NuScale Power Positioned to Capitalize on $1.75T AI Energy Boom

The anticipated SpaceX IPO at a potential $1.75 trillion valuation is expected to intensify investor focus on the energy infrastructure required to power the artificial intelligence revolution. This spotlight on AI's voracious energy consumption creates a significant opportunity for NuScale Power, the leading U.S. developer of small modular reactors (SMRs), which are positioned as a critical solution for meeting the power demands of data centers supporting AI workloads.

The Nuclear Energy Opportunity in AI Infrastructure

The connection between SpaceX's anticipated public debut and nuclear energy may seem tangential at first glance, but market analysts argue the IPO's valuation will underscore the staggering capital requirements and energy needs embedded in the AI industry's infrastructure. As tech giants and hyperscalers race to build and expand AI capabilities, the electricity demands of data centers have become one of the most pressing challenges facing the sector.

NuScale Power has emerged as a key beneficiary of this structural shift toward clean, reliable baseload power. The company specializes in developing small modular reactors—a nuclear technology that offers several advantages over traditional large nuclear plants:

• Smaller upfront capital requirements compared to conventional reactors
• Flexible deployment suitable for remote or localized data center locations
• Scalable capacity that can grow incrementally with customer demand
• Zero-carbon operation, addressing both energy and sustainability concerns
• High reliability for mission-critical AI infrastructure

NuScale's competitive position is reinforced by its regulatory standing. The company is currently the only U.S. small modular reactor developer with Nuclear Regulatory Commission (NRC) approval, a significant barrier to entry that provides substantial competitive insulation. This regulatory achievement represents years of rigorous safety and technical review, positioning NuScale ahead of other domestic competitors pursuing similar technology pathways.

Global Operational Track Record and Market Position

Beyond regulatory credentials, NuScale has already demonstrated operational viability on the global stage. The company has two SMR plants already operational in Asia, providing real-world proof of concept for its technology and generating valuable operational data. These installations serve as testament to the commercial viability of the SMR model and strengthen NuScale's reputation with potential enterprise customers evaluating nuclear solutions for their data center strategies.

The Asia deployments are particularly significant because they demonstrate that NuScale's technology can secure international approval and operate reliably in commercial settings. This track record becomes increasingly valuable as major technology corporations—including Google, Amazon, Microsoft, and others—publicly commit to nuclear power as part of their long-term energy strategies to support AI infrastructure expansion.

The timing of NuScale's market position aligns with accelerating industry trends. Major cloud providers have been constrained by traditional power sources' inability to reliably meet growing AI workload demands. Nuclear power, with its high capacity factors and zero-carbon footprint, has transitioned from a niche consideration to a mainstream strategic imperative for companies seeking to scale AI operations while managing carbon emissions and achieving energy independence for data centers.

Market Context and Competitive Landscape

The small modular reactor sector is experiencing unprecedented momentum, driven by converging forces: AI's explosive energy appetite, corporate net-zero commitments, government support for clean energy infrastructure, and renewed political consensus around nuclear energy's role in decarbonization.

However, NuScale faces an increasingly crowded competitive landscape:

• Commonwealth Fusion Systems ($CFS) is advancing private fusion technology
• X-energy is developing high-temperature gas reactor technology
• TerraPower (backed by Bill Gates) is pursuing advanced reactor designs
• Traditional utilities are modernizing existing nuclear plants
• International competitors are advancing SMR technology in Europe and Asia

NuScale's regulatory head start and operational experience provide near-term competitive advantages, but long-term dominance will depend on its ability to scale production, manage costs, and secure major data center contracts. The company's valuation thesis hinges on its ability to convert the structural opportunity into sustained, profitable revenue growth.

Investor Implications and Forward Outlook

For equity investors considering NuScale Power stock, the investment case rests on several interconnected assumptions:

Growth Catalysts:

• Accelerating data center power requirements as AI deployment expands globally
• Policy support for nuclear energy (including recent regulatory modernization efforts)
• Major corporate commitments to nuclear-powered facilities
• Potential expansion of the NuScale technology footprint beyond current deployments
• First-of-a-kind project economics improving as construction execution improves

Risk Factors:

• Technology scalability and cost per megawatt economics
• Project execution risks on new installations
• Regulatory timeline uncertainty for new facilities
• Competition from both SMR developers and alternative power sources
• Capital intensity of nuclear projects affecting profitability timelines

The SpaceX IPO's valuation, while not directly comparable to NuScale, serves as a narrative inflection point that will likely redirect institutional capital toward energy infrastructure that enables AI's continued expansion. Investors are increasingly recognizing that the AI revolution's success depends not just on semiconductor advances, but on reliable, scalable power generation.

For NuScale specifically, the window of opportunity appears substantial. Being the only U.S. SMR developer with NRC approval creates a temporal advantage—potentially years ahead of competitors—to establish customer relationships, secure long-term contracts, and prove out the SMR business model at scale. The company's existing Asian operations provide a blueprint for commercial success and a reference point for data center operators evaluating similar investments.

The convergence of AI infrastructure demands, climate imperatives, energy security concerns, and favorable regulatory environments has created what analysts describe as a generational opportunity for nuclear technology providers. Whether NuScale can capture the value embedded in this opportunity depends on execution—specifically, the company's ability to move from regulatory approval and isolated projects to large-scale commercial deployment. The next several years, leading up to 2027, will be critical in determining whether NuScale's current market position translates into sustainable competitive advantage and shareholder value creation.