(PRNewswire)—Nuclear technology pioneer NuScale Power integrates Ansys simulation solutions to help NuScale design the NPM, the first SMR approved by the U.S. Nuclear Regulatory Commission (NRC). Designed with critical insight from Ansys' multiphysics simulation solutions, the NuScale SMR can safely supply carbon-free energy for electrical generation, district heating, water desalinization, commercial-scale H₂ production, and other process heat applications.

NuScale used Ansys thermal and structural analyses solutions as part of NuScale's process for designing a fully passive safety system in which reactors will shut down and self-cool, without any operator or computer action, AC or DC power, or the addition of water—a groundbreaking development. NuScale engineers use Ansys solutions to determine velocities and temperatures for conjugate heat transfer and assess thermal stress and dynamic vibration. Informed by past challenges in the nuclear industry, NuScale engineered its design to mitigate or eliminate safety issues.

The NRC's approval of NuScale's design allows utilities to leverage the already approved product when applying for a combined license to build and operate a nuclear power plant. NuScale expects to deploy its SMR technology in the U.S. and Europe by the end of the decade, advancing nuclear energy solutions globally and across industries. The SMR will also benefit other sustainable energy solutions. For example, NuScale's technology can provide the process heat energy at the conditions needed to cost-effectively chemically separate H₂ from oxygen at scale to create green H₂—the cleanest form of H₂ energy.

"NuScale is revolutionizing the energy industry by creating a power source that is smarter, cleaner, safer, and cost competitive," said Carl Fisher, chief operating officer at NuScale Power. "SMRs must meet NRC requirements for structural integrity and safety, which demand complex, accurate, and reliable calculations with the highest level of quality assurance. The nuclear industry recognizes Ansys as the gold standard for performing simulations, analyses, and component qualifications, which supports a more efficient review of our design by the regulator."

"This is a milestone achievement for NuScale, the nuclear energy sector, and global energy market as a whole," said Walt Hearn, senior vice president of worldwide sales and customer excellence at Ansys. "By implementing Ansys' extensive multiphysics simulation and virtual prototyping, NuScale has made history in developing the first-ever, NRC-approved SMR. Ansys is committed to advancing sustainable energy solutions and this is a remarkable example of how we can leverage the predictive insights of simulation to create a cleaner future."