Powering the Future of Industry

Scalable advanced nuclear for industrial operations

Each NuScale Power Module™ can produce:

Decarbonization Without Compromise

of hydrogen per day

of thermal power via superheated steam

of steam at 1,500 psia and 500ºC (932ºF)

250 MWt

>500,000 lb/hr

50 metric tons

The NuScale Power Module is the only SMR technology on the market that is approved by the U.S. Nuclear Regulatory Commission, is part of a completed standard plant design, and is currently being produced at a world-class manufacturing facility.

The ENTRA1 NuScale Advantage

An ENTRA1 Energy Plant’s small geographic footprint, off-grid capabilities, and site boundary emergency planning zone (EPZ) allow for siting plants close to industrial facilities, increasing efficiency, reducing transportation costs, and minimizing grid dependency.

Rendering of an ENTRA1 power plant powered by NuScale SMR technology.

Customer Owner, Operator

ENTRA1 Energy Developer

Customer Operator

ENTRA1 Energy Developer, Owner

Customer Long-Term PPA

ENTRA1 Energy Developer, Owner, Operator

Potential structures include:

As NuScale’s exclusive global commercialization partner, ENTRA1 Energy manages plant financing, development, and startup operations. Customers can choose from a number of customizable arrangements, including full transfer of ownership or long-term power purchase agreements (PPAs).

Customizable Plant Solutions

ENTRA1 Energy Plants™ with NuScale’s small modular reactor (SMR) technology can supply 24/7, carbon-free energy to meet rising electricity and process heat demands for industrial applications.

Scalable 4, 6, and 12-module plant configurations

Plants can be built in ~36 months vs. 5+ years

Staggered module refueling eliminates outages

77 MWe per module generating capacity

>95% capacity factor

Up to 21-month refueling cycle with fuel enriched at <5%

Explore the potential of SMR technology. Contact us today.

Are you ready for 24/7, carbon-free energy?

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of hydrogen per day

of steam at 1,500 psia and 500ºC (932ºF)

of thermal power via superheated steam

50 metric tons

>500,000 lb/hr

250 MWt

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Two people wearing hard hats in the foreground on a construction site.

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