The U.S. Department of Energy has selected Arizona State University to study how microreactors can be used to address data center needs.
The university will be part of a team with DCX USA, which specializes in data centers and AI. The effort is being led by the Idaho National Laboratory.
The goal is to create stand-alone sources to draw power from, reducing dependence on the traditional grid.
“They are building a microreactor, a very small house-sized advanced reactor that is slightly larger than a garden shed and slightly smaller than a house," said Scott Barclay, the assistant vice president for research at ASU.
Barclay says the rapid expansion of AI infrastructure could cause data centers to draw too much power from the current grid and cause instabilities.
“Data centers are scheduled within the next three years to use about one-eighth of all the electricity generated in the United States, so they've ramped up in the last couple years," he said.
He says data centers tend to exist in places where they can obtain cheap electricity, such as Arizona.
-
President Donald Trump wrapped up his visit to China late last week. Among the issues the two presidents discussed was Taiwan; China’s leader warned Trump that if Taiwan’s independence was "mishandled" by the two global powers, it could lead to conflicts.
-
The tool announcement comes a day after Vice President JD Vance said the federal government was withholding $1.3 billion from California over Medicaid fraud allegations.
-
Lithium is a key metal for electric vehicle batteries and there is a global push to find new sources of it. There is currently only one lithium mine in operation in the United States, but that is about to change — and drastically.
-
Arizona State University is collaborating with TSMC in offering a new free professional program to train technicians. It comes as the chipmaker is planning to expand its footprint in north Phoenix.
-
The Maricopa County Attorney’s Office says it has charged its first ever case involving child sex-abuse materials generated by artificial intelligence.