Nuclear & SMR

Sector thesis

Nuclear power and small modular reactors (SMRs) are technologies that generate electricity from nuclear fission. Traditional nuclear plants are massive, take decades to build, and cost billions. SMRs are smaller, factory-built units designed to be cheaper, faster to deploy, and safer. This sector includes reactor manufacturers, uranium miners, fuel processors, and companies building the infrastructure to support nuclear energy. The megatrend is simple: the world needs reliable, carbon-free electricity. Solar and wind are growing fast, but they're intermittent—the sun doesn't always shine, the wind doesn't always blow. Nuclear runs 24/7 and produces almost zero emissions. As countries commit to net-zero carbon targets and data centers demand constant power for AI, nuclear is being reconsidered as essential infrastructure, not a relic. This shift in political and corporate sentiment is the real driver. The sector splits into three parts: reactor builders (companies designing and manufacturing SMRs), uranium and fuel suppliers (mining and processing the material that powers reactors), and support services (engineering, construction, waste management). Each has different economics and timelines. The biggest risks are real. Nuclear plants take years to permit and build—regulatory delays are common. Construction costs often balloon. Public perception remains skeptical in some regions. And if renewable costs keep falling faster than expected, the economic case weakens. For retail investors, this isn't a quick trade; it's a multi-year bet on energy policy and decarbonization. In a portfolio, nuclear plays work as a long-term thematic position, not a core holding. Watch regulatory approvals, utility partnerships, and uranium spot prices as health indicators. This sector rewards patience and conviction, not timing.