What Is One of the Best Nuclear Stocks to Hold For the Next 10 Years?

NuScale Power holds the only U.S. NRC-approved small modular reactor (SMR) design and is advancing toward a potential first project in Romania while negotiating with the Tennessee Valley Authority to deploy up to 6 gigawatts of SMR capacity across seven states. Bank of America estimates a $10 trillion nuclear market opportunity with SMRs central to the energy needs of AI data centers, positioning NuScale as a key supplier if commercial adoption occurs. The company has not yet recorded a first sale, is unprofitable and burning cash, leaving timing of revenue and profitability uncertain. For investors, the story is opportunity-rich but execution- and financing-dependent, so exposure is speculative and requires a long time horizon.

Analysis

The market is pricing SMR exposure as a binary technology/permit outcome rather than a programmatic industrialization problem; that creates a two-tier payoff where successful FOAK execution compresses cost curves and re-rates multiples, while any permitting or EPC misstep produces near-total equity impairment. The more important competitive dynamic is not just who sells reactors but who captures the modular supply chain (large forgings, advanced valves, reactor control systems) and long-term O&M and fuel services — these annuities will dominate valuation once clusters scale.

Data-center operators and heavy industry could flexibly sign long-duration power contracts that shift project economics from construction to financing; that means banks and capital-market intermediaries will capture a disproportionate share of early value through structured loans, power contracts, and guarantee products. Conversely, incumbent gas peakers and merchant generators face stranded-asset risk in regions where SMRs repower baseload; expect utility IRR pressure and potential pushback from state regulators over ratebase treatment.

Timing and tail risks are concrete: expect material licensing/FID cadence over 12–36 months and first revenue for successful vendors in a 3–7 year window, not 'next quarter.' Key reversals include a rapid grid upgrade + long-duration storage rollout or a domestic supply-chain failure (forgings, turbines) that inflates FOAK capex by 20–50% and pushes payback out a decade.

From a portfolio standpoint, treat SMR exposure as venture-stage industrial: size positions small, hedge idiosyncratic downside, and express thematic exposure through financial intermediaries and optionality rather than concentrated equity bets until one or two repeatable construction cycles are proven.

Key Decisions for Investors

• Tactical small long in SMR (ticker: SMR) — allocate 0.5–1.0% of NAV. Buy equity and simultaneously purchase a 9–12 month put ~30% OTM to limit downside. Thesis: FOAK success → 2–4x upside in 24–36 months; failure → equity impairment. Maintain strict sizing and re-evaluate after first construction milestone.
• Paired AI/energy trade — long NVDA 12–24 month call spread (buy 30% OTM / sell 70% OTM) funded by a small short position in INTC (notional ~30% of NVDA exposure). Timeframe 12–24 months. Rationale: asymmetric payoff to capture continued AI capex even as energy sourcing transitions; risk: cyclical recovery in INTC or broader multiple expansion.
• Play financials & markets capture — buy BAC 12 month OTM calls (size 0.5–1.0% NAV) and/or long NDAQ 12–24 month calls (size 0.25–0.5% NAV). Expect banks/exchanges to earn fees and underwriting spreads as projects hit FIDs; reward: 30–100% if adoption accelerates, loss limited to premium paid if pipeline slips.
• Risk control: set a programmatic stop/review for SMR exposure at 6 months and after any missed regulatory milestone. If FOAK construction completes mechanical completion and first criticality is on schedule, scale SMR exposure to 2–3% of NAV; if not, reduce to zero and redeploy into financial intermediaries and power-purchasing entities.