Financial systems
Data-center financing: who gets the next dollar?
A signed customer contract can support a loan. It cannot make an unfinished, unpowered site collect cash.
Data-center financing turns a delivery plan and contracted receipts into a sequence of claims: equity and permitted customer cash fund the early work; construction or equipment debt draws against conditions; operating collections then pay costs, lenders and required reserves before equity receives the remainder. The bottleneck is often the transition from promised capacity to billable service.
The lender needs more than a tenant name. It needs enforceable payment terms, a route to completed construction and power, and control over the cash it expects to repay the loan. CoreWeave’s June filing provides a concrete example: DDTL 4.0 borrowing depends on eligible equipment and projected coverage, with security in the subsidiary and requirements for debt-service reserves and hedging. June filing, Note 10
Method & limits
October 26, 2026 edition. Filed balances retain their accounting dates; later financing events are shown separately. Worked cases use declared illustrative assumptions and are not company forecasts, market appraisals or contractual covenant tests.
Write down the event that makes the customer pay
An offtake contract commits a customer to buy capacity or output on specified terms. A take-or-pay structure may stabilize receipts once the service is available, even when the customer uses less capacity. Delivery dates, acceptance tests, termination rights, service credits and counterparty quality decide how much protection that phrase provides. CoreWeave’s annual policy describes committed contracts generally lasting one to six years and typically structured as take-or-pay. 2025 filing
A customer deposit is also a delivery obligation. Treating it as permanent equity spends the cash while forgetting the service still owed.
| Layer | Cash or right supplied | Failure that survives the headline |
|---|---|---|
| Customer / offtake | Contracted capacity receipts; sometimes advance payments. | Late service, termination rights, disputed acceptance or weak customer credit. |
| Sponsor equity | Early design, land, deposits, contingency and first loss. | Cost overruns can require another equity check. |
| Construction / equipment lender | Conditional draws against eligible spend and milestones. | An undrawn commitment cannot be spent before conditions are met. |
| Utility and power contract | Connection and energy required to deliver computing service. | A queued megawatt is not an energized megawatt. |
| Operator / facility lessor | Commissioned space, cooling, network and daily operations. | Rent and maintenance can start before customer receipts. |
| Account control / security | Priority over designated assets and collections. | Collateral value and contractual permissions still govern recovery. |
Build the funding plan before the operating waterfall
Illustrative project, selected October 26: $100 million of construction and equipment costs are funded by $70 million of fully drawn debt, $20 million of sponsor equity and $10 million of customer prepayments. This is one assumed project, not CoreWeave’s capital stack. A 20% cost overrun creates a $20 million funding gap unless a lender, customer or sponsor has agreed to fund more. With the debt commitment already used, unused borrowing capacity is zero.
A delay changes more than the completion date. It can add construction interest and standby costs while postponing acceptance and revenue. I would put the power-delivery date and the first irrevocable customer-payment date beside the draw schedule. If the lease starts first, the sponsor needs a bridge even when the completed project would earn an attractive return.
Work the annual cash waterfall in order
Illustrative steady operating year, USD millions: the project collects $40, spends $12 on power and $8 on other operating costs, then owes $16 of interest and principal and a $2 reserve top-up. Assume power and other operating costs are fixed for this one-year stress, including a contracted minimum power payment. A 20% receipts shock therefore does not cut the $20 operating bill.
The stress does not create negative distributions. It blocks the reserve top-up and leaves debt service unpaid; an equity contribution or permitted reserve release must close the gap. Real documents may trap cash or require higher coverage well before a missed payment. Reserve mechanics differ by deal.
| Cash step | Base case | 20% receipts shock |
|---|---|---|
| Customer receipts | $40 | $32 |
| Power payment | −$12 | −$12 |
| Other operating costs | −$8 | −$8 |
| Cash available for debt service | $20 | $12 |
| Scheduled interest + principal | $16 | $16 |
| Cash debt service actually paid | $16 | $12 |
| Unpaid debt service | $0 | $4 |
| Required reserve top-up | $2 | $2 |
| Reserve actually funded | $2 | $0 |
| Cash released to equity | $2 | $0 |
| Funding needed for debt + reserve | $0 | $6 |
Coverage is 20 / 16 = 1.25× in the base case and 12 / 16 = 0.75× under stress. The diagram shows the same two cases; neither ratio is a real financing covenant.
The last dollar reaches equity.
- Customer collections$40M
- After power and operations$20M
- Cash paid to lenders$16M
- Reserve top-up funded$2M
- Released to equity$2M
1.25× debt coverage · $0M unpaid debt service · $0M needed to pay debt and fund the required reserve.
Power risk reaches the lender through the payment calendar
At June 30, CoreWeave disclosed $35.5 billion of estimated future payments for leases not yet commenced. It separately described a site with 393 MW still undelivered and a sixteen-year rent maximum of $14.7 billion outside that estimate, plus other construction-cost-linked leases with uncertain payments. These are dated commitments, not power already available or present-value debt. Note 8
The AI megawatt calculator translates facility power into a conditional GPU count after PUE, external IT and hardware assumptions. It doesn’t show a utility connection or prove that those GPUs are billable. Use it to test the physical denominator before inserting a revenue assumption.
Account priority says who is paid first; parent recourse says who covers a shortfall
DDTL 4.0 is a consolidated, non-recourse subsidiary facility subject to limited carve-outs; DDTL 5.5 carries an unconditional parent guarantee. A security interest can help a lender recover while the guarantor remains responsible for a shortfall. The hub’s DDTL and collateral sections retain that distinction. June filing · August agreement
Next, put the company-wide debt calendar beside the project cash. Then test GPU earning life and resale. A building and its power connection may remain useful after the first server generation stops earning its assumed price.
Finance the transition into collections
The useful financing structure keeps enough cash available to complete the site, deliver the contracted service and survive a weaker year before releasing money to equity. I would start with the dates and waterfall; the headline facility amount comes after them.
Sources
- CoreWeave June 2026 Form 10-Q — leases, DDTL 4.0 draw and reserve conditionsCoreWeave / SEC EDGAR · 2026-08-12Verified Oct 26, 2026
- CoreWeave 2025 Form 10-K — committed contract revenue policyCoreWeave / SEC EDGAR · 2025-12-31Verified Oct 26, 2026
Annual reporting-period end; the cited policy is not a GPU resale appraisal.
- CoreWeave August 7 DDTL 5.5 — parent guaranteeCoreWeave / SEC EDGAR · 2026-08-10Verified Oct 26, 2026