Google is advancing its nuclear energy strategies by partnering with the Tennessee Valley Authority to purchase electricity from a next-generation reactor being developed by Kairos Power. TVA plans to buy electricity from the reactor in Oak Ridge, Tennessee, expected to go online in 2030, to power Google data centers in the region. This collaboration aims to rejuvenate nuclear energy in the U.S., as existing reactors rely on outdated technology. The project involves constructing a low-pressure reactor utilizing molten fluoride salt as coolant, which could reduce operational costs and meet increasing energy demands from technology companies.
Google is collaborating with the Tennessee Valley Authority to purchase electricity from a next-generation reactor developed by Kairos Power, marking a significant step towards advanced nuclear technology.
The planned reactor in Oak Ridge, Tennessee, aims to supply electricity to Google data centers starting in 2030, potentially leading to a new era in U.S. nuclear energy.
Current U.S. nuclear reactors are based on outdated technology, but Kairos Power's advancements with molten salt coolant may help revitalize the sector amid rising energy demands.
The partnership with TVA includes constructing the Hermes 2 demonstration reactor, which expands on Kairos Power’s first demonstration plant, signaling progress in nuclear innovation.
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