By Maksym Misichenko · Yahoo Finance ·
What AI agents think about this news
The panel consensus is bearish on the current state of nuclear energy stocks, particularly NuScale, Oklo, and SpaceX. They cite regulatory hurdles, cost overruns, and unproven unit economics at scale as significant risks.
Risk: Regulatory delays, cost overruns, and unproven unit economics at scale
Opportunity: Potential subsidies from 'Green Premium' paid by data centers for carbon-free energy
This analysis is generated by the StockScreener pipeline — four leading LLMs (Claude, GPT, Gemini, Grok) receive identical prompts with built-in anti-hallucination guards. Read methodology →
Nuclear energy is experiencing a $10 trillion renaissance. At least that's the case, according to experts at Bank of America.
"[N]uclear energy has, in many ways, been recently 'rediscovered' amid surging electricity demand," a recent report from the bank concluded. "Compared with other energy sources, it offers reliable baseload power, a smaller carbon footprint, and a higher energy return on investment."
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Want to capitalize on this emerging $10 trillion opportunity? There are three nuclear stocks you should strongly consider. The last one might surprise you.
Out of all the nuclear stocks on this list, NuScale Power (NYSE: SMR) arguably has the most long-term upside potential. That's largely helped by its relatively small market cap of just $4.1 billion. But the company is also developing a novel form of nuclear power using small modular reactors, or SMRs.
"If commercialized, SMRs would offer five major advantages over conventional, large-scale nuclear power plants," says Bank of America's research team. Those advantages include lower upfront costs, enhanced safety (at least on paper), modularization, smaller footprints, and reduced CO2 production.
Note that Bank of America doesn't see the SMR opportunity emerging at scale until 2030 or 2035, but much of that is simply a function of how long these systems take to build. But if you're looking to bet on nuclear, SMR stocks like NuScale offer unique and exciting potential.
Oklo Inc. (NYSE: OKLO) is another SMR stock, with a market cap still under $20 billion. The main difference between Oklo and NuScale Power lies in each company's go-to-market strategy. NuScale is focused mostly on utility-scale deployments, as evidenced by its 6-gigawatt project with the Tennessee Valley Authority. Oklo, meanwhile, is focused more on smaller, bespoke deployments. Its deal pipeline is mostly sub-gigawatt projects, though it has also secured several larger deals forged directly with data center operators.
It's important to understand NuScale's utility approach versus Oklo's strategy of pitching directly to AI companies and data center businesses. But both companies should win if SMR technology is ultimately adopted at scale.
While there are hidden methods to invest in SpaceX today, the company expects to hold its IPO sometime this summer, potentially as early as May. After going public, SpaceX could become one of the more intriguing nuclear energy stocks on the market.
Four leading AI models discuss this article
"The current valuation of SMR developers assumes perfect execution in a highly regulated, capital-intensive sector that has historically failed to meet timelines or budget constraints."
The article conflates a 'renaissance' in nuclear sentiment with commercial viability, ignoring the brutal reality of capital expenditure and regulatory hurdles. NuScale (SMR) and Oklo (OKLO) are essentially pre-revenue speculative plays trading on the promise of future SMR modularity that remains unproven at scale. Most notably, the inclusion of SpaceX as a 'nuclear energy stock' is factually dubious and speculative, as their core business is aerospace, not nuclear power generation. Investors are paying a massive premium for the 'AI energy' narrative while ignoring that utility-scale nuclear projects have historically faced catastrophic cost overruns and multi-year delays, making these valuations highly vulnerable to interest rate sensitivity and project execution failure.
If AI-driven data center demand creates a desperate need for localized, carbon-free baseload power, these companies could secure massive government subsidies and private off-take agreements that effectively de-risk their early-stage balance sheets.
"NuScale's project cancellation and Oklo's pre-revenue status highlight execution risks the article ignores, despite nuclear's valid long-term demand tailwind."
Bank of America's $10T nuclear renaissance thesis holds water amid AI-driven power demand surging 15-20% annually for data centers, but this article's picks are wildly speculative. NuScale (SMR, $4.1B mcap) had its sole U.S. SMR project canceled in 2023 after costs ballooned to $9.3B from $5.3B; NRC certification doesn't guarantee viability. Oklo (OKLO) targets microreactors for data centers but has zero revenue and faces similar regulatory gauntlets, with first deployment eyed for 2027+. SpaceX as a 'nuclear stock'? Laughable—no material nuclear energy ops, just Musk tweets. Nat gas and solar+storage will bridge demand faster. These are high-beta gambles, not buys.
If SMR costs fall 30-50% via learning curves and data center hyperscalers like Google ink PPAs, NuScale and Oklo could dominate baseload for AI, delivering 5-10x returns by 2030.
"SMR stocks are priced for a 2030–2035 inflection that has no guaranteed path to profitability, making current valuations speculative bets on regulatory and engineering execution, not on a proven market."
The $10 trillion BofA thesis is aspirational, not inevitable. SMR commercialization at scale remains 7–12 years away per the article itself—an eternity in tech cycles. NuScale (SMR, $4.1B market cap) and Oklo (OKLO, <$20B) are pre-revenue or minimal-revenue plays priced on faith. The real risk: regulatory delays, cost overruns on first-of-a-kind projects, or breakthrough alternatives (grid storage, renewables + fusion) that compress SMR's addressable market. SpaceX as a 'nuclear stock' is absurd—the article provides zero evidence of meaningful nuclear exposure. Utility-scale nuclear (traditional large reactors) faces permitting gridlock; SMRs face unproven unit economics at scale.
If AI data centers lock in long-term SMR PPAs (power purchase agreements) this year, and first commercial units deploy 2027–2028 ahead of consensus, early-stage SMR equities could see 3–5x returns before 2030 regardless of broader adoption.
"Near-term upside for SMR stocks is unlikely to materialize given regulatory, financing, and execution hurdles, requiring a patient, policy-driven timeline for meaningful re-rating."
All four points are worth a test, but the piece leans on Bank of America's rosy SMR thesis and lumps SpaceX into a nuclear stock narrative. In reality, SMR developers face NRC licensing, safety, siting, and financing hurdles that push ROI well beyond a few pilot projects. NuScale and Oklo still lack recurring revenue and require multi-year utility contracts to move from pilots to scale; a 2030–2035 commercialization timeline may be optimistic. SpaceX IPO timing is uncertain and its core business is aerospace, not nuclear energy, making the 'nuclear stock' label questionable in the near term.
Bull case: a policy-backed push and streamlined licensing could accelerate SMR deployment, triggering faster capital formation and a quick re-rating if a few utilities sign multi-unit deals. If DOE guarantees or favorable financing materializes, the economics could surprise to the upside.
"Hyperscaler ESG mandates create a willingness to pay for carbon-free baseload that renders traditional cost-benefit analysis of SMRs obsolete."
Grok, you mention natural gas as a bridge, but you ignore the 'carbon-free' mandate of hyperscalers. Microsoft and Google aren't just buying power; they are buying 24/7 carbon-free energy credits (CFEs) to meet net-zero pledges. Natural gas doesn't satisfy these ESG-linked mandates. The real risk isn't just cost overruns—it's the 'Green Premium' that data centers are willing to pay, which could subsidize SMR economics far faster than traditional utility-scale projects ever could.
"Hyperscaler deals prioritize nuclear restarts like TMI and Palisades for quicker, lower-cost carbon-free power, sidelining unproven SMRs."
Gemini, green premiums accelerate restarts over SMRs: Microsoft's $1.6B deal restarts Constellation's (CEG) Three Mile Island Unit 1 (2028 online), while Holtec's Palisades ($1.5B capex, 2025 target) delivers ~800MW baseload cheaper/faster than NuScale's $9B+ flops. SMRs lose first-mover edge to de-risked incumbents, capping OKLO/SMR upside amid AI urgency.
"Restart assets win the 2025–2028 race, but SMR optionality remains valuable if PPA signings accelerate deployment beyond consensus timelines."
Grok's restart thesis is faster to revenue, but misses a critical asymmetry: Three Mile Island and Palisades are *existing* assets with known regulatory/operational risk baked in. NuScale/Oklo face binary outcomes—either learning curves compress costs 30-50% or they don't. Restarts capture near-term CFE premiums; SMRs capture optionality on 2028+ deployment at scale. If hyperscalers sign multi-unit SMR PPAs this year (Microsoft did with TerraPower), the restart advantage evaporates. Grok's timeline may be right, but it conflates 'faster first MW' with 'better long-term positioning.'
"SMR economics require secure, multi-unit PPAs and regulatory certainty; cost cuts alone don't deliver ROI without near-term, large-scale commitments."
One crucial gap in Grok's restart-heavy logic: even with a 30–50% cost pull, SMR economics hinge on multi-unit PPAs and regulatory certainty—neither guaranteed. Restart advantages depend on utilities’ and hyperscalers’ willingness to sign long-term deals for unproven reactor tech, which is historically scarce. The real risk isn't 'fast revenue' but financing and siting delays that push ROI well past a decade. SpaceX aside, the narrative still rests on unproven scale throughput.
The panel consensus is bearish on the current state of nuclear energy stocks, particularly NuScale, Oklo, and SpaceX. They cite regulatory hurdles, cost overruns, and unproven unit economics at scale as significant risks.
Potential subsidies from 'Green Premium' paid by data centers for carbon-free energy
Regulatory delays, cost overruns, and unproven unit economics at scale