Equipment Financing for Cryptocurrency Mining Operations

Cryptocurrency mining is infrastructure-intensive in a way that most businesses are not. The compute does not matter much if the power is not reliable, the cooling is not adequate, and the electrical systems cannot handle the load. A mining facility's revenue per megawatt is entirely dependent on uptime, and uptime is a function of the power and cooling infrastructure behind the mining hardware. That infrastructure, not the ASICs, is where the durable capital investment lives.

We finance the power and cooling infrastructure behind cryptocurrency mining operations: generators, automatic transfer switches, electrical switchgear, precision cooling systems, and the structural systems that house mining equipment at scale. We approach mining operations the same way we approach any other power-intensive data center customer: on the infrastructure layer, which has real value independent of cryptocurrency prices.

The infrastructure equipment in a cryptocurrency mining facility looks similar to a traditional data center, with some important differences in power density and cooling configuration. The most common equipment categories we finance for mining operators:

• Power delivery: step-down Transformers from utility voltage to facility distribution voltage, medium-voltage switchgear, low-voltage distribution panels, and PDUs. High-density mining facilities require robust power distribution infrastructure to deliver power to thousands of ASICs reliably.
• Standby power: diesel generators or natural gas generators sized to sustain facility operations through utility outages. Mining operations that lose power lose revenue, and the generator is the insurance policy.
• Cooling systems: immersion cooling tanks and systems for facilities running immersion-cooled ASICs, air cooling systems for traditional rack-mounted miners, and evaporative cooling for facilities in dry climates where the economics favor it.
• Electrical infrastructure: automatic transfer switches, manual transfer switches, and load management equipment that controls how power flows through the facility.
• Fuel storage: fuel storage tanks with adequate capacity for extended generator runs during utility outages or when grid power is unavailable.

Cryptocurrency mining operations face a specific challenge in equipment financing: lenders who do not understand the business sometimes treat ASIC miners as the primary collateral and apply cryptocurrency market volatility to the credit decision. We take a different approach. We finance the infrastructure layer, which carries real value that is not tied to Bitcoin prices. A generator, a transformer, and a precision cooling system are worth what they are worth in any resale market, regardless of what happened to the block reward last month.

The financing structures we use for mining infrastructure:

• Equipment loans: equipment loans on infrastructure equipment with terms matched to useful life. Generators and transformers support 60-to-84-month terms. Cooling equipment runs 48 to 60 months.
• Leasing on infrastructure equipment: equipment leasing on electrical and cooling systems gives the operator flexibility to refresh or reallocate the infrastructure as the mining operation evolves.

We do not finance ASIC mining hardware directly. The mining hardware market is too volatile and the residual values too unpredictable to support a stable financing product. But the infrastructure around the miners is financeable and carries value that persists across market cycles.

Cryptocurrency mining operations vary widely in structure, from institutional-scale public companies to single-operator facilities running a few megawatts of owned capacity. The credit conversation depends heavily on where on that spectrum the borrower sits.

For established mining operations with documented revenue and operating history, the financing process is straightforward. Three months of bank statements, basic entity information, and the equipment details drive an application under $400,000. Above that, we add financials. Publicly traded mining companies can use SEC filings as part of the documentation package.

For newer operations or operators with thin credit history, the infrastructure itself is an asset in the credit conversation. A generator and electrical switchgear have resale value. A facility with a utility power contract and a site lease has a defined productive capacity. These factors matter alongside traditional credit metrics, and we work with B and C credit profiles in this category.

Mining operators with power purchase agreements or long-term utility contracts should include those in the application. A confirmed power cost and a documented capacity are meaningful underwriting inputs.

Cryptocurrency mining activity concentrates in markets where power is cheap and available in large quantities. Cheyenne, WY and the Wyoming region have attracted mining operations because of favorable state regulation and available power. Reno, NV and eastern Nevada have hosted significant mining infrastructure. Texas, particularly rural West Texas, has been a major mining destination because of the deregulated ERCOT power market and the ability to participate in demand response programs.

New York, Georgia, and the Carolinas have seen mining activity where industrial power sites became available following industrial facility closures. We finance mining infrastructure in all of these markets. The local power economics and regulatory environment affect how we think about the operation, but we do not restrict financing geographically.

Mining operators ask questions that reflect the specific economic dynamics of the industry and the history of lenders who have misunderstood the asset class.

Tell us about your facility's power and cooling requirements and the infrastructure equipment you need to fund. We evaluate mining infrastructure on the merits of the assets themselves. Most approved transactions fund within one to two weeks.

Submit your project or call to discuss your infrastructure needs.

Will you finance ASIC miners themselves, or only the facility infrastructure?

We focus on the facility infrastructure: generators, transformers, switchgear, cooling systems, and electrical distribution. We do not directly finance ASIC mining hardware because the residual values are too volatile to support stable financing terms. The infrastructure around the miners is where the durable value lives.

My mining operation has been profitable but our revenue fluctuates significantly with Bitcoin prices. How do you look at that?

We evaluate the infrastructure equipment on its own merits and the operation's ability to service the debt based on its cost structure, not its revenue peak. Operations that can demonstrate they remain cash flow positive at modest Bitcoin prices present a cleaner case than those that are only profitable at price peaks.

Can we finance immersion cooling infrastructure specifically for mining facilities?

Yes. Immersion cooling tanks and associated infrastructure are financeable for mining operations. The specific equipment varies by manufacturer and configuration, and we assess each based on the asset's condition and the operator's overall profile.

We have a power purchase agreement with a utility that secures our power cost for three years. Does that help with financing?

Yes. A PPA documents your power cost, which is the primary input cost in mining economics. It demonstrates that a key operational variable is controlled, which strengthens the credit case. Include it in your application.

Can we do a sale-leaseback on facility infrastructure we already own to raise capital for expanding capacity?

Yes. Owned generators, transformers, and cooling systems can be converted to working capital through a sale-leaseback. The equipment stays in place, you make scheduled payments, and the proceeds go toward whatever the expansion requires. This is a clean way to fund growth without selling equity or taking on unsecured debt.