Asset Class: Decommissioned Crypto-Mining Sites
From Crypto-Mining to AI Compute: The Closest Adjacent Use
Of every asset class we work with, former crypto-mining sites require the least translation. They were purpose-built for high-density power delivery to racks of specialized compute hardware — which is, functionally, the same brief as an AI data center, just with a different chip.
- Typical Power Draw
- 10–300+ MW
- Cooling
- Air or immersion, pre-built
- Electrical Density
- Rack-dense distribution
- Build Quality
- Varies — light to Tier III
Why the fit is so direct
A crypto-mining facility already solved the two hardest problems in this market: securing meaningful power (often tens to hundreds of megawatts) and building the electrical distribution to deliver it densely to rows of racks. Cooling infrastructure, whether air or immersion, is typically already sized for continuous, high-utilization compute load — again, close to the AI training and inference profile.
Where mining sites often differ from a traditional data center is in build quality and permanence — some are lighter, faster-built structures rather than a Tier III-style facility. That's a real factor in evaluating a given site, not a disqualifier: the power and electrical backbone is frequently the valuable part, with the building shell upgraded or replaced as part of the buildout.
What we evaluate
Beyond raw power capacity, we look at:
- Existing interconnection agreements and whether they transfer or need renegotiation
- Electrical distribution density and condition (switchgear, transformers, busway)
- Cooling infrastructure and whether it suits AI hardware's density and layout needs
- Site control and any remaining contractual obligations from prior operations
Where these sites tend to be
Large-scale crypto-mining operations concentrated wherever power was cheapest and most permissive — ERCOT (Texas) due to its deregulated market and demand-response programs, parts of the Pacific Northwest and upstate New York for cheap hydro, and pockets of the Southeast where utilities offered attractive industrial rates. That's a well-documented pattern from the last several years of mining buildout, and it overlaps heavily with where AI compute buyers are already looking.
Site quality within that footprint varies enormously — from fast, low-cost modular deployments to more substantial, purpose-built facilities — which is exactly why individual site evaluation matters more here than a regional generalization.
Why speed matters here more than most
Crypto-mining operators who are exiting or idling sites are often working against a real clock — power contracts, lease terms, or market conditions that reward a fast, clean transition. That's exactly the situation our speed advantage is built for: direct access and fast decisions, not a multi-month institutional process.
What this means for operators
If you're winding down or exiting a mining site, or evaluating whether to pivot it, tell us about the power capacity, interconnection status, and site condition. We'll assess fit against real AI compute demand and move quickly — this is the fastest of any asset class we evaluate.