Nuclear energy is emerging as a structural investment theme as AI data center expansion drives the fastest electricity demand growth in decades.
Nuclear energy stocks are gaining as surging AI data center demand pushes global electricity consumption up 849 TWh in 2025, the fastest annual increase on record, according to the International Energy Agency.
"Management is making rapid progress toward commercializing its 15 MWe KRONOS micro-modular-reactor, while diversifying operations across the uranium lifecycle," Roth Capital Partners analyst Craig Irwin wrote in a report initiating coverage of Nano Nuclear Energy with a buy rating and a $45 price target.
Nano Nuclear shares have jumped 17% in the past month and 33% over three months as hyperscalers including Amazon and Nvidia pledged at least a combined $700 billion to construct AI data centers. The facilities require massive amounts of power, positioning nuclear developers to capitalize on the demand. Five of six analysts covering Nano Nuclear rate it a buy or strong buy, LSEG data shows.
The structural shift in power demand creates durable competitive advantages for established nuclear operators and developers, analysts say. While nuclear projects typically take years to develop due to regulatory and construction timelines, that friction also acts as a barrier to entry, protecting companies with existing licenses and operating experience. NextEra Energy, which recently completed a $67 billion all-stock merger with Dominion Energy, now serves 10 million customer accounts with 110 GW of generation capacity.
Nano Nuclear's KRONOS MMR Targets Hyperscaler Demand
Nano Nuclear's KRONOS MMR is designed to generate 15 megawatts of electric power using a high-temperature gas-cooled reactor design and meltdown-resistant enriched uranium fuel. The technology offers a differentiated power solution that gives the company an edge over competitors, according to Roth Capital. "The opportunity for SMR reactors will likely be very large and demand is accelerating," Irwin said. "Potential advance orders from hyperscalers are an obvious catalyst."
SMRs (small modular reactors, typically under 300 MWe and factory-built) are gaining attention as data center operators seek reliable, carbon-free power sources that can be deployed faster than conventional nuclear plants. The KRONOS design uses HALEU (uranium enriched to 19.75 percent, compared with 3 percent to 5 percent for conventional reactors), a fuel type the Department of Energy is actively working to commercialize.
NextEra Energy Positions for Utility-Scale Nuclear Growth
NextEra Energy's merger with Dominion creates a utility giant with the scale to invest in nuclear capacity expansion. The company's recent recommissioning of the Duane Arnold nuclear plant under a power purchase agreement with Google illustrates the deal pipeline behind the nuclear renaissance. NextEra trades at a premium to regulated utility peers, reflecting its renewable and nuclear growth portfolio.
The broader investment thesis extends beyond individual stocks. ETFs tracking nuclear energy have seen increased inflows as investors seek exposure to the AI infrastructure theme beyond semiconductor and data center plays. Established nuclear operators may see P/E multiple expansion as they are viewed as long-term beneficiaries of structural power demand growth.
For investors, the nuclear theme offers a differentiated way to play AI infrastructure. Nano Nuclear, at Roth Capital's $45 target, implies 60 percent upside from current levels. NextEra Energy, trading at roughly 22 times forward earnings, offers exposure through a regulated utility structure with dividend growth. Both face execution risk: Nano Nuclear must commercialize its reactor design and secure regulatory approvals, while NextEra must integrate Dominion's operations and deliver on its nuclear investment plans.
This article is for informational purposes only and does not constitute investment advice.