Latest News

Google announces Tennessee for the site of a small modular nuclear reactor

Google and Kairos Power have selected Tennessee to build an advanced nuclear plant. The facility is expected to provide electricity for the Big Tech Company's data centres in the U.S. Southeast starting in 2030.

Why it Matters

Big Tech requires massive amounts of energy to scale up technologies such as generative artificial intelligence, which is used in data centers that are very energy intensive. These record energy demands are pushing U.S. energy consumption to new heights and driving the development of fresh energy sources such as next-generation nuclear power.

Google announced last year that it would buy nuclear energy through multiple small modular reactors. The Tennessee reactor was the first of these to be deployed.

The agreement would allow California-based Kairos to develop 500 megawatts, enough power to run about 350,000 homes.

A 50-gigawatt modular small nuclear power plant is being built in Oak Ridge in Tennessee under a long term power purchase agreement between the utility Tennessee Valley Authority and Google to supply electricity to data centers in Alabama as well as locally.

KEY QUOTE

Google's Amanda Peterson Corio said, "This collaboration will accelerate the deployment and support of innovative nuclear technology and help to support our growing digital economies while also bringing carbon-free electricity to the electric system."

According to the companies, this is the first time that a U.S. electric utility has signed an agreement for a power purchase contract for nuclear energy of the so-called Generation IV variety, which, according to most experts, is the safest and most sustainable form currently being developed.

The Energy Secretary Weighs In

In announcing site selection, U.S. Energy Sec. Chris Wright stated that "the deployment of advanced nuclear plants is essential for U.S. AI leadership and energy leadership." The Department of Energy assisted Kairos Power in overcoming technical and operational challenges, as well as regulatory ones, while participating in the Advanced Reactor Demonstration Program. DOE will continue to accelerate the next American Nuclear Renaissance.

There are currently no advanced nuclear power stations available in the U.S.

(source: Reuters)