Commercial

Google Taps Elementl Power for Data Center Capacity

Image: 400tmax/iStock

The hyperscalers are living up to their name, and scaling that fast comes with a growing hunger for power. In this case, we mean nuclear power.

Yesterday, Google announced a strategic agreement with Elementl Power, a nuclear project development company, to advance site development for three nuclear projects.

  • Google is committing an undisclosed amount of capital to back these projects.
  • Each project would provide a minimum of 600 MW of capacity, with the option for commercial offtake (meaning Google could buy that power when the plants are up and running).
  • Elementl and Google haven’t picked sites for the three projects, but that work is ongoing.

“Google is committed to catalyzing projects that strengthen the power grids where we operate, and advanced nuclear technology provides reliable, baseload, 24/7 energy,” Amanda Peterson Corio, global head of data center energy at Google, said in a release.

Giant steps: Google’s power needs are growing in tandem with the AI boom. The company is supporting nuclear power development in the hopes that the always-on, baseload energy source will fill its energy needs.

In October 2024, Google announced its first nuclear power partnership: a deal with Kairos Power that would have the SMR company provide ~500 MW of capacity somewhere in the US. The companies haven’t disclosed whether those reactors will be in one or several locations, but they will be near Google data centers.

Google’s agreements with Kairos Power and Elementl Power bring its nuclear power development commitments to at least 2.3 GW.

Picking the approach: Elementl Power isn’t an SMR or traditional nuclear reactor company. It’s a project developer, founded to “solve a critical industry need and serve as a catalyst for private capital formation in advanced nuclear projects,” says Ryan Mills, the company’s cofounder and president.

Instead of committing to specific reactor types or quantities up front, Elementl will weigh its options, select the approach most likely to meet its goals, and finance the project—a structure similar to how non-nuclear power plants are built.

  • This means that Elementl will pick a partner to build the reactors rather than construct them itself.

Elementl aims to bring 10 GW of nuclear capacity online by 2035. The 1.8 GW minimum it’s building with Google is a significant step toward that goal—though the companies did not specify a timeline for the projects.

+ posts

Lead Reporter of Ignition

Related Stories
Commercial

Nuclear Could Meet 10% of Data Center Power Demand, Deloitte Finds

US data needs aren’t slowing down, and with more data demand comes a corresponding increase in energy consumption.  Every energy think tank and analysis group out there has projections for just how much energy data centers will need in the coming years, and the numbers are high across the board. Current energy demand from data […]

CommercialFusion

Pacific Fusion Plots a Path to Net Gain

Last October, Pacific Fusion emerged from stealth with a splashy $900M Series A and a commitment to build an inertial fusion machine based on the technologies that made the National Ignition Facility (NIF) and the Z Machine successful.  Now, the company has come out with a roadmap to build a net gain facility by 2030—and […]

CommercialReactors

NANO To Build a Research Reactor At UIUC

NANO Nuclear Energy ($NNE) is making plans for its first reactor build. Last week, the publicly traded SMR company announced an agreement with the University of Illinois Urbana-Champaign to build a research reactor on campus. The reactor, a version of the company’s flagship Kronos micro modular reactor, uses tech acquired from the now-bankrupt Ultra Safe […]

Commercial

Dow Goes the Nuclear Route with X-energy

If you still have the idea that nuclear power isn’t an attractive energy source to the major industrial players, think again.  Dow, one of the largest chemicals and plastics producers in the world, announced this week that it is working with X-energy to transition its industrial plant in Seadrift, Texas, to nuclear power in the […]