SpaceX Just Did Something NuScale Power Investors Should Be Watching

The article argues AI data centers face a power crunch, citing U.S. energy demand up as much as 20% over the next decade and EPRI projections that data centers could rise to 9% of U.S. electricity generation by 2030 (from 4% in 2023). SpaceX plans orbital data centers by 2027 to leverage continuous solar energy, but the piece favors NuScale Power’s small modular reactor (SMR) approach as more feasible and proven for co-location near data centers. It also notes NuScale is the only approved SMR design in the U.S. 'at least for now,' suggesting a potentially differentiated positioning versus other SMR developers.

Analysis

The market is likely to overread this as a pure-play nuclear endorsement, but the more durable signal is that hyperscale AI is increasingly pricing in dedicated, dispatchable power. That shifts the opportunity set away from a single “winner” and toward any asset that can deliver firm load with lower siting friction, which is why grid-adjacent infrastructure and permitting optionality may matter more than the reactor headlines themselves.

For the SMR complex, the first-order upside is multiple support from a credible path to commercial deployment; the second-order effect is a wider rerating only if customers start signing long-duration power commitments. The risk is that concept enthusiasm outruns execution: if order books, financing, or licensing do not advance over the next 1-3 quarters, these names can give back the theme premium quickly because their valuation is still dominated by future capacity rather than current earnings.

The contrarian view is that orbital compute is not a near-term substitute for terrestrial power, so the real economic beneficiary is not SpaceX-like moonshot optionality but the companies selling time-to-power. If anything, the announcement reinforces scarcity value in on-site generation, transmission upgrades, and regulated power delivery over a 6-18 month horizon. The thesis breaks if AI capex slows, if SMR project economics fail to clear financing hurdles, or if a competing dispatchable solution (gas plus storage, large nuclear, or grid expansion) compresses the urgency premium.

Key Decisions for Investors

• Long SMR on pullbacks for a 1-3 month catalyst window; upside is further multiple expansion if utility/customer announcements validate commercial demand, but reduce exposure if no contract or financing progress appears by the next earnings cycle.
• Pair trade: long SMR / short NNE for 4-8 weeks. SMR has the cleaner regulatory edge and nearer-term institutional credibility; the short leg hedges against an across-the-board thematic rerate in pre-revenue nuclear names.
• Do not chase any public-market proxy tied to SpaceX orbital data centers; treat it as a long-dated venture option, not a tradable 2024-2025 earnings catalyst.
• Watch for a catalyst reversal: if hyperscalers announce incremental on-site gas, storage, or grid interconnect capacity instead of SMR PPAs, take profits on SMR exposure and rotate to power-infrastructure beneficiaries.