Meta to Build 8 Nuclear Reactors with TerraPower to Power AI Growth

Meta has inked a corner agreement with Bill Gates-backed nuclear technology company TerraPower to make up to eight advanced nuclear reactors in the United States, marking one of the biggest commitments by a tech company to coming-generation nuclear energy. The cooperation is anticipated to deliver as much as 2.4 gigawatts of carbon-free energy to support Meta’s fleetly growing power requirements, especially from AI-driven data centers. Crucial focus areas of the deal include advanced nuclear reactors, clean energy, AI data centers, carbon-free power, and sustainable energy.

The agreement aligns with Meta’s long-term sustainability strategy and its drive to secure dependable, scalable electricity sources. As artificial intelligence workloads swell, the company is decreasingly turning to nuclear energy to ensure a stable power force while keeping emigrations in check. The collaboration with TerraPower reflects a growing trend among major technology enterprises to invest in innovative energy results.

TerraPower’s Natrium Technology at the Core of the Deal

Innovated in 2008 by Bill Gates, Nathan Myhrvold, and John Gilleland, TerraPower is concentrated on developing safe and affordable carbon-free energy technologies. At the heart of the Meta cooperation is TerraPower’s Natrium reactor system, an advanced nuclear design that combines a sodium fast reactor with a molten swab energy storehouse.

Each Natrium factory is designed to give a steady baseload of 345 megawatts while being able to boost affairs to 500 megawatts for further than five hours using its erected-in-storehouse system. This inflexibility allows the reactor to round renewable energy sources like wind and solar, which can change due to rainfall and time of day.

The system is particularly suited for grids with high renewable penetration, helping to stabilize force during peak demand or when renewable generation drops.

Construction Plans and Deployment Timeline

TerraPower lately began construction on its first marketable-scale Natrium factory in the U.S., with completion anticipated in 2030. Under the new agreement, Meta will fund the early development of two fresh Natrium units and secure rights to energy from over six further reactors.

Delivery of the fresh units is anticipated to begin as early as 2032, potentially bringing a significant volume of clean, dependable power online in the coming decade. However, the eight reactors could inclusively supply up to 2, if completely erected. 4 GW of electricity, enough to power millions of homes or multiple large-scale data centers.

Chris Levesque, president and CEO of TerraPower, said the cooperation is designed to accelerate the deployment of advanced nuclear technology to meet rising energy demand in the 2030s. He emphasized the need for gigawatts of dependable, flexible, and carbon-free power to support profitable growth and energy security.

Meta’s Nuclear Strategy and AI Energy Demand

The advertisement is the rearmost step in Meta’s broader nuclear strategy. In late 2024, the company launched a request for proffers seeking between 1 and 4 gigawatts of new nuclear capacity in the U.S., with delivery targeted for the early 2030s. The TerraPower deal represents the largest outgrowth of that process so far.

Meta’s energy demand has surged due to the rapid-fire expansion of AI-driven services, data centers, and pall structure. These installations bear enormous and nonstop power, making trustability as important as sustainability. Nuclear energy offers a stable, round-the-clock result compared to intermittent renewables.

Urvi Parekh, Director of Global Energy at Meta, said the company is committed to supporting innovative energy results that can deliver clean, scalable power for both operations and girding communities. She described the TerraPower agreement as a significant step toward advancing coming-generation nuclear technology.

Sustainability pretensions and emigrations Challenges

Meta has pledged to reach net-zero emigrations across its value chain by 2030 and to continue matching 100% of the electricity used in its data centers and services with renewable energy. The company has maintained net-zero emigrations in its operations since 2020, but its 2024 Sustainability Report conceded that meeting its 2030 pretensions will be more grueling due to rising energy and resource demands driven by AI.

The report noted that the difficulty of balancing rapid-fire growth with sustainability targets isn't unique to Meta, as numerous companies face analogous pressures from digital expansion and electrification.

By investing in advanced nuclear power, Meta aims to bridge the gap between its clean energy intentions and its growing functional requirements, ensuring long-term energy security without adding to its carbon footprint.

Assiduity environment and global nuclear push

Meta isn't alone in turning to nuclear energy. Beforehand last time, the company joined Amazon, Google, and other major pots in subscribing to a pledge to support the thing of tripling global nuclear capacity by 2050. The move reflects renewed interest in nuclear power as a critical tool in the global transition to low-carbon energy.

Governments and companies likewise are decreasingly viewing advanced nuclear technologies as essential for meeting climate targets while maintaining grid stability. The TerraPower-Meta cooperation underscores how private sector investment can play a crucial part in accelerating the deployment of coming-generation reactors.

A Major Step for Clean Energy Structure

The agreement between Meta and TerraPower signals a significant shift in how large technology companies approach energy sourcing. Rather than counting solely on traditional renewable power purchase agreements, Meta is now directly supporting the development of advanced nuclear structure.

As AI, parallel computing, and digital services continue to expand, demand for dependable, carbon-free electricity is set to rise spruce. The success of the Natrium systems could pave the way for analogous hookups across the tech sector, situating advanced nuclear power as a foundation of unborn clean energy systems.

With construction underway and timelines set, the Meta–TerraPower deal represents a bold move toward securing sustainable power for the coming generation of digital invention.