Westinghouse Electric Company Advances Space Microreactor Tech

Westinghouse Electric Company Secures NASA Contract

Westinghouse Electric Company has achieved a significant milestone by being chosen by NASA, in partnership with the U.S. Department of Energy (DOE), to continue progressing the development of its innovative space microreactor design within the Fission Surface Power (FSP) project.

Fission Surface Power Project Overview

The FSP project aims to create advanced designs for small nuclear fission reactors, capable of generating essential electricity for astronauts as they explore the moon and beyond. This contract, awarded through the Idaho National Laboratory (INL), builds upon Westinghouse's successful foundational work in Phase 1. It focuses on optimizing the design of FSP systems and preparing for critical technology testing. Progress in this project is vital for NASA's objective to accomplish a lunar demonstration within the upcoming decade.

Westinghouse’s Contribution and Vision

“We are honored to reinforce our leadership in designing microreactors tailored for space exploration,” stated Richard Rademacher, President of Westinghouse Government Services. “This contract highlights our strong collaboration with NASA and acknowledges the progress made in the FSP initiative, which will add critical capabilities to the Artemis mission. We eagerly anticipate showcasing our proprietary microreactor technology in forthcoming years as part of this vital NASA project.”

NASA's FSP Program and Future Prospects

The FSP effort builds on NASA's Kilopower project dedicated to developing cost-effective nuclear power technologies for long-term stays on various planetary surfaces. Currently, NASA, in conjunction with DOE, is designing a fission power system that aims to supply up to 40 kilowatts of power, sufficient to continuously support 30 households over a decade. A successful demonstration on the lunar surface is envisioned to establish a foundation for sustained operations and base camps on both the Moon and Mars.

Innovative eVinci Microreactor Technology

Westinghouse Electric is utilizing its pioneering eVinci microreactor technology to formulate a robust and mass-efficient nuclear electric power and propulsion system for satellite and spacecraft applications. This innovative solution aims to provide reliable, carbon-free energy wherever needed, from remote communities to industrial centers, and in the harsh conditions of space. The eVinci microreactors are engineered with enduring simplicity and reliability, featuring minimal moving parts, thereby reducing potential points of failure.

About Westinghouse Electric Company

Westinghouse Electric Company is at the forefront of shaping a future driven by sustainable, carbon-free energy solutions. With a rich history dating back to the 1957 introduction of the world’s first commercial pressurized water reactor, Westinghouse's technology underpins nearly half of the global nuclear power plants. With over 135 years of innovation, the company remains a top choice for advanced technologies that encompass the entire nuclear energy lifecycle. For further insights, interested parties can learn more by visiting Westinghouse’s official web presence and connecting on multiple social media platforms.

Frequently Asked Questions

What is the Fission Surface Power (FSP) project about?

The FSP project focuses on developing small nuclear fission reactors that can provide power to astronauts on the moon and beyond.

What is the significance of the contract awarded to Westinghouse?

This contract enables Westinghouse to enhance its microreactor design efforts and play a crucial role in NASA's plans for lunar exploration and sustainability.

What technology is Westinghouse using for its microreactors?

Westinghouse is leveraging its eVinci microreactor technology, which is designed to be resilient and efficient for various applications, including space exploration.

How much power can the proposed fission system generate?

The proposed fission power system is expected to provide up to 40 kilowatts, enough to power continuously 30 households over a decade.

What are the long-term goals of NASA's collaboration with Westinghouse?

The collaboration aims to establish sustainable operations and potential base camps on the Moon and Mars, enhancing future space exploration missions.

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