Turnkey nuclear power and cooling for AI

This partnership shows that winning AI data center deals increasingly means selling a packaged utility, not just a reactor. Oklo is pairing onsite nuclear generation with Vertiv’s liquid cooling gear so a customer can buy electricity and heat removal together, which matters because dense AI racks are constrained by both megawatts in and heat out. That makes Oklo look less like a merchant power supplier and more like a turnkey campus infrastructure provider.

• The deal is aimed at hyperscale and colocation sites in the U.S., and the partners said they plan to use waste heat from Oklo’s power plant to run Vertiv cooling systems. In practical terms, that means the reactor is not only feeding servers, it is also helping cool them, which can improve site efficiency where AI clusters push rack density higher.
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• Oklo has also said it has letters of intent tied to as much as 750 MW of U.S. data center demand. For a microreactor developer, that is important because data center buyers want a full deployment path, including power, thermal management, controls, and site design, before signing long dated capacity agreements.
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• This is the same logic behind Aalo’s plan to place an experimental data center next to its first reactor and eventually package power and computing together. The competitive line is shifting from reactor physics alone to who can make deployment easiest for operators that need a new AI facility up and running fast.
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The next step is a tighter bundle where nuclear startups, cooling vendors, and electrical equipment suppliers sell predesigned AI campuses in 10 to 50 MW blocks. If that model works, the companies that win will be the ones that cut months of engineering and interconnection work out of the customer buying process, not just the ones with the best reactor design.