The Future of Nuclear Energy:
Small Modular Reactors (SMRs)
Factory-built, safer, faster to deploy, and perfectly suited for the carbon-free baseload power the world needs now.
Why SMRs Are Transforming the Energy Landscape
Small Modular Reactors (SMRs) represent the next evolution in nuclear technology. With power outputs typically under 300 MWe per module, SMRs are:
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Factory-fabricated – dramatically reducing on-site construction time and cost
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Inherently safer – passive safety systems, smaller cores, and underground or flooded containment options
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Scalable & flexible – add modules as demand grows, ideal for remote sites, data centers, industrial heat, and replacing coal plants
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Carbon-free baseload – 24/7 reliable power with 60–90+ year operating life
As of 2025, major deployments are underway with OKLO, NuScale, Kairos Power, X-energy, TerraPower, GE-Hitachi BWRX-300, Rolls-Royce, and Holtec leading the charge – backed by landmark agreements with Google, Microsoft, and hyperscale data-center operators.
TruVision Solutions: Your Trusted SMR Engineering Partner
Since 2010, TruVision Solutions has delivered NQA-1 compliant, nuclear-quality engineering services to the U.S. Department of Energy, national laboratories, and advanced nuclear developers.
We specialize in the exact disciplines SMR projects demand:
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Digital I&C and Controls Modernization – Safety-related PLC/SCADA, FPGA-based protection systems, and cyber-secure architectures
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Electrical Power Systems – Class 1E power distribution, switchgear, and EMI/RFI hardened designs
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Instrumentation & Process Automation – High-reliability sensors, radiation-hardened cabling, and NQA-1 calibration services
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System Integration & Turn-Key Delivery – From digital twins to factory acceptance testing and site commissioning
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Cybersecurity & ISA/IEC 62443 Compliance - Secure-by-design networks for operational technology (OT) environments
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Regulatory & Licensing Support - 10 CFR 50/52 documentation, V&V, and independent verification services
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Proven Nuclear Experience
Our team has supported DOE facilities, advanced reactor test beds, and commercial SMR vendors with safety-critical systems that meet the most stringent quality standards. We understand the unique challenges of Gen III+ and Gen IV designs – molten salt, high-temperature gas, sodium fast, and light-water SMRs alike.