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Meta Just Made a Nuclear Power Bet Worth 6.6 Gigawatts, and These 2 Stocks Could Benefit Most

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Meta Just Made a Nuclear Power Bet Worth 6.6 Gigawatts, and These 2 Stocks Could Benefit Most

Meta signed power-purchase agreements intended to "unlock" 6.6 GW of nuclear capacity, including a prepaid PPA with Oklo to fund construction of its first reactor. Oklo reported $139M of R&D and an operating loss of $139M in 2025 but holds roughly $1.2B in cash and securities, and Meta’s prepayment materially de-risks its path to commercialization. Meta also agreed to buy power from Vistra’s three reactors and future upgrades, giving Vistra the certainty to pursue license extensions and capital work that could boost nuclear output by up to 15% and extend asset life by decades.

Analysis

Hyperscaler-backed long-term offtake contracts are creating a new project-finance template that substitutes merchant-price risk with counterparty credit and prepayment structures; that tweak can realistically shave 200–300bps off required returns for first-of-a-kind baseload projects, turning previously uneconomic nuclear and SMR builds into bankable assets within 12–36 months of contract signatures. That lowers the WACC profile for these builds and pushes capital allocation decisions inside utilities away from short-lived thermal fixes toward multi-decade nukes, materially changing utility FCF trajectories over a 3–10 year window. Second-order winners extend beyond reactor builders and plant owners — heavy fabricators, long-lead valve and heat-exchanger suppliers, and fuel-cycle services will see multi-year orderbooks and pricing power, while merchant peakers and gas-fired generation face sustained margin pressure as baseload capacity expands and flattens daily and seasonal price curves. Grid-side friction (interconnection queues, transmission upgrades) becomes the binding constraint: delays there create optionality value for firms that already own transmission rights or can deploy locational FLEX capacity quickly. Principal risks are regulatory reversals, licensing delays, and classic nuclear capex overruns; any one of these can push commercial operations beyond the 3–7 year window implied by current market optimism and wipe out near-term equity value for early entrants. Key catalysts to monitor are (1) formal licensing milestones and associated timelines, (2) announced start-of-construction and vendor contracts (long-lead components), and (3) additional hyperscaler offtakes; before the first commercial runt-through, treat equities in this space as event-driven, binary, and size accordingly.