Google Backs 1.8 GW Nuclear Power Project

Google’s Energy Needs Are Skyrocketing

Google’s data centers are working harder than ever thanks to the rise of artificial intelligence. These powerful machines process huge amounts of information nonstop, and they need a steady supply of electricity around the clock.

To meet these growing demands, Google is hunting for new sources of reliable energy. That’s why the company is turning to nuclear power, an energy source that doesn’t depend on the weather and can keep the lights on 24/7.

A Surprising New Partnership Emerges

Google is teaming up with a company called Elementl Power to develop three new nuclear sites in the U.S. Together, they plan to add a total of 1.8 gigawatts of electricity to the grid, enough to power more than a million homes.

These sites won’t look like the massive nuclear plants of the past. Instead, they’ll be built around smaller, modern reactors designed for quicker construction and flexible use. The goal is to bring clean, consistent power to places where it’s needed most, like Google’s energy-hungry data centers.

What Makes These Reactors Different

The reactors Google plans to use are known as small modular reactors, or SMRs. These aren’t your typical nuclear power plants. They’re much smaller in size and can be built in factories and shipped to their final location.

SMRs are designed to be safer, cheaper, and quicker to install than traditional nuclear reactors. They can also be placed closer to where the power is needed, like near data centers or growing cities. This makes them a smart option for companies like Google that need dependable power fast.

Big Power In A Smaller Package

Each of the three sites Google is helping develop will generate at least 600 megawatts of power. That’s enough energy from each site to supply hundreds of thousands of homes or run massive server farms.

What makes SMRs special is how they offer strong, steady electricity without taking up much space. By spreading out smaller reactors across the country instead of building one huge facility, it’s easier to bring power closer to the source of demand.

AI Boom Is Fueling The Energy Push

Artificial intelligence tools, like the ones powering voice assistants, smart search, and machine learning, use huge amounts of electricity. Every search, recommendation, or image generation you see online is supported by data centers crunching numbers in the background.

As these AI technologies grow, so does the need for nonstop power. Google is investing billions to expand its data centers, and powering them with clean, steady energy has become a top priority.

Elemental Power, A New Player In Nuclear

Elementl Power is a startup, but its team includes veterans of the nuclear industry. While the company hasn’t built a plant yet, it was founded by Breakwater North and is financially supported by Energy Impact Partners.

Until recently, Elementl kept a low profile, working behind the scenes to shape its vision. Now, with Google as a partner, it’s stepping into the spotlight. The company says its mission is to help bring over 10 gigawatts of advanced nuclear power online in the U.S. by 2035.

Still Choosing The Right Technology

Even though the sites are being prepared, the specific type of nuclear reactor hasn’t been selected yet. Elementl Power says it’s “technology agnostic,” meaning it’s open to using whichever small modular reactor proves safest, most efficient, and easiest to build.

This flexibility allows them to evaluate multiple options, including promising technologies from startup companies. Google’s interest gives these projects added momentum, potentially speeding up the process of choosing the right partners for engineering, procurement, and construction.

Kairos Power Could Be The Front-Runner

One likely contender for the job is Kairos Power, a startup already working with Google. In 2024, the two companies announced a deal to develop up to 500 megawatts of nuclear power by 2035 using Kairos’ advanced reactor design.

Their test plant is expected to produce 50 megawatts, but future versions could scale up to 150 megawatts using two connected reactors. If Kairos proves successful, they may become the go-to provider for Google and Elemental’s new sites.

Why Tech Giants Love SMRs

Small modular reactors are gaining popularity in Silicon Valley. Unlike giant traditional reactors, SMRs are easier to install, cost less, and can be mass-produced. This makes them attractive to tech companies like Microsoft, Amazon, and Meta with large and growing power needs.

Because SMRs can be built close to the action, like next to data centers, they reduce energy loss from long-distance power transmission. For companies that run powerful computer networks 24/7, that’s a big deal.

Google’s $75 Billion Data Center Push

In 2025 alone, Google plans to invest $75 billion in building and expanding data center capacity. This massive commitment is a clear sign of how seriously the company is taking the AI-driven future.

But all those servers, cooling systems, and backup tools need reliable energy. That’s why partnerships like the one with Elementl Power are so important. Google isn’t just preparing for growth, it’s making sure the power is ready before the machines even switch on.

Offtake Option Gives Google Flexibility

As part of the new partnership, Google will have the option to buy electricity directly from the nuclear reactors once they’re built. This arrangement, called a “commercial offtake,” gives the company more control over its power supply.

Having this flexibility matters, especially during high demand or power grid issues. Instead of relying on external energy markets, Google could lock in steady, predictable pricing for its use, helping both its bottom line and energy reliability.

Nuclear’s Role In A Cleaner Grid

Unlike fossil fuels, nuclear power doesn’t release carbon dioxide while generating electricity. That’s why it’s seen as a key part of the solution to climate change.

By investing in nuclear, Google is also helping clean up the energy mix in the regions where it operates. These new plants won’t just benefit Google, they’ll add reliable power to the grid that others can use too. It’s a win-win for the environment and the local community.

Challenges Still Remain For SMRs

Even with all the excitement, SMRs aren’t fully proven in the U.S. yet. So far, only a few small modular reactors have been completed globally, including in Russia and China.

One project from a company called NuScale was promising but fell apart after costs doubled. That’s why partnerships like the one between Google and Elementl are being watched closely. If successful, they could prove the technology works and open the door for many more SMRs in the future.

Other Startups Are Also Racing Ahead

Kairos isn’t the only SMR company in the spotlight. Others like Oklo and X-Energy are also working to bring their reactor designs to life. Each has its approach, from ultra-compact reactors to high-temperature models.

These companies are attracting attention from investors and tech firms alike. As more SMR designs get tested and approved, the industry could grow rapidly, offering more choices and speeding up the path to carbon-free power.

Google Wants To Shape The Grid’s Future

This partnership isn’t just about powering Google’s computers, it’s about helping shape the future of America’s electric grid. By getting involved early, Google can influence where and how new power sources are developed.

The company sees reliable energy as a foundation for future innovation. With advanced nuclear power, Google can help build a system that’s ready for whatever tomorrow brings, from smarter cities to AI breakthroughs.

Why Now Is The Time To Act

Electricity demand is growing faster than expected in many parts of the U.S., and the power grid is under pressure. Building new fossil fuel plants adds carbon, but renewable sources like wind and solar don’t always run at full strength.

That’s why nuclear is getting a fresh look. It offers a steady, dependable power supply that can fill in the gaps. For companies with big goals and even bigger energy needs, now is the time to invest in solutions that will last.

Curious how Google’s power moves could reshape more than just energy? See why some think a breakup might be next.

A Long-Term Vision With Big Impact

Elementl Power and Google aren’t just thinking about the next few years. They’re planning for the next decade and beyond.

By targeting 10 gigawatts of new nuclear capacity by 2035, Elementl hopes to support not just one company, but the entire energy system. It’s a bold goal, but with the right partners and public support, it could reshape how America powers its digital economy.

Meanwhile, Google’s not just looking ahead in energy. See how it’s facing fresh competition in maps from an unexpected rival.

Do you think nuclear-powered data centers are the future of AI? Drop your thoughts in the comments and hit like if you found this insight electrifying.

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This slideshow was made with AI assistance and human editing.