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PRESS RELEASE: NuScale Power to Participate in May and June 2024 Investor Conferences ow.ly/S6hp50ROA5b

The DOE Office of Nuclear Energy is investing in the future of #nuclear education with funding to universities like Texas A&M Texas A&M University, the site of a NuScale E2 Center which is designed to enhance #SMR tech & innovation nurturing the future generation of nuclear talent. hubs.li/Q02yj_Hx0

NuScale’s SMR technology provides 24/7, carbon-free, baseload generation – a reliable, always-on energy source for powering data centers, producing clean hydrogen, and replacing retiring coal plants. #SMRadvantage

ENTRA1 Energy Plants™ with NuScale SMRs-inside can help utilities meet increasing consumer and industrial demand with 24/7, carbon-free nuclear power. #EnergyTransition Learn more: hubs.li/Q02zyc5x0

This week we hosted our 3rd annual Supplier Working Group at Paragon Energy Solutions in Fort Worth. We engaged with 43 representatives from 22 supplier organizations, sharing our recent accomplishments, providing updates on deployment progress, and collaborating on supply readiness.

NuScale Power Modules™ are factory built, reducing on-site construction timelines and cost. An ENTRA1 Energy Plant™ powered by NuScale SMRs can be completed in ~36 months from first safety concrete pour. #SMRadvantage

As we celebrate 17 years of milestones and memories, we remain committed to improving the quality of life for people around the world through the advancement of #SMR nuclear technology. Thank you for being a part of our journey.

We, ENTRA1 Energy Energy and NuScale, are proud to have submitted a tender response to the Great British Nuclear SMR competition. With the only SMR tech that has completed R&D, secured regulatory approvals, and begun manufacturing, we are ready to deploy reliable, clean nuclear power in the UK.

PRESS RELEASE: NuScale Power to Hold Second Quarter 2024 Earnings Conference Call on August 8, 2024 ow.ly/5vul50SxJYy

Today, we launch our new series exploring the future of SMRs. First up: ever wondered what makes small modular reactors a game-changer in the world of nuclear energy? Check out our new SMR 101 page to find out: hubs.li/Q02FXZ3f0 #SMR101 #exploringSMRs

NuScale SMRs can shut down and self-cool indefinitely with no operator action, no AC or DC power, and no additional water, making them inherently safer than traditional nuclear reactors. #SMRadvantage

PRESS RELEASE: NuScale Power Comments on Short-Seller Report ow.ly/7p1y50SMMKm

PRESS RELEASE: NuScale Power to Participate in Upcoming Investor Conferences ow.ly/nAzR50SN1Ya

This week, we continue exploring the world of small modular reactors by answering the most fundamental question: what is an SMR? From addressing climate change to enhancing energy security, SMRs hold the key to a myriad of global challenges. Learn more: hubs.ly/Q02Jh6wg0

“The deployment of clean, reliable power must be quickly accelerated if we are to reach net zero within a reasonable timeframe and meet the growing energy needs of the developing world.” Read Dr. Reyes’s blog post to learn more: hubs.li/Q02K4NNB0

PRESS RELEASE: NuScale Power Reports Second Quarter 2024 Results ow.ly/RAtX50SUcQi

We continue our series on exploring SMRs by looking at how small modular reactors compare to traditional nuclear reactors. What distinguishes the two? Find out what sets SMRs apart from their larger predecessors by checking out our infographic: hubs.li/Q02K-ChK0

NuScale SMRs have the lowest lifecycle carbon emissions, land use, and mineral and metal requirements of any electricity source, including renewables, making them the most sustainable option for new generation. #SMRadvantage

“There are many opportunities across the U.S. to replace coal plants with small modular reactors (SMRs) to provide clean energy to meet America’s increasing energy demands.” Read Dr. Reyes’s blog post on replacing coal plants with SMRs: hubs.li/Q02Mz6pC0

Nuclear energy will play a key role in achieving global net-zero greenhouse gas emissions by 2050. Small modular reactors like the NuScale Power Module™ are safer, fit in smaller spaces, and can be built faster than traditional reactors.