SMR shares have declined 54.4% over the past three months, erasing investor gains and underscoring growing execution risks. The company’s ambitious timeline for deploying its small modular reactor technology has slipped by more than a year, fueling concerns about longer-than-expected licensing and construction phases. Analysts point to a valuation multiple that remains elevated despite the uncertainty, with SMR trading well above peers in the advanced reactor space on a price-to-sales basis. Meanwhile, early investors are reducing exposure: an engineering partner plans to exit its entire position by the end of 2026, a move that could exert additional pressure on trading volumes and investor sentiment until completion of that sale.

In collaboration with Oak Ridge National Laboratory and under funding from the U.S. Department of Energy’s GAIN initiative, NuScale released a two-year techno-economic assessment demonstrating that hybrid configurations of its 77 MWe/250 MWt Power Modules can deliver reliable, cost-competitive process steam and electricity to chemical plants. Key findings include the ability of a 12-module plant to maximize profitability through grid exports of excess power, while a minimum four-module arrangement combined with gas boilers meets all plant requirements. An eight-module setup provides N-2 redundancy for ultra-high reliability. The study showed integration can supply 1.3 million kg/hour of steam at 400 °C and 4.1 MPa plus 73 MW of electric output, using commercially available equipment to limit capital and operational expenditure.