NuScale Power Targets Data Centers with Scalable SMR Tech in Q2 2025 Earnings
β‘ NuScale Power Corporation highlights data centers as a major growth market for their scalable small modular reactor (SMR) technology, addressing the huge energy demands of hyperscalers in the Q2 2025 earnings call. π± Reliable, carbon-free nuclear power is positioned as the future energy backbone for data centers supporting AI and advanced computing.
"Any mention of data center"
Mention of Data Centers in NuScale Power Corporation's Q2 2025 Earnings Transcript
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NuScale Power Corporation explicitly references data centers multiple times as a significant market opportunity for their small modular reactor (SMR) technology.
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The company highlights the energy demands of hyperscalers' data centers as a major driver for their scalable nuclear power modules. They describe data centers as the "big gorilla in the room" due to their substantial and growing thirst for energy.
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NuScale emphasizes the scalability of their units, noting that with 12 modules online, they can provide nearly a gigawatt of power, which is attractive for data centers requiring reliable, continuous energy.
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The company also points out that their SMR technology offers uninterruptible carbon-free baseload power tailored to meet the energy demands of advanced data centers and sophisticated artificial intelligence systems.
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Their business model involves selling NuScale power modules to their developer partner ENTRA1, which then develops and operates the plants that supply power to customers including hyperscalers with data centers.
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The transcript indicates ongoing discussions and negotiations with utilities and hyperscalers, aiming to bring these large energy consumers, including data centers, onto NuScale-powered facilities.
Summary
NuScale Power Corporation clearly identifies data centers, especially those operated by hyperscalers, as a key target market for their SMR technology due to the high and reliable energy demand. Their modular, scalable nuclear power solution is positioned as a clean, reliable energy source to support the growth and operational needs of these data centers.
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