Google is set to revolutionize its energy sourcing for data centers by turning to nuclear power from Kairos Power's small modular reactors. These reactors, cooled with molten fluoride salts, are expected to begin supplying energy by 2030. With an anticipated capacity of 500 megawatts by 2035, this move aligns with Google's ambition to achieve carbon neutrality by 2030. Despite already sourcing 64% of its energy from carbon-free sources as of 2022, Google's carbon emissions have risen by 13%, largely due to the energy demands of AI technologies and data centers.
This innovative approach by Google highlights the tech industry's broader shift towards nuclear power to balance energy needs with climate goals. The project, however, still awaits regulatory approvals and leaves some questions unanswered regarding financial specifics and the direct application of this energy to data centers.
Meanwhile, other tech giants like Microsoft are also exploring nuclear options, underscoring the growing importance of sustainable energy solutions in technology sectors. The industry's pivot towards nuclear energy reflects a commitment to reducing emissions amid escalating global energy demands.
