WULF

TeraWulf

Q1 FY2026 earnings · 2026-05-07$-0.18 consensus

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

Play TypeEmerging
Rel. ValueFair

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

Power scarcity as binding constraintclean energy requirements for AI computehyperscaler capex arms racenuclear power renaissance for data centers

Structural

57

/ 100

Moat

4/10

Nuclear-Adjacent Power + Site Diversification

AI Exp.

High

~50% AI

Play Type

Emerging

AI Growth

~35% QoQ

Rel. Value

44

FAIR

PriceLIVE

$20.95

+7.71%

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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

Supply Chain Dependencies

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.

Not financial advice. All scores generated via AI algorithms using public data.