WULF
TeraWulf
Summary
What they do:
TeraWulf operates AI data center campuses across five sites totaling 2.8GW of power capacity, anchored by the nuclear-adjacent Lake Mariner campus in New York and the Abernathy HPC campus in Texas (Fluidstack JV), with 642.5MW contracted under long-term HPC hosting agreements with Core42 and Fluidstack.
Why they matter:
WULF is the only L24 operator with nuclear-adjacent power (Lake Mariner sits on a former 700MW coal plant site near nuclear/hydro generation), providing the lowest-cost, cleanest power profile in the layer — a growing differentiator as hyperscalers face ESG scrutiny on AI energy consumption.
Recent performance:
Q4 2025 HPC lease revenue $9.7M (ramping); $900M equity raise in April 2026 to fund Kentucky expansion; stock ~$20, market cap ~$8.9B. Pipeline doubled to 2.8GW after Kentucky/Maryland acquisitions.
Our Verdict
Clean-energy-powered AI infrastructure operator with 2.8GW across five sites and 642MW contracted, differentiated by nuclear-adjacent power at Lake Mariner — trading at a premium that assumes both HPC revenue ramp and successful Kentucky buildout, with the $900M equity raise providing capital runway but also dilution.
Structural trends
Structural
57
/ 100
Moat
4/10
Nuclear-Adjacent Power + Site Diversification
AI Exp.AI Exposure
High~50% AI
Play Type
EmergingAI Growth
~35% QoQ
Rel. Value
44
FAIRPriceLIVE
$20.95
+7.71%
Live via Yahoo Finance · refreshes every 5 min
Market Cap
$8.9B
P/E Ratio
N/A
P/S Ratio
52.7x
52W High
$20.98
52W Low
$2.19
52W Chg
856.6%
Beta
4.26
TeraWulf began as a Bitcoin miner built around a key insight: the best mining sites would be the best AI data center sites, because both need the same thing — cheap, abundant power. The company secured its position at Lake Mariner, a campus on the shores of Lake Ontario built on the site of a former 700MW Somerset coal-fired power plant in Western New York. The location benefits from proximity to nuclear and hydroelectric generation (NYISO grid), cool lakeside climate that reduces cooling costs, and existing high-voltage electrical infrastructure.
The pivot from mining to AI hosting began in earnest in 2024-2025. TeraWulf signed a series of long-term hosting agreements: Core42 (G42's AI subsidiary) committed to over 72.5MW of GPU-optimized capacity at Lake Mariner (~$1.1B in contracted revenue over 10 years), and Fluidstack partnered on the Abernathy HPC campus in Texas — a 168MW facility under a 25-year lease with Google credit enhancement, with delivery targeted for H2 2026.
In February 2026, TeraWulf dramatically expanded its footprint by acquiring a former Century Aluminum smelter in Hawesville, Kentucky (approximately 480MW of existing power availability, 250+ buildable acres) and a site in Maryland. These acquisitions doubled the company's pipeline from 1.3GW to 2.8GW across five sites. TeraWulf selected Fluor Corporation for preconstruction on the Kentucky site, targeting a $3B data center campus. The company also completed a $900M equity raise in April 2026 to fund these expansions.
The combined platform now stands at 642.5MW of contracted capacity with 2.2GW of owned pipeline capacity. Management targets 250-500MW of new contracted capacity annually — a disciplined approach relative to peers making larger individual bets.
Supply Chain Dependencies
Upstream Suppliers
Downstream Customers
The Catch
TeraWulf's biggest challenge is the valuation-revenue gap — $8.9B market cap against $9.7M quarterly HPC revenue is the most extreme disconnect in L24. The company needs to contract and build out 1-2GW of additional capacity to justify its price, and each major site (Kentucky, Maryland) requires billions in capex and years of construction. The $900M equity raise dilutes shareholders today for revenue that arrives in 2027-2028. Meanwhile, competitors (IREN, CORZ, APLD) are already generating meaningful HPC revenue and have larger contracted backlogs. WULF's clean-energy positioning is differentiated but unproven as a pricing advantage — no hyperscaler has publicly committed to paying a measurable premium for nuclear-powered AI compute.
If They Win
If TeraWulf delivers Lake Mariner to full capacity (750MW), completes the Abernathy campus (168MW), builds out the Kentucky site (480MW+), and converts 1-2GW of its 2.8GW pipeline into contracted HPC hosting, it becomes the clean-energy infrastructure backbone of AI compute. In this scenario, WULF generates $500M-1B in annual HPC revenue with 50%+ EBITDA margins, the nuclear-adjacent power advantage commands a measurable pricing premium, and the stock trades at $40-60 as the market values WULF as a unique asset in the AI infrastructure landscape — the only scaled public company offering hyperscalers nuclear-powered AI compute under long-term leases.
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Not financial advice. All scores generated via AI algorithms using public data.