What's happening
A nuclear commissioner highlighted the potential for small modular reactors to meet Nevada's expanding data center and artificial intelligence power requirements, according to coverage in the Reno Gazette-Journal. The discussion emphasized SMRs' capability for co-location with high-demand facilities, positioning the technology as an alternative to traditional large-scale nuclear plants for powering energy-intensive AI operations.
The comments come as Nevada's data center sector continues expanding, creating demand for reliable baseload power sources that can operate independently of grid constraints. SMRs offer the advantage of modular deployment, allowing power generation to scale with facility requirements while maintaining consistent output for round-the-clock AI processing demands.
Why it matters for markets
The focus on SMRs for Nevada's AI infrastructure highlights a growing market opportunity for nuclear technology companies. NuScale Power Corporation, trading at $11.23 with a $3.89 billion market cap, represents the leading publicly traded SMR developer with full U.S. NRC design certification for its 77 MWe NuScale Power Module.
Nevada's data center expansion creates a direct addressable market for SMR technology, with each VOYGR plant capable of delivering up to 924 MWe through 12-module configurations. This scalability aligns with data center power requirements that can range from tens to hundreds of megawatts per facility. The co-location advantage mentioned by the commissioner addresses a key SMR value proposition: delivering reliable power directly to high-demand industrial users without transmission losses.
For energy infrastructure investors, the Nevada opportunity represents a concrete application for SMR technology beyond traditional utility-scale deployments. NuScale's current $18.7 million revenue base and 428-employee workforce position the company to capitalize on commercial SMR deployments as regulatory approvals advance and manufacturing capabilities scale.
Sectors and assets to watch
NuScale Power Corporation stands as the primary publicly traded beneficiary of increased SMR adoption for data center applications. The company's factory-fabricated approach and regulatory head start provide competitive advantages as demand for co-located nuclear power grows. SMR's stock has traded in a wide range from $8.85 to $57.42 over the past 52 weeks, reflecting both the technology's potential and execution risks.
Broader energy infrastructure companies with nuclear exposure or data center power contracts may also benefit from the trend toward dedicated power sources for AI facilities. The emphasis on co-location creates opportunities for companies capable of integrating SMR technology with data center development and operation.
What to watch next
Monitor regulatory developments affecting SMR deployment timelines in Nevada, including state-level permitting processes and federal oversight coordination. Track NuScale's progress on manufacturing partnerships and customer commitments for data center applications, as commercial contracts would validate the SMR-AI power thesis. Watch for similar discussions in other states with significant data center growth, as Nevada's approach could establish a template for SMR adoption in the AI infrastructure sector.