges, deposits, customer credit, and billing delays. The investment model should show the owner's exposure rather than assume every power bill passes through without friction.
The ownership and contract terms decide the starting responsibility. Then examine whether the responsible party can fund the work and whether the trust can carry out the plan. A reserve schedule should reflect known needs. A building may remain physically sound while its systems need costly changes for a future user.
No. Read the service duties and remedies. An outage can lead to repair costs, credits, disputes, or other results under the contract. Backup systems and insurance can help address some risks but have limits. Ask how those risks travel from the operator or customer contract to the trust's rent.
Do not assume it can. The trust agreement and tax structure constrain its powers. Revenue Ruling 2004-86 addresses particular restrictions, and a change in structure can alter investor rights or tax treatment. Review the funded plan and any emergency provisions before relying on future capital. [6]
I would hesitate if the price assumes power that is not secured, rent that has not started, or upgrades without clear funding. I also want the real estate and operating risks separated. A strong customer name and a large industry forecast are useful context, but they do not replace that work.
Educational information, not an offer or a personal tax, legal, or investment recommendation. Examples are hypothetical and omit stated adjustments. Tax treatment depends on your facts and current law. Review your transaction with your CPA, attorney, and qualified intermediary. Real estate investments can lose value and may be illiquid.
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