Meta, the tech giant behind Facebook and Instagram, is taking a big step to secure the future of artificial intelligence (AI) operations — and it’s not just about advanced algorithms. It’s about energy, and a huge amount of energy at that.
To meet the growing and massive energy needs of artificial intelligence, Meta has signed a 20-year agreement with Constellation Energy to supply nuclear power to some of its data centers in the US. This move is not a symbolic environmental gesture — it is a strategic decision aimed at securing a stable and long-term energy source in the increasingly competitive world of artificial intelligence. Clinton Nuclear Power Plant to Power Meta’s Data Centers The agreement focuses on the Clinton Clean Energy Center in Illinois. This nuclear power plant faced closure in 2017 due to financial losses. However, the facility, which managed to survive during that period, will now be one of the key facilities powering Meta’s infrastructure starting in 2027. According to Meta, this agreement will help the plant continue its operations and ensure the preservation of more than 1,100 jobs. Meta’s investment will also finance upgrades that will increase the plant’s capacity by 30 megawatts. This will bring the total capacity to 1,121 megawatts — enough to meet the energy needs of approximately 800,000 US households. It is not clear how much of this energy Meta will use; However, this step shows that the company is seriously turning to clean and reliable energy for its growing AI workloads.Nuclear Energy Back on the Agenda for Tech Giants
As the energy demand of data centers rapidly increases, technology companies are looking for solutions that are both stable and environmentally friendly. Nuclear energy, which does not emit carbon and provides continuous energy, is becoming an increasingly attractive alternative compared to variable renewable sources such as solar and wind.
According to Goldman Sachs, if the use of artificial intelligence continues to increase at today’s rate, the energy demand from AI alone could increase 160-fold by 2030. To meet this increase, the US may need to build 85-90 gigawatts of new nuclear capacity. This reveals how critical a role nuclear energy will play in future energy strategies. Meta is not alone in this transformation. Google has partnered with Kairos Power to explore small modular reactors (SMRs) up to 500 megawatts. Amazon has signed various agreements for next-generation nuclear technologies with companies such as Energy Northwest, Dominion Energy, and X-energy, which focuses on fast reactors. Nuclear Energy Still Faces Challenges Despite its advantages, nuclear energy still faces some obstacles. High infrastructure costs, safety concerns, and waste management pose significant challenges, especially with older technologies. However, next-generation reactor designs like SMR aim to overcome these obstacles by offering safer, faster-to-install, and potentially more economical solutions. For Meta, the priority is to ensure long-term, low-carbon energy stability for AI infrastructure. The agreement with Constellation Energy reflects this vision — although it is not a guarantee of success. Indeed, a nuclear project Meta had previously planned in Idaho was suspended in 2022 after a rare bee species was discovered at the proposed site. * * * * Nevertheless, Meta’s latest nuclear move shows that large tech companies are beginning to rethink energy not just as a cost item, but as a strategic resource fueling the artificial intelligence revolution.*
