SMR NuScale Power Stock Outlook 2026: The Regulatory Winner Still Looking for Its First Customer

The landmark was real. In May 2025, the NRC granted Standard Design Approval (SDA) for NuScale Power’s 77 MWe Nuclear Power Module — the first SMR to clear this regulatory threshold in US history.

The commercial gap that followed is equally real.

No binding power purchase agreements. No deployed NPMs. The UAMPS Carbon Free Power Project cancelled in 2023. RoPower Romania in pre-engineering phase with an investment decision approved but no supply contract signed. ENTRA1’s TVA collaboration non-binding.

NuScale Power (NYSE: SMR) holds the most valuable permit in advanced nuclear. Converting that permit into cash flow is the decade-long project investors are actually financing.

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Disambiguation: NYSE Ticker SMR ≠ Generic SMR Category

NYSE ticker SMR = NuScale Power Corporation.

The acronym SMR (Small Modular Reactor) is used across the industry — by Oklo (OKLO), TerraPower, X-energy, Rolls-Royce, and others. None of these trade under the ticker SMR. When retail investors search “SMR stock,” they find NuScale Power, not a sector ETF.

Throughout this analysis: “SMR (NuScale)” or “NuScale SMR” for the company; “SMR sector” for the broader technology category.

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The NRC SDA: What the May 2025 Approval Actually Means

Design History

Design Version	Output/Module	Configuration	NRC Status
Original NuScale	50 MWe	6-unit = 300 MWe	Design certified Aug 2020 (for reference)
NuScale 77 MWe NPM	77 MWe	6-unit = 462 MWe (VOYGR-6)	SDA finalized May 2025

The 77 MWe design replaces the earlier 50 MWe. The 2025 SDA is the currently operative certification.

What SDA Enables

SDA means customers can reference the NuScale NPM design in their site-specific Construction and Operating License (COL) applications. It does NOT mean NuScale can begin building reactors — each project site still needs its own COL. But it eliminates the need for site-specific design review, significantly expediting the licensing timeline for subsequent deployments.

VOYGR Safety Design

NuScale’s passive safety architecture:

• Self-pressurized: No external pressurizer required
• Natural circulation cooling: Core cooling without pumps or external power
• Submerged pool configuration: All modules in an underground water pool
• 72+ hours passive safety: No operator action needed for 72 hours minimum
• Integrated containment: Reactor and steam generator sealed in single capsule

This is why NRC approved it. Passive safety systems substantially reduce regulatory surface area compared to active-safety-dependent designs.

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UAMPS CFPP: The $5 Billion Lesson

The Carbon Free Power Project collapse in November 2023 deserves its own analysis because it reveals the commercial execution risks NuScale faces with every subsequent project.

What happened: UAMPS, a consortium of Utah-area municipal utilities, was developing a 6-module NuScale VOYGR at Idaho National Lab. Over multiple years of development:

1. Construction cost estimates rose significantly from initial projections
2. Multiple member utilities withdrew from the consortium, reducing the subscriber base
3. The per-MWh cost estimate for non-subscribers escalated
4. Remaining members opted out rather than face higher costs

The CFPP Release Agreement was dated November 7, 2023. NuScale effectively released UAMPS from its commitments.

What this means for investors: The CFPP failure demonstrated that cost certainty remains elusive for first-of-kind nuclear projects. ENTRA1’s role as commercial intermediary is partly a response — placing a specialized entity between NuScale’s technology and the utility customer to manage project delivery risk.

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Current Commercial Position: RoPower and the ENTRA1 Architecture

RoPower Romania — The Most Concrete Customer

Milestone	Date	Event
Pre-FEED contract	December 28, 2022	NuScale-RoPower agreement
Technology licensing agreement	July 2024	NuScale-RoPower
FEED Phase 2 contract	Q3 2024	RoPower signed with Fluor
Investment decision approval	February 12, 2026	Nuclearelectrica shareholders approved
Next steps	2026	Licensing process, geotechnical work, pre-EPC contract negotiation

Site: Doicesti Power Station, Romania. Configuration: 6-module VOYGR-6, 6 × 77 MWe = 462 MWe total.

The February 12, 2026 shareholder vote approving the investment decision is meaningful — it represents Romanian national commitment, not just company-level enthusiasm. However, RoPower must still complete: national NRC-equivalent licensing in Romania, detailed engineering, and ultimately sign a binding NPM supply contract with NuScale.

No binding supply contract exists yet.

ENTRA1 as Global Commercial Partner

The structure:

• Partnership Milestones Agreement (PMA): Signed August 27, 2025. ENTRA1 becomes NuScale’s exclusive global commercialization partner.
• Commercial model: ENTRA1 deploys NuScale NPMs within “ENTRA1 Energy Plants™” — ENTRA1 handles customer relationships, NuScale supplies the NPM.
• NuScale’s obligation under PMA: Pay milestone contributions to ENTRA1 for each NPM deployed. NuScale’s own 10-K flags this: “The PMA with ENTRA1 may result in significant cash outlays in the near term without guaranteeing revenue generating activities.”

TVA Partnership

September 2, 2025: TVA (Tennessee Valley Authority, the US’s largest public power utility) and ENTRA1 signed a non-binding collaborative agreement for “up to 6 GW of new nuclear power generation.”

6 GW is headline-worthy. At 77 MWe per module, this implies ~78 NuScale NPMs if fully realized. At any plausible pricing, this is a multi-billion-dollar opportunity.

But: non-binding. TVA’s own capital planning requires separate Board approval, congressional budgeting, and site-specific NRC licensing. The collaborative agreement establishes intent, not obligation.

For comparison: Constellation Energy’s operational nuclear fleet generates over 10 GW of firm, licensed, operating capacity. See ceg-constellation-energy-stock-outlook-2026 for the incumbent utility perspective.

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Financial Structure: The Dilution Math

Share Count (as of February 20, 2026)

Class	Shares
Class A common stock	318,603,143
Class B common stock	19,413,185
Total outstanding	338,016,328
Public Warrants	11,500,000
Private Placement Warrants	8,900,000
Total (fully diluted basis)	357,416,328+

Stock options and RSUs add additional dilution not captured above.

Revenue and Loss Status

Zero revenue from NPM deliveries. Zero binding customer contracts. The FY2025 10-K explicitly states: “We have not yet entered into a binding contract with a customer to deliver NPMs.”

Expected revenue onset: approximately 5 years before commercial operation date, from service contracts.

Key Risk Disclosures (FY2025 10-K)

Risk	Language
Commercial risk	”No guarantee that we will be able to enter into a binding contract”
Funding risk	”Additional future funding required; may not be available on acceptable terms”
ENTRA1 risk	”PMA may result in significant cash outlays without guaranteeing revenue”
Supply chain	”Our supply base is constrained until we enter into a binding contract”
Profitability	”We have incurred significant losses; may not achieve profitability”

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2026 Industrial Expansion: Beyond Electricity Generation

NuScale is actively diversifying its potential customer base beyond electric utilities:

Petrochemicals: March 2026 partnership with Ebara Elliott Energy targets SMR deployment for industrial process heat in petrochemical plants. A January 2026 study confirmed technical viability for powering commercial chemical plants.

Nuclear fuel management: February 2026 collaboration with Oak Ridge National Laboratory on AI-guided nuclear fuel management.

Fuel supply chain: March 2026 Framatome contract to support global supply chain and accelerate fuel delivery for future NPM deployments.

This industrial heat market is genuinely large — industrial process heat accounts for a significant fraction of global energy use, much of it currently from fossil fuels. Whether NuScale’s light-water SMR is the right fit for high-temperature industrial processes (vs. high-temperature gas reactors) is an open technical question.

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Competitive Landscape

Company	Technology	NRC Status	Commercial Stage
NuScale (SMR)	LWR-based SMR (77 MWe)	SDA approved May 2025	Pre-deployment
Oklo (OKLO)	Fast-spectrum microreactor (15–75 MWe)	COLA in preparation	Pre-deployment
TerraPower	Sodium-cooled fast reactor	NRC review ongoing	Pre-deployment
X-energy	HTGR	NRC review ongoing	Pre-deployment
BWXT (BWXT)	Defense/research reactors	Operating	Revenue-generating

NuScale’s moat is its NRC SDA — every competing SMR design is years behind in US licensing. BWXT Technologies (bwxt-bwx-technologies-stock-outlook-2026) is the cash-generating alternative for investors who want nuclear component exposure today.

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Three Scenarios

Bull Case (25% probability)

RoPower Doicesti signs binding NPM supply contract. TVA-ENTRA1 collaboration advances to actual project commitments. New industrial LOIs from petrochemical sector. NuScale SMR becomes the de facto standard for Western SMR deployments.

Multi-year revenue runway established; stock re-rates materially higher.

Base Case (40% probability)

RoPower Romanian national licensing completed 2027–2028. First Doicesti NPM commercial operation: early 2030s. Additional equity raises of $300–600M. ENTRA1 signs 1–2 additional non-TVA LOIs. NuScale earns limited milestone revenue from ENTRA1 PMA.

Stock trades as development-stage option, rallying on each RoPower milestone.

Bear Case (35% probability)

RoPower encounters cost overruns or Romanian political change. TVA partnership fails to advance. Cash runway compresses, dilutive raises at lower prices. NuScale’s SDA advantage erodes as TerraPower/X-energy advance NRC reviews.

Market re-rates NuScale closer to cash-burn-based valuation.

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Portfolio Positioning

NuScale SMR (NYSE: SMR) belongs in the speculative allocation alongside Oklo (OKLO). Neither has revenue. Neither has deployed reactors. NuScale is ahead on US licensing; Oklo is ahead on fast-spectrum technology differentiation.

For a complete nuclear portfolio:

• Uranium supply: CCJ Cameco (ccj-cameco-stock-outlook-2026)
• Nuclear components/defense: BWXT Technologies (bwxt-bwx-technologies-stock-outlook-2026)
• Electricity demand: Constellation Energy (ceg-constellation-energy-stock-outlook-2026), NextEra Energy (nee-nextera-energy-stock-outlook-2026)
• Speculative SMR: NuScale SMR (LWR design, Romania/TVA pipeline), Oklo (fast-spectrum, tech hyperscaler LOIs)

IRA Section 45U makes future NuScale plants more economically viable for US utility customers — but only once they’re actually operating.

Position sizing discipline: the 35% bear scenario probability reflects genuine execution risk, not tail speculation. Size accordingly.

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This post is for informational purposes only. Financial data and business status sourced from NuScale Power FY2025 10-K (February 26, 2026) and SEC filings. NRC certification status verified via NRC public documents. The NYSE ticker SMR refers specifically to NuScale Power Corporation. Verify all current commercial and regulatory status before investing.