ASU to Explore Microreactors for Powering Data Centers Efficiently

The U.S. Department of Energy selects ASU to explore microreactors for powering data centers, reducing grid reliance.
ASU will study microreactors to power data centers

Innovative Energy Solutions: Arizona State University’s Role in Microreactor Development

The burgeoning demand for electricity in data centers has prompted the U.S. Department of Energy to engage Arizona State University in a groundbreaking project aimed at leveraging microreactors for sustainable power solutions. This initiative, spearheaded by the Idaho National Laboratory, also includes collaboration with DCX USA, a company renowned for its expertise in data centers and artificial intelligence.

With a focus on creating autonomous power sources, the project endeavors to lessen the reliance of data centers on the conventional electricity grid. Scott Barclay, ASU’s assistant vice president for research, highlighted the scale of this innovation, describing the microreactor as “a very small house-sized advanced reactor that is slightly larger than a garden shed and slightly smaller than a house.”

Barclay emphasized the potential power challenges posed by the rapid expansion of AI infrastructure, which could strain the existing grid. He noted that within the next three years, data centers are projected to consume about one-eighth of all electricity generated in the United States. This significant increase in demand underscores the urgency of developing alternative energy sources.

Furthermore, data centers are often strategically located in regions with access to affordable electricity, such as Arizona, to optimize operational costs. This project represents a pivotal step in ensuring these centers operate efficiently while minimizing environmental impact.


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