Frost & Sullivan projects that small modular reactors (SMRs) will reach 18.65 GW of capacity by 2040, driven by the energy demands of data centers and the need for low-carbon baseload power. The report highlights that the industry's success depends on cost-effective pilot projects and government support to overcome current financing and regulatory barriers.
The shift toward small modular reactors represents a critical pivot for energy-intensive streaming and AI infrastructure providers requiring 24/7 carbon-free power. As traditional coal plants decommission, these modular units offer a way to reuse existing grid connections and transmission sites, potentially stabilizing volatile energy costs for large-scale data center operators. This transition connects the streaming ecosystem's sustainability goals with the practical need for reliable baseload electricity that intermittent renewables cannot always provide. Watch for the performance of the first commercial units in Canada and the U.S. over the next five years as a signal for whether factory-based fabrication can truly deliver the promised 30% cost reductions.
Recent industry moves highlight the urgency of this power transition, such as Samsung C&T investing in nuclear reactors to support hyperscale data center energy demands.
Frost & Sullivan forecasts that small modular reactor (SMR) capacity will reach 18.65 GW by 2040, with investments totaling $151.45 billion. This shift is vital for streaming and AI infrastructure, as data centers require reliable, 24/7 carbon-free baseload power to replace decommissioned coal plants and stabilize energy costs for large-scale operations.
Frost & Sullivan forecasts that small modular reactor capacity will reach 18.65 GW by 2040.
Data centers require reliable, 24/7 carbon-free baseload power to support energy-intensive operations and meet sustainability goals as traditional coal plants are decommissioned.
The industry currently faces high initial costs and significant regulatory hurdles, though successful pilot projects could potentially reduce future deployment costs by 30%.
Key companies involved include NuScale Power, TerraPower, and GE Hitachi Nuclear Energy, with additional support from investors like Bill Gates and Nvidia.
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