Bitcoin Miner AI Conversion Financing: What Gets Financed
Summary
Bitcoin miner AI conversion financing follows two paths: project notes against a long-term AI lease, or GPU-backed financing against an offtake contract. GPU-backed financing covers the GPU servers and the removable equipment installed with them. Land, buildings, power infrastructure and site conversion work are funded separately.
- The site carries over. Power, interconnect and land stay in use, and the halls, cooling and IT equipment are rebuilt for AI.
- There are two financing paths. Landlord deals use project notes against a long-term lease, and operator deals finance miner-owned GPUs against an offtake contract.
- GPU-backed financing covers the IT equipment. It pays for GPU servers and the removable equipment installed with them. Buildings, land, power infrastructure and site conversion work are funded separately.
Introduction
Miners converting a site to AI ask two questions early: can the AI deployment be financed, and what will a lender need to see? The pressure behind both is hashprice, the revenue a miner earns per unit of hashrate per day. Hashrate Index recorded an all-time daily low of $27.74/PH/day on June 6, 2026.
A mining site's energized interconnect, substation and permitted land are one of the hardest parts of AI infrastructure to replicate. AI buyers sign multi-year contracts for that capacity. Contracted compute revenue is steadier than hashprice, which is what makes it something a lender can size a loan against.
This article covers what physically changes in a mining site conversion and the two ways miners finance moving from bitcoin mining to AI. It also sets out which costs get financed, which are funded separately, and what lenders review.
What Changes When a Mining Site Becomes an AI Deployment
In a conversion, the power, land and interconnect carry over, and almost everything inside the fence line gets rebuilt. The halls, the cooling and the IT equipment all change, and each change shapes what a lender will finance.
A lender looks at every physical change with the same question: does it make the GPUs easier to run, insure and recover? The three changes below are where that question gets answered.
ASICs stay behind, the site converts
A bitcoin ASIC is a chip built to run one algorithm, SHA-256, so it can't run AI training or inference workloads. Miners sell the machines or move them to other sites, and GPU servers take their place in rebuilt halls.
What carries over is the part of the site that's hardest to replicate. The grid interconnect, the substation, the land, the permits and the operating team all stay. That team's experience running large, power-dense sites counts in a financing review, as the lender section below explains.
Power: from curtailable to firm
Mining load is built to curtail, and AI offtakers buy uptime, so the power arrangement has to move from curtailable to firm. A miner can switch machines off when power prices spike and lose only that hour's hashprice. An AI customer pays for capacity that stays on, and its offtake contract commits the operator to an uptime level.
Grid rules add their own exposure in Texas. Under Texas Senate Bill 6, a 2025 law, large loads of at least 75 MW can be required to curtail during an anticipated emergency. The law calls for at least 24 hours' notice.
Lenders want the power arrangement to match the uptime the offtake contract promises. They read the power terms against the contract's service-level agreement (SLA), the uptime commitment owed to the customer. If the grid curtails the site for a day and the SLA promises continuous service, the shortfall hits the revenue that repays the loan.
Cooling, density and data center tier
A converted hall needs new cooling and power distribution sized for liquid-cooled GPU racks. Bitfarms gives a planned example at its Washington site: a $128M agreement for all critical IT equipment and building materials for 18 MW gross. The design calls for liquid cooling and up to 190 kW per rack, with completion targeted for December 2026 as of the company's November 2025 release.
By our calculation, that works out to about $7M per gross MW. The release doesn't say whether GPUs are included in the $128M, so check its scope before using it as a conversion cost benchmark.
Collateral financed through USD.AI sits in Tier III or Tier IV data centers. Tier III and Tier IV are the Uptime Institute's two highest tiers, built so power and cooling can be maintained without taking the IT load down. A converted hall must reach that standard, or the GPUs go into a qualifying colocation facility.
Where the GPUs sit in a colocation facility, the colocation agreement includes a lien waiver, the facility owner's agreement not to claim the equipment. That waiver gives lenders access to the servers if they need to recover them. The servers are the collateral, and our guide to how GPU servers are built covers what sits inside each one.
Two Ways to Finance the Conversion: Landlord or Operator
Each of the large landlord financings below rests on a long-term lease or contract with a strong counterparty. On the landlord path, the miner rebuilds the site and leases powered space to an AI tenant. On the operator path, the miner owns GPUs and sells compute itself.
The two paths put different assets behind the debt, and the table sets them side by side.
| Landlord path | Operator path | |
|---|---|---|
| What the miner owns | The site, buildings and power infrastructure | The GPU servers and networking, plus the site if it hosts them |
| Revenue | Rent from an AI tenant under a long-term lease | Compute sold under offtake contracts |
| Collateral | The lease and the project's assets | The GPU servers, networking and offtake contracts |
| Typical capital | Project-level senior secured notes (Hut 8 $4.25B; Cipher Mining $1.4B) | GPU-backed equipment financing (IREN $363M) |
| Who borrows | The project company that holds the lease | The GPU owner |
The landlord path: project notes against a long lease
Hut 8's first-quarter 2026 results put its Beacon Point Phase 1 lease at 15 years for 352 MW, worth $9.8B. It is take-or-pay, meaning the tenant pays for the capacity whether it uses it or not.
Against that lease, Hut 8 closed $4.25B of investment-grade senior secured notes, rated Baa2 and fully amortizing, on Jun 9, 2026. The notes are secured at the project level and backed by the lease.
Cipher Mining reported in November 2025 that its Cipher Compute unit issued $1.4B of 7.125% senior secured notes due 2030 for its Barber Lake site. It completed a further $333M of the same 7.125% notes as an additional issuance on Nov 24, 2025.
TeraWulf announced in November 2026 that Google will provide credit support for project financing tied to its Anthropic lease. The deal shows how much a hyperscaler's credit does for project debt.
These terms come from the lease. A site without a lease of that length and counterparty strength won't get them, whatever its power position.
The operator path: own GPUs, sell compute
On the operator path, the miner buys GPUs and sells compute under an offtake contract. The debt is secured by the hardware and repaid from the contract.
IREN closed a $363M equipment financing arranged by Wingspire Equipment Finance in October 2026. It is secured principally by GPU servers and networking and supported by multi-year offtake contracts.
The contracts behind that kind of deal are specific. IREN's fiscal 2026 annual report lists a five-year dedicated GPU services agreement with Microsoft. It also lists a five-year NVIDIA cloud services contract of about $3.4B in total contract value.
This path fits deployments of a few MW in existing halls. A miner can start with one cluster under one offtake contract and add clusters as new contracts are signed, without waiting for a hyperscale tenant.
If you host another operator's GPUs, that operator owns the hardware and arranges the financing, and your colocation agreement supports its review. Miners on the hosting side can become an infrastructure partner with USD.AI.
What Gets Financed in a Conversion, and What Doesn't
GPU financing through USD.AI covers the GPU servers and the removable equipment installed with them. Land, buildings, power infrastructure, the facility cooling plant and site conversion work are funded separately.
| Financed through USD.AI | Funded separately |
|---|---|
| GPU servers | Land and buildings |
| Networking: switches, optics and cabling | Power infrastructure: substations, turbines and powered shells |
| Racks the operator owns | Facility cooling plant |
| Power distribution units (PDUs) installed with the servers | Site conversion work |
| Soft costs: installation and labor, shipping, taxes, software subscriptions and data-center build-out |
The line follows what lenders can recover. Servers, switches and PDUs can be removed and resold if a loan defaults, while a substation or a rebuilt hall stays with the site.
The loan covers up to 80% of the eligible hardware on the purchase order, and the operator contributes at least 20% as equity. Terms run 3–5 years with straight-line monthly amortization, at fixed or floating rates. A three-month debt-service reserve is funded at closing, and financing starts from about $5M, with larger facilities available.
Funds are held in escrow until the servers are installed, burned in and independently verified. The capital is then released to pay for the hardware.
Here is an illustrative example with assumed figures. A miner orders $20M of eligible GPU servers, networking, owned racks and PDUs for a hall it has already converted.
- Eligible hardware. The purchase order totals $20M.
- Financing through USD.AI. The loan covers up to $16M, or 80% of the hardware.
- Miner equity. The miner contributes $4M, or 20% of the hardware.
- Site work. The hall rebuild, cooling plant and power upgrades are funded separately.
What Lenders Need from a Converting Miner
The offtake contract comes first, then the site. Lenders size the loan to the revenue that repays it, then confirm the site can deliver what the contract promises.
- Offtake contract. An executed offtake agreement or documented on-demand revenue.
- Data center. A Tier III or Tier IV facility and an executed colocation agreement with a lien waiver and lender access.
- Power and cooling readiness. Power and cooling in place for the deployment the contract covers.
- Supplier and purchase order. A named hardware supplier and a purchase order for the equipment.
- Equity contribution. The amount and source of the operator's equity.
- AML/KYC. Anti-money-laundering and know-your-customer checks on the beneficial owners.
Every financing through USD.AI uses the same structure. A bankruptcy-remote special-purpose vehicle (SPV), a separate company that holds only the deal's assets, holds the GPUs, offtake contracts and revenue accounts. Lenders hold a first-priority claim on the GPUs, contracts and revenue.
A miner's record running large, power-dense sites counts as operating experience in the review. Power management, on-site maintenance and round-the-clock staffing carry straight over to a GPU hall.
The deployments miners start with match where much of the market already sits. In USD.AI's July 2026 middle-market analysis, the company wrote that middle-market clusters of 1–10 MW are deployed into existing colocation, with permanent financing released on installation. The same USD.AI post sees 3–4 year take-or-pay leases as most common in that segment.
That puts the contract at the center of the file. Our guide to how offtake agreements work covers the contract terms behind the review.
Conclusion
A conversion keeps the site's power, land and interconnect and replaces the ASICs, halls and cooling. Miners finance it as landlords, with project notes against a long-term lease, or as operators, with GPU-backed financing against an offtake contract. On the operator path, the GPU servers and removable IT equipment are financed, and the site work is funded separately.
USD.AI brings a standard process to bitcoin miner AI conversion financing for operators entering compute. Compute IQ scores every deal on a 100-point scale against published underwriting standards, assessing the operator, the customer's credit and the offtake contract.
If you're planning a conversion, bring your offtake contract and equipment schedule to the first conversation. Talk to USD.AI.
FAQ
Can bitcoin mining machines run AI workloads?
No. Bitcoin ASICs are built for one algorithm, SHA-256, so they can't run AI workloads. A conversion replaces them with GPU servers, and the site's power, land and interconnect carry over.
How much of a conversion can be financed through USD.AI?
Financing through USD.AI covers up to 80% of the eligible hardware cost, and the operator contributes at least 20% as equity. Site work, including buildings, power infrastructure and the facility cooling plant, is funded separately.
Can a miner get financing if it hosts another company's GPUs?
The company that owns the GPUs is the borrower, and the miner's colocation agreement supports that company's review. A miner hosting GPUs can join USD.AI as an infrastructure partner.
Do I need a hyperscaler lease to finance GPUs?
No. An executed offtake contract or documented on-demand revenue qualifies, and the strength of that contract sets the pricing.
Editor Notes
(a) Facts held back by brand rules that would have strengthened the piece
- Hut 8 recourse language. Hut 8's Q1 2026 release describes the recourse terms of its River Bend notes to Hut 8 itself. Held back under the Vocabulary rule on recourse wording and the brief's instruction not to copy Hut 8's language; see the release for the exact phrasing.
- Core Scientific/CoreWeave conversion-capex credit. CoreWeave funds up to $1.5M per MW (about $750M) of build-out, credited against hosting payments at up to 50% of monthly fees. Dropped per reviewer feedback 278103; it is the clearest public example of a tenant funding conversion work.
- Rack kW figures. Supermicro rates its GB300 NVL72 rack at 132–140 kW, liquid-cooled. Held back per the brief (only Bitfarms' 190 kW design figure allowed) and the reviewer's "density: qualitative only" instruction.
- TeraWulf lease term and site history. The 20-year Anthropic lease term and the former Century Aluminum smelter site are held back pending a source that states them (TeraWulf Q3 2026 release).
- Texas PUCT large-load interconnection rule. Removed from the power section because its status is unconfirmed.
- Whether CDUs and manifolds are financed. Rack-level liquid-cooling components are an open question with origination, so the financed table leaves them out. Confirm with origination and add them to one column once settled.
- Individual USD.AI deals. No USD.AI borrower names or deals appear, per the Borrower names rule and the brief. A published usd.ai deal involving a miner conversion would be strong evidence for the operator path.
- Standard 3-year term wording. Reviewer feedback describes a standard 3-year term with equal monthly principal, longer only when matched to the offtake contract. The article uses "3–5 years with straight-line monthly amortization" per the Loan terms rule and the outline; confirm which wording should stand.
(b) Internal links to add once live
- Data center financing article: link from the landlord path section.
- GPU financing options article: link from the operator path section.
- NVL72 article: link from the cooling, density and data center tier section.
