NuScale bet licensing reform sells SMRs: first US cert, dead flagship, no contract

NuScale designs and sells small modular nuclear reactors: factory-built 77 MWe power modules that utilities and data centers can cluster into plants of up to 924 MWe.

That a certified SMR design plus faster, cheaper NRC licensing would make factory-built nuclear bankable — first for utilities, then for AI data centers.

~$380M gross from its May 2022 SPAC listing; ~$1.9B cash and investments at June 30, 2026; DOE provided $575M+ in support since 2014

NuScale was founded in 2007 in Portland, Oregon, and spent 15 years funding design and licensing work with venture money and $575M+ in Department of Energy support. It listed on NYSE via a SPAC merger in May 2022 (~$380M gross). Its bet: small, factory-built reactors would clear NRC licensing faster and cheaper than gigawatt plants, letting a startup sell nuclear power where big utilities could not.

The NRC certified the 50 MWe design in January 2023 — the first SMR design ever cleared in the US — and approved the uprated 77 MWe design in May 2025. But the flagship UAMPS Carbon Free Power Project at Idaho National Laboratory was terminated in November 2023 for lack of subscriptions. The ADVANCE Act, signed July 9, 2024, cut NRC fees for advanced-reactor applicants and required faster, more predictable licensing reviews — a direct tailwind. NuScale then signed data-center deals: Standard Power (Oct 2023, ~1.8 GW planned for Ohio and Pennsylvania), an exclusive ENTRA1 partnership, and a September 2025 TVA/ENTRA1 6 GW program.

As of August 2026 NuScale is pre-revenue and still standing: Q2 2026 net loss $47.5M on $75,000 revenue, ~$1.9B cash, and no binding PPA or final investment decision on its anchor projects (ENTRA1, TVA, Romania's RoPower); shares traded near $9.48.

NRC certification was a genuine moat: NuScale was the first and for years the only SMR design certified in the US, standing apart from rivals with no approved design.

The ADVANCE Act directly cut fees and mandated faster, predictable licensing for advanced reactors, turning government intent into a measurable business tailwind.

AI data-center power demand created a new, creditworthy buyer class after the utility channel failed.

Regulatory wins did not create revenue: without enough subscriptions to cover costs, certification alone could not save the flagship project or produce a single binding contract.

Regulatory approval is optionality, not revenue: a first-of-kind certification and a supportive law created opportunity, but the business still needed a buyer at a price that clears.

As of August 2026 NuScale holds ~$1.9B in cash and investments, has its 77 MWe design approved, long-lead forgings in production at Doosan, fuel design work at Framatome, and active licensing across ENTRA1 (Utah), the TVA program and Romania's RoPower — but no signed PPA or final investment decision, a trailing 12-month loss near $415.7M, and shareholder litigation over ENTRA1 disclosure. The company frames deployment readiness, not revenue, as its near-term goal.