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NuScale Power: A Risky Bet on Small Nuclear Reactors

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  Published in Stocks and Investing on Friday, March 20th 2026 at 16:31 GMT by The Motley Fool
      Locales: UNITED STATES, ROMANIA

Friday, March 20th, 2026 - NuScale Power (SMR) remains a fascinating, albeit volatile, player in the evolving energy landscape. The company, pioneering small modular reactor (SMR) technology, continues to attract attention from investors eager to capitalize on the potential disruption of traditional nuclear power. However, as NuScale moves closer to potential commercialization, the risks remain substantial. This article provides an updated assessment of NuScale's position, considering recent developments and future projections.

Understanding the Appeal of Small Modular Reactors

Traditional nuclear power plants are massive undertakings - expensive to build, slow to construct, and requiring significant upfront investment. NuScale's SMRs represent a paradigm shift. These reactors, designed to generate around 77 megawatts of power each (though scalable designs are in development), offer a compelling alternative. Their modular design allows for factory fabrication, reducing on-site construction time and costs. This contrasts sharply with the years - often decades - required for conventional nuclear plants. The scalability is also a key advantage; power output can be adjusted by adding or removing modules, catering to diverse energy needs, from powering small cities to supporting large industrial complexes.

Beyond cost and time savings, SMRs promise enhanced safety features. NuScale's design incorporates passive safety systems, relying on natural forces like gravity and convection to shut down the reactor in emergency situations, minimizing the risk of meltdowns like those seen at Chernobyl or Fukushima. This inherently safer design is crucial for public acceptance and regulatory approval.

Recent Progress and Key Milestones (2024-2026)

Since receiving Design Approval from the U.S. Nuclear Regulatory Commission (NRC) in 2023, NuScale has been navigating the complexities of commercialization. 2024 saw the company focusing on securing funding and finalizing site selection for its first commercial SMR plant. While initial plans for a demonstration plant in Idaho fell through due to funding challenges, NuScale has since announced partnerships exploring sites in Eastern Europe and potentially within the US, leveraging government incentives and private investment.

The Department of Energy (DOE) continues to be a vital partner, providing ongoing funding for research and development, as well as supporting the deployment of early SMR projects. In early 2026, the DOE announced a new round of grants specifically targeted at accelerating SMR supply chain development, a critical step towards widespread adoption. The company also announced a successful test of a key component of its fuel design, demonstrating improved efficiency and safety.

The Growing Competition and Shifting Energy Landscape

NuScale is not operating in a vacuum. Several other companies, including TerraPower (backed by Bill Gates), Holtec International, and GE Hitachi Nuclear Energy, are also developing SMR technologies. This increased competition adds pressure on NuScale to maintain its technological lead and secure market share. Furthermore, the rapid growth of renewable energy sources - solar, wind, and battery storage - presents both a challenge and an opportunity. SMRs are increasingly being positioned as complementary to renewables, providing baseload power and grid stability when intermittent sources are unavailable.

The Persistent Risks: A Closer Look

The path to profitability for NuScale remains fraught with challenges.

• Financing: Building even a single SMR plant requires significant capital - billions of dollars. While government funding helps, NuScale needs to attract substantial private investment. Further dilutive stock offerings are a distinct possibility.
• Regulatory Approvals: While Design Approval is a major achievement, securing full construction and operating licenses is a complex and lengthy process. Unexpected delays or stricter regulations could significantly impact the timeline and costs.
• Utility Contracts: The lack of firm, long-term contracts with utilities remains a critical concern. Utilities are hesitant to commit to a new technology without proven performance and clear cost projections. Securing these contracts is vital for generating revenue and justifying further investment.
• Supply Chain Issues: Establishing a reliable and robust supply chain for SMR components is a major undertaking. Shortages of specialized materials or manufacturing capacity could hinder production.
• Public Perception: Despite the enhanced safety features of SMRs, public concerns about nuclear power persist. Addressing these concerns and building public trust is essential for widespread acceptance.

The Investment Outlook: Still High-Risk, Potentially High-Reward

As of March 20th, 2026, investing in NuScale Power continues to be a speculative venture. The stock (SMR) has experienced significant volatility, reflecting the inherent risks and uncertainties. However, the potential rewards remain substantial. If NuScale successfully navigates the challenges and commercializes its SMR technology, the company could become a leader in the next generation of nuclear power.

Investors should approach NuScale with a long-term perspective and a high-risk tolerance. Thorough due diligence is essential, including a careful assessment of the company's financials, technological progress, and competitive landscape. While NuScale represents an intriguing opportunity, it's crucial to understand the potential for losses before taking the plunge.