## Is NuScale Power a Credible AI Energy Play Against GE Vernova?

The answer, at least on current commercial metrics, is no — not yet. [NuScale Power](https://smrintel.com/companies/nuscale-power) reported just $75,000 in second-quarter revenue, down from $8.1 million in the same quarter a year earlier, while [GE Vernova / GE Hitachi Nuclear Energy](https://smrintel.com/companies/ge-vernova) posted $11.1 billion in Q2 revenue — a 22% year-over-year increase — backed by $24.2 billion in new orders and a total backlog of $176 billion. Jim Cramer's preference for GE Vernova on a recent episode of Mad Money, framed around AI-driven power demand, reflects a divergence that goes well beyond TV commentary: it maps directly onto the gap between a company generating cash today versus one still funding a development runway toward its [First of a Kind (FOAK)](https://smrintel.com/glossary/foak) commercial deployment.

NuScale holds approximately $1.9 billion in total liquidity, has no signed power purchase agreements generating recurring revenue, and in August registered a $750 million at-the-market equity offering — a move that raises meaningful dilution risk for existing shareholders. Hedge fund positioning reinforces the story: 106 funds held GE Vernova in Q2 versus 34 for NuScale, with NuScale's short interest at 18.40% of float compared to GEV's 2.98%.

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## What Cramer Actually Said — and What He Got Right

Cramer's Mad Money remarks were more nuanced than the headline suggests. On GE Vernova, he acknowledged that the wind business "has been a disappointment" and described GEV's chart as carrying "the worst head and shoulders I have seen in a long time" — not exactly a ringing endorsement. His preference was conditional: the stock had fallen significantly from its high, and the company's order pipeline, particularly from hyperscalers, gave him enough confidence to maintain it as his Trust's preferred holding. "Maybe another hundred and we'll keep buying," he said, implying he expected further near-term weakness before adding more exposure.

On NuScale, Cramer's critique was structural rather than company-specific. "I think what's happened is people recognize that it's a lot harder to build a nuclear power plant, whether it be big or small or modular," he said. That observation deserves to be taken seriously. Nuclear construction complexity — regulatory timelines, supply chain constraints, FOAK cost uncertainty — applies to every developer in the advanced nuclear space, not just NuScale. The specific figure cited in the source material for NuScale's construction timeline is just under 40 months from first concrete to mechanical completion, explicitly excluding prior licensing work. That sequencing matters: licensing timelines are where schedules historically slip.

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## The Revenue Gap Is Real, But Context Matters

The $75,000 versus $11.1 billion comparison is dramatic, but it conflates two fundamentally different business models. GE Vernova is a diversified industrial conglomerate with operating gas turbines, wind assets, and grid equipment in service globally. NuScale is a pre-revenue nuclear developer pursuing [NRC Design Certification](https://smrintel.com/glossary/design-certification) for its light water SMR — a process that, by design, generates engineering services revenue before any reactor operates. The sharp year-over-year drop from $8.1 million to $75,000 in Q2 warrants scrutiny, but the source material does not explain what drove it, and responsible analysis requires noting that gap.

What the $750 million ATM offering does signal clearly is that NuScale anticipates a prolonged period before commercial cash flows arrive. ATM offerings are efficient capital-raising tools, but at NuScale's current revenue level, they represent dilution-funded runway rather than growth capital deployed against near-term returns. For utility executives or energy VCs evaluating nuclear-sector exposure, the distinction between NuScale's development-stage risk profile and GE Vernova's contracted revenue base is the essential variable.

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## What This Means for the Broader SMR Investment Thesis

Cramer's preference for GE Vernova does not invalidate the SMR investment thesis — it clarifies the time horizon problem. AI data center operators need gigawatts of firm, dispatchable [baseload power](https://smrintel.com/glossary/baseload) by the late 2020s. GE Vernova can deliver gas turbines and nuclear services on that schedule. NuScale's modular pressurized water reactors, even under an optimistic licensing and construction scenario, are a mid-2030s story for most potential sites.

The hedge fund positioning data — both GEV and NuScale saw declining fund counts from the prior quarter — suggests broader caution across the energy-transition space, not a clean rotation from SMR developers to established players. Short interest at 18.40% for NuScale indicates that a meaningful portion of the market is actively betting against near-term catalysts.

For the advanced nuclear sector, the more consequential question is whether NuScale can convert its liquidity runway into signed offtake agreements before the ATM offering erodes investor confidence further. Without a PPA or a utility partnership announcement anchoring commercial deployment, the stock will continue to trade on sentiment rather than fundamentals — making it unusually sensitive to any negative regulatory or construction news.

Developers including Kairos Power, X-energy, and TerraPower face similar timeline questions, though their capital structures and government support mechanisms differ. The market's current preference for GE Vernova's existing nuclear services revenue over NuScale's development-stage SMR platform is rational given observable timelines — but it should not be read as a verdict on whether SMRs will ultimately serve the AI power market.

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## Key Takeaways

- **NuScale reported $75,000 in Q2 revenue** versus $8.1 million in the same quarter a year earlier — the steepest near-term indicator of its pre-commercial status.
- **GE Vernova posted $11.1 billion in Q2 revenue**, with $176 billion in total backlog and $24.2 billion in new Q2 orders.
- **NuScale's $750 million ATM equity offering**, registered in August, signals a long development runway ahead and poses dilution risk.
- **Cramer acknowledged GEV's technical weakness** — describing its chart as the worst head-and-shoulders pattern he'd seen — while still preferring it over NuScale on commercial grounds.
- **Short interest divergence is stark**: 18.40% of float short for NuScale versus 2.98% for GE Vernova, reflecting substantially more bearish positioning against the SMR developer.
- **NuScale's construction timeline** is cited at just under 40 months from first concrete to mechanical completion, not including licensing — a sequence that limits near-term revenue visibility.
- **The SMR thesis is intact but time-gated**: AI data center demand is real, but the delivery window for operational SMR capacity likely sits in the mid-2030s for most developers.

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## Frequently Asked Questions

**Why is NuScale's revenue so low compared to GE Vernova?**
NuScale is a pre-commercial nuclear developer — it has not yet built or operated a reactor. Its revenue derives from engineering services and government contracts rather than power sales. GE Vernova is a diversified industrial company with gas turbines, wind assets, and grid equipment generating billions in quarterly revenue. The comparison reflects two entirely different stages of business maturity.

**What is NuScale's $750 million ATM offering and why does it matter?**
An at-the-market equity offering allows a company to sell new shares incrementally into the open market. For NuScale, this mechanism raises capital to fund ongoing operations and licensing work, but it also dilutes existing shareholders. The size of the offering — $750 million — relative to NuScale's current revenue level signals that the company does not expect meaningful commercial cash flows in the near term.

**Does Cramer's preference for GE Vernova mean SMRs won't power AI data centers?**
Not necessarily. Cramer's call reflects current commercial realities, not a long-term technology verdict. SMRs remain a credible option for firm, carbon-free baseload power to serve data center loads. The constraint is timing: most advanced SMR projects are targeting the early-to-mid 2030s for first power, while hyperscalers need capacity sooner.

**What is NuScale's short interest, and what does it signal?**
The source cites NuScale's short interest at 18.40% of float — meaning roughly one in five shares outstanding is held by investors betting the price will fall. High short interest can reflect skepticism about near-term milestones, concern about dilution from equity offerings, or both. For comparison, GE Vernova's short interest is cited at 2.98%.

**How many hedge funds hold NuScale versus GE Vernova?**
According to hedge fund data cited in the source, 34 funds held NuScale in Q2 and 106 held GE Vernova — both figures representing declines from the prior quarter. The gap reflects institutional preference for GE Vernova's established revenue base over NuScale's speculative, longer-dated commercialization story.