In a bold move to enhance the sustainability of its operations, Meta Platforms, the parent company of Facebook, has announced significant nuclear power agreements with three notable energy companies—TerraPower, Oklo, and Vistra. These deals are part of Meta’s strategy to secure cleaner and more reliable electricity sources for its expansive artificial intelligence (AI) data centres, particularly for the ambitious Prometheus AI data centre being constructed in New Albany, Ohio.

Meta’s Prometheus initiative, introduced in July 2025, represents a substantial investment in advanced infrastructure, featuring a 1-gigawatt power cluster spread across multiple data centre buildings. The data centre is expected to commence operations later this year, positioning Meta at the forefront of the AI landscape. The precise financial terms of the newly signed agreements remain undisclosed, yet the company’s commitment to renewable energy emphasizes its intent to lead in both the tech and energy sectors.

During the official announcement, Meta highlighted that these agreements will collectively support the provision of up to 6.6 gigawatts of new and existing clean energy by 2035. This strategic move is aimed not just at bolstering the company’s energy supply but also at reinforcing America’s energy independence and leadership in global AI advancements. The company underscored the importance of reliable and clean energy sources in maintaining the vigorous demand of AI operations while contributing to environmental sustainability.

Among the contracts, the partnership with TerraPower stands out. This collaboration aims to support the development of two Natrium reactor units, each expected to generate up to 690 megawatts of firm power, with energy delivery projected as early as 2032. Furthermore, Meta has secured rights to energy production from up to six additional Natrium units, which could add another 2.1 gigawatts to its power supply by the year 2035. This commitment from TerraPower not only enhances the energy reliability of Meta’s operations but also supports innovative advancements in nuclear technology.

In addition to the TerraPower deal, Meta will procure more than 2.1 gigawatts of power from two existing Vistra nuclear facilities in Ohio. The strategic expansion of these facilities, along with a third Vistra plant in Pennsylvania, is designed to elevate the grid’s capacity and support Meta’s novel data centre needs.

Moreover, taking strides towards innovation, Meta’s collaboration with Oklo shines a light on the potential of small modular nuclear reactors (SMRs). Oklo, known for its advanced nuclear technology and backed by significant investors like OpenAI’s Sam Altman, is developing a 1.2-gigawatt power campus in Pike County, Ohio, which aims to supply energy directly to the Meta data centres in the region. This partnership reflects a serious commitment to not only externalize energy resources but also to promote advancements in nuclear energy solutions essential for future sustainable development.

These nuclear power agreements build upon Meta’s earlier commitment in June 2025 when it initiated a substantial 20-year deal with Constellation Energy. This earlier agreement reinforced Meta’s trajectory toward renewable energy, setting the stage for the subsequent nuclear power developments.

The implications of these arrangements are manifold. For one, they signify a crucial step towards addressing the increasing energy demands associated with growing AI workloads. As AI systems evolve, their energy requirements are expected to grow exponentially. By investing in clean energy solutions like nuclear power, Meta is not only securing its operational capabilities but also endorsing a more sustainable future.

In conclusion, Meta’s nuclear power agreements mark a significant milestone in the intersection of technology and energy innovation. These contracts will allow Meta to meet its data centre energy needs while pioneering a path towards greener operations. As the world increasingly pivots towards sustainability, Meta’s strategic adoption of nuclear energy could set a benchmark for the tech industry, demonstrating a commitment to achieving high efficiency and reduced carbon footprints while navigating the rapidly evolving landscape of artificial intelligence.