Data Center Financing
How Data Centers Are Financed: Construction Loans, Project Finance, ABS, CMBS and Investment
About $2.9 trillion will be spent on data centers through 2028, and more than half needs outside capital. Every lender underwrites the same four things: tenant credit, the lease, the power and the delivery date. We produce the independent work they rely on.
Scope My Financing WorkData center financing, or data center finance more broadly, is the capital that pays for a data center at each stage of its life: equity for land and entitlement, construction loans and project finance to build it, and permanent debt, often securitized as ABS or CMBS, once it is leased and operating. The scale has changed the market. Morgan Stanley estimates about $2.9 trillion of global data center spending from 2025 through 2028, of which hyperscalers can fund roughly $1.4 trillion from their own cash flow, leaving a financing gap of about $1.5 trillion for credit and equity markets to fill. Project finance lending tied to data centers reached about $170 billion in 2025, up 57 percent in a year, and securitizations of operating data centers passed $26 billion. However the capital is structured, lenders and investors underwrite the same things: who signed the lease and for how long, whether the power is contracted with a date, whether the building will be delivered on time, and what it is worth if the tenant leaves. That is the work that decides whether a deal gets financed, and on what terms.
Checked September 2026. Source: Morgan Stanley Research, "Bridging a $1.5tr Data Center Financing Gap"; the equity and other figure is the remainder of the $1.5 trillion (MCA calculation). Free to cite with a link to this page.
Send the project, the tenant or requirement in view, the power position and where the financing stands. You'll hear back within 24 hours from the principal who would run the work, with a first read on what a lender or investor will focus on and what independent work would support it.
How Are Data Centers Financed? The Capital Stack by Stage
Data centers rarely go straight from land to a bond. Capital changes hands as risk falls: the earliest money takes the most risk and the highest return, and each later stage refinances the one before it at a lower cost once a risk has been retired.
| Stage | Typical capital | Risk being taken | What the capital underwrites |
|---|---|---|---|
| Land, power and entitlement | Developer and partner equity; land-banking funds | Power may not arrive; zoning may fail | The utility commitment and date, the entitlement path, the land basis. See powered land |
| Pre-development | Development equity, sometimes mezzanine or bridge loans | No tenant yet; long-lead equipment ordered at risk | Tenant demand, the specification, the sponsor's track record |
| Construction | Construction loans and project finance from bank groups and private credit; corporate bonds for hyperscaler-owned builds | Cost overruns and late delivery | The lease, the tenant's credit, the budget, the delivery date and the power schedule |
| Lease-up and stabilization | Construction debt extended or refinanced; joint venture equity | Tenant ramp and occupancy | Contracted rent in place against debt service |
| Permanent | ABS, CMBS, insurance and bank term loans, private placements | Tenant renewal and residual value | Lease term remaining, tenant credit, portfolio diversity, the property value |
| Exit or recapitalization | Sale to REITs, infrastructure funds or pension capital; sale-leaseback; new joint venture | Market pricing at the time | Stabilized income, remaining lease term, the capitalization rate |
Data Center Construction Financing and Project Finance
Construction is where most of the money is committed and most of the risk sits. Most data center lending at this stage comes from project finance lenders, who fund most construction loans for new data centers, often through repeat facilities with the largest developers; in the first half of 2026, Related Digital and Blackstone secured $16 billion of construction financing for an Oracle-leased campus in Michigan. Hyperscaler-owned builds are more often funded with corporate bonds, sometimes before construction is complete.
Reported terms
Construction loans on hyperscale-leased projects have been reported at SOFR plus roughly 250 to 400 basis points and 65 to 70 percent of cost, with lower leverage and wider pricing where the tenant is weaker or the project is speculative. Terms move with the tenant's credit more than with anything else.
What sets the terms
A signed lease with an investment-grade tenant, a fixed-price or well-contingencied construction contract, contracted power with an energization date, and a sponsor who has delivered before. Remove any one and leverage falls or pricing rises.
Where deals stall
A lease signed by an unrated subsidiary rather than the parent; a delivery date the power schedule cannot meet; long-lead equipment ordered with no lease behind it; and a specification so particular to one tenant that the lender cannot see a second one.
Sources: CBRE North America Data Center Trends H1 2026; IJGlobal via Bloomberg, February 2026; reported market terms from HB Capital, 2026. Terms vary widely by deal; treat them as reference points, not quotes.
What Lenders and Investors Underwrite
Whatever the instrument, the questions are the same. They are also the questions an independent assessment answers before a lender's own team does.
| Factor | What they check | Why it moves the terms |
|---|---|---|
| Tenant credit | The rating of the entity that signed the lease, and any parent guarantee | The lease is the collateral; an unrated subsidiary of a rated parent is a different credit |
| Lease | Term remaining, escalators, termination rights, delivery remedies, expansion obligations | Cash flow certainty and the risks the landlord has taken on. See the data center lease guide |
| Power | Energized or contracted capacity with a date, the tariff, collateral posted, behind-the-meter plans | No power, no revenue; described power is not contracted power |
| Delivery | Budget, contract, long-lead equipment status, schedule against the lease's commercial operation date | Late delivery triggers abatement or termination and eats the equity |
| Residual value | Whether the building serves other tenants: density, cooling, floor loading, location | What the lender recovers if the tenant leaves; GPU generations last about seven years, buildings 20 to 30 |
| Market | Vacancy, rents, competing supply and the demand the business plan assumes | Supports the rent, the renewal assumption and the exit value |
| Sponsor | The developer's delivery record and capital behind the project | First-time data center developers pay for their inexperience in leverage and pricing |
An independent feasibility or market study on power, demand, rent and the tenant's requirement, written the way a credit committee reads, is often what moves a developer from a term sheet to a closing. For lenders and investors, the same work runs as due diligence.
Data Center Securitization: ABS and CMBS
Once a data center is built, leased and operating, its owner usually refinances the construction debt in the securitized markets, through data center asset backed securities (ABS) or commercial mortgage-backed securities (CMBS), which offer longer terms and lower costs for stabilized cash flows. The first data center ABS deal was issued in 2018; combined ABS and CMBS issuance reached about $26 billion in 2025, more than ten times the 2020 figure, and outstanding data center securitizations grew from about $4 billion in 2020 to $61 billion in 2026. JPMorgan projects $30 billion to $40 billion a year in 2026 and 2027, up to 10 percent of all ABS and CMBS issuance.
| Data center ABS | Data center CMBS | |
|---|---|---|
| What backs the bonds | The lease revenue from a portfolio of data centers | A mortgage loan secured on the data center property |
| Typical issuer | Operators with diversified, stabilized portfolios | Owners of large single assets or campuses, often single-asset, single-borrower (SASB) deals |
| What refinancing depends on | Ongoing revenue from the tenants | The property's value |
| Average deal size | About $600 million | About $1.2 billion |
| 2026 activity | $11.9 billion issued by late September | $4.9 billion of SASB issuance in the first half, 9 percent of all SASB CMBS |
Sources: Impax Asset Management; Structured Finance Association, citing Barclays, July 2026; Diamond Hill; CBRE H1 2026; The Real Deal, citing Barclays, September 2026; JPMorgan projection via Bloomberg.
Permanent financing outside securitization
Insurance companies, banks and private placement buyers also provide long-term debt on stabilized data centers. Reported 2026 terms for stabilized single-tenant hyperscale facilities run about 55 to 70 percent of value over 10 to 25 years, at fixed rates from the mid-5 to low-7 percent range depending on tenant credit, with the strongest credits pricing close to the tenant's own corporate bonds.
Data Center Investment: How Institutions Invest
Beyond data center debt, institutional capital invests as equity. For institutions, investing in data centers now takes several forms, and the structure matters as much as the asset.
Joint ventures
Capital partners take a large share of a project while the developer or hyperscaler keeps a stake and operates. The best-known example is Meta's Hyperion campus in Louisiana, where funds managed by Blue Owl hold 80 percent and Meta 20 percent, with debt placed with PIMCO and other investors, keeping most of the project debt off Meta's balance sheet.
Private equity and infrastructure funds
Dedicated data center funds and infrastructure investors back developers and platforms, buy stabilized assets and recapitalize portfolios. Morgan Stanley sees an $800 billion private credit opportunity alongside them through 2028.
Sale-leaseback
An owner-occupier sells its data center to an investor and leases it back, releasing capital while staying in the building. It works when the occupier's credit is strong and the lease is long.
Public markets
Data center REITs and listed operators give public investors exposure, and their trading values are a reference point for private pricing. CBRE counted $1.7 billion of US data center investment sales in the first half of 2026, a thin figure because most capital is going into development rather than trading existing assets.
Risks the Capital Markets Are Pricing
Hardware and building lifecycles do not match
GPU generations last about seven years; the buildings financed around them last 20 to 30. A facility designed tightly around one generation carries residual value risk that lenders now price.
Tenant concentration
A handful of hyperscalers and AI companies sign most of the large leases. Concentration makes the credit of a few names the credit of the whole sector.
Power and delivery
Interconnection timelines of four years and more, transformer lead times of two years, and local opposition turn delivery dates into the variable that most often breaks a financing.
Debt supply
Hyperscalers alone are expected to issue $250 billion to $300 billion of debt in 2026. As supply grows, investors are pricing data center bonds and securitizations against the sponsors' corporate bonds and demanding more for weaker credits.
How We Help
We do not arrange or place capital; that is the work of banks, debt advisers and licensed placement agents. We produce the independent evidence the capital relies on, at a fixed fee, in writing.
For developers raising capital
A feasibility or market study written for a credit committee: what the site can serve, the power position against the documents, tenant demand and the rent it supports, and the delivery risks, so the lender sees the risks retired rather than asserted. See data center consulting.
For lenders and investors
Commercial due diligence on a loan, acquisition or joint venture: the lease, the tenant's requirement and alternatives, the power, the delivery schedule, the market and the residual value case. See due diligence.
For tenants
The requirement side of a financed build: which developers can deliver, on what terms and dates, so the lease you sign is one a lender will finance. See build to suit.
Fixed fee, typically $50,000 to $195,000 depending on scope, agreed in writing before work starts. We are paid by the client, never by a lender, operator or developer on the other side.
Frequently Asked Questions
How are data centers financed?
In stages that follow the risk. Equity pays for land, power and entitlement; construction loans and project finance, usually from bank groups and private credit, pay for the build against a signed lease; and once the facility is leased and operating, the construction debt is refinanced with permanent debt, often securitized as ABS or CMBS, or through insurance and bank term loans. Hyperscaler-owned builds are often funded with corporate bonds.
What is data center project finance?
Lending against a specific project's future cash flows, usually the lease payments of a signed tenant, rather than against the sponsor's whole balance sheet. Project finance lenders fund most construction loans for new data centers; about $170 billion of data center project loans were made in 2025, up 57 percent in a year.
What are typical data center construction loan terms?
Terms move with tenant credit. Reported 2026 construction loans on hyperscale-leased projects run around SOFR plus 250 to 400 basis points at 65 to 70 percent of cost, with lower leverage and wider pricing for weaker tenants or speculative projects.
What is data center securitization?
Pooling the cash flows or mortgages of operating data centers into bonds sold to investors. It refinances construction debt once a facility is stabilized. Combined data center ABS and CMBS issuance was about $26 billion in 2025, and $61 billion was outstanding in 2026.
What is the difference between data center ABS and CMBS?
ABS bonds are backed by the lease revenue of a portfolio of data centers and suit operators with diversified platforms; CMBS bonds are backed by a mortgage on the property itself, often a single large asset. ABS refinancing depends mainly on tenant revenue, CMBS refinancing more on property value.
What do lenders look for in a data center loan?
The credit of the entity that signed the lease, the lease term and terms, contracted power with a date, a credible budget and delivery schedule, the building's value to other tenants if the first one leaves, the market's rents and vacancy, and the sponsor's track record.
What is the data center financing gap?
Morgan Stanley's estimate that of about $2.9 trillion in global data center spending from 2025 through 2028, hyperscalers can fund roughly $1.4 trillion internally, leaving about $1.5 trillion for outside capital. It expects about $800 billion from private credit, $200 billion from corporate bonds and $150 billion from securitization, with the rest from equity and other sources.
How do institutions invest in data centers?
Through joint ventures with developers and hyperscalers, dedicated private equity and infrastructure funds, private credit, sale-leasebacks, acquisitions of stabilized assets, and public data center REITs. Most institutional capital is currently going into development rather than buying existing assets.
What is a data center sale-leaseback?
An owner-occupier sells its data center to an investor and leases it back on a long lease, releasing capital while continuing to operate in the building. It works best when the occupier's credit is strong and the lease term is long.
What is permanent financing for a data center?
Long-term debt on a stabilized, leased facility that replaces the construction loan. Reported 2026 terms for strong single-tenant facilities run about 55 to 70 percent of value over 10 to 25 years at fixed rates from the mid-5 to low-7 percent range, depending on tenant credit.
Do you arrange data center financing?
No. We do not arrange or place capital; banks, debt advisers and licensed placement agents do that. We produce the independent feasibility, market and diligence work that lenders and investors rely on, at a fixed fee, paid by the client.
What does a lender-ready feasibility study cover?
What the site can serve and at what density, the power position read from the utility's own documents, tenant demand and the rent the market supports, the delivery risks against the lease date, and the residual value case, written the way a credit committee reads.
Before the Term Sheet
Whether you are raising capital for a data center or deciding whether to lend into one, send the project: the site, the tenant or requirement, the power position and the financing timeline. You'll hear back within 24 hours from the principal who would run the work, with a first read on what the capital will focus on and whether independent work would change the outcome. If it would not, we say so.
Every data center financing turns on those four. Independent evidence on each is what gets the terms.
Developing and investing: data center developers, data center valuation, data center consulting, due diligence, powered land, powered shell and build to suit.
The numbers: data center cost, wholesale colocation, the colocation pricing guide, the data center lease guide and data center tiers.
Markets: Northern Virginia, Atlanta, Dallas, Chicago and AI and GPU colocation.
