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On Thu, 19 Dec, 12:02 AM UTC
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[1]
Sam Altman-led nuclear start-up signs major AI power supply deal
Oklo, a nuclear energy start-up chaired by Open AI's Sam Altman, has struck a major corporate power supply deal as the industry rushes to meet the surging needs of artificial intelligence. The 20-year agreement with Switch Inc, a large privately held data centre operator, is to build reactors with a total capacity of up to 12 gigawatts -- enough in total to power all 7.6mn households in New York state. Oklo claimed the agreement was among the largest clean power deals in history, even though it is non-binding and the company's technology is years from production. Jacob DeWitte, Oklo's co-founder and chief executive, told the Financial Times that if binding terms are reached, the deal could be worth multiple billions of dollars. The contract is the latest announced between nuclear developers and the technology industry, as the artificial intelligence boom creates a dire need for high-wattage, low-carbon energy supplies. Oklo is developing small modular reactors -- new types of advanced nuclear plants with a capacity of 300 megawatts or less, which is about a third of standard facilities. Big Tech is increasingly betting that small reactors can deliver enough energy to run AI systems, even though no western company has yet successfully deployed the technology. DeWitt said nuclear was the only power source that could sustainably meet the massive energy demands of the AI revolution. He downplayed critics' concerns about the risks inherent in nuclear energy, which is highly regulated and has been subject to delays and cost overruns. "We are entering a new world due to the size of the energy demand," DeWitte said in an interview. "You can't do it with renewables, as you would need a lot of gas back-up capacity and a lot of folks want a clean solution." Oklo is aiming to deploy its first 15MW reactor by late 2027 at the Idaho National Laboratory. Rival US-based nuclear developers X-energy and Kairos Power recently signed power deals with Amazon and Google to provide low-carbon electricity to power their data centres. Microsoft also struck a corporate power agreement in September with Constellation Energy that will reactivate the Three Mile Island nuclear plant in Pennsylvania. Adam Stein, director of nuclear energy innovation at The Breakthrough Institute, a Washington think-tank, said Big Tech's contracts with nuclear developers would give investors confidence to support a nascent industry. "They are intentionally taking on some of that technology risk, the first-mover risk in their power-purchase agreements," he said. "This is how new technology gets to market." But some analysts are sceptical that the new crop of nuclear start-ups will ever deliver. "These agreements do not appear to be the kinds of serious, substantial, and sustained financial commitments -- on the order of many billions of dollars over decades -- that would be necessary to fully realise these speculative nuclear projects," said Edwin Lyman, nuclear power safety director for the Union of Concerned Scientists. Although nuclear power generation does not emit carbon dioxide, some critics deny it is a clean power source, pointing to the radioactive waste it creates, which must be stored indefinitely. Switch operates several large-scale data centres in Nevada, Texas and Atlanta using renewable power. To fulfil the maximum terms of the contract, Oklo would have to build hundreds of its small reactors across the US to serve Switch's facilities. Oklo, which counts technology entrepreneurs Altman and Peter Thiel among its early investors, listed in New York in March and has a $2.2bn market capitalisation. Chris Wright, Donald Trump's nominee to become US energy secretary, is a director of the company. DeWitte said Wright would step down from the board if he is confirmed by the US Senate.
[2]
Data center company Switch plans to buy 12 GW of nuclear power from SMR company Oklo
Advanced nuclear group Oklo announced that it's signed an agreement to sell 12 GW of power from planned nuclear projects to data center company Switch. Why it matters: It's one of the largest deals for clean energy to date and highlights the insatiable need for renewable electricity to power AI data centers. Zoom in: Oklo, which was funded early on by OpenAI CEO Sam Altman, says the deal is a "non-binding" agreement to deploy reactors through 2044. Catch up quick: Oklo has developed a modular "fast reactor" where the nuclear fuel rods are cooled by liquid metal instead of water. The big picture: Advanced nuclear has emerged as a key power source for tomorrow's AI data centers. Google, Microsoft, Meta and Amazon have all shown interest. State of play: Other advanced nuclear companies include Kairos Power, X-energy, TerraPower, and NuScale. Yes, but: It'll take several years for the advanced nuclear companies to commercialize their reactors. The bottom line: Big Tech's advanced nuclear deals could kickstart project deployments and could act as a linchpin for the sector.
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Oklo, a nuclear startup chaired by OpenAI's Sam Altman, signs a major 20-year power supply deal with data center operator Switch, highlighting the growing energy demands of AI and the potential role of advanced nuclear technology in meeting them.
Oklo, a nuclear energy startup chaired by OpenAI's Sam Altman, has entered into a significant 20-year power supply agreement with Switch Inc, a major privately held data center operator 1. This non-binding deal aims to build reactors with a total capacity of up to 12 gigawatts, potentially powering the equivalent of all 7.6 million households in New York state 1.
The agreement underscores the surging energy needs of artificial intelligence and highlights the tech industry's growing interest in nuclear power as a sustainable energy source for AI systems. Jacob DeWitte, Oklo's co-founder and CEO, emphasized that nuclear power is the only viable option to sustainably meet the massive energy demands of the AI revolution 1.
Oklo is developing small modular reactors (SMRs), advanced nuclear plants with a capacity of 300 megawatts or less. These innovative reactors, including Oklo's "fast reactor" cooled by liquid metal instead of water, are attracting attention from Big Tech companies 2. However, the technology is still years away from production, and no western company has yet successfully deployed SMRs 1.
The Oklo-Switch deal is part of a broader trend of tech giants exploring nuclear energy options:
Despite the enthusiasm, the nuclear energy sector faces several challenges:
Oklo aims to deploy its first 15MW reactor by late 2027 at the Idaho National Laboratory 1. To fulfill the maximum terms of the contract with Switch, Oklo would need to build hundreds of its small reactors across the US 1. While the deal is non-binding, industry experts believe that Big Tech's involvement could provide the necessary investor confidence to support this nascent industry 1 2.
Reference
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Major tech companies are turning to nuclear power to meet the growing energy demands of AI, investing in both traditional and next-generation reactor technologies.
58 Sources
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Major tech companies, including Meta, Google, and Amazon, are investing in nuclear and renewable energy sources to meet the growing power demands of AI operations while maintaining carbon-neutral goals.
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Google CEO Sundar Pichai reveals the company's interest in nuclear energy, particularly small modular reactors, to power AI data centers while striving to meet ambitious climate targets. This move reflects a broader trend among tech giants seeking sustainable energy solutions for their growing AI operations.
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Major technology companies are investing in nuclear power, particularly small modular reactors, to meet the growing energy needs of artificial intelligence and data centers. This shift marks a potential renaissance for the nuclear industry and raises questions about the future of energy production.
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Tech giants like Microsoft and Google are eyeing nuclear power for their AI data centers, but regulatory and infrastructure challenges may delay implementation. The move aims to reduce carbon footprints and meet growing energy demands of AI technologies.
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