CFS ARC-M for AI Campuses

Behind the meter fusion turns CFS from a future utility supplier into a direct infrastructure vendor for compute campuses. A 50 to 150 MW ARC-M unit matches the size of a single large AI data center cluster or a small campus, which means CFS can sell power where the bottleneck actually is, at the site that cannot wait years for new transmission, substation upgrades, or grid interconnection queues.

• CFS is already selling into this buyer set. Google agreed in June 2025 to buy 200 MW from CFS’s first 400 MW ARC plant, which shows hyperscalers are willing to sign early for clean firm power long before commercial fusion is operating.
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• The product sizing matters. CFS’s planned ARC-M units at 50 to 150 MW sit in the same range as other on site clean firm power offers aimed at data centers, including Helion’s 50 MW Microsoft plant and Aalo’s 50 MW reactor pod. That makes behind the meter power a real product category, not just a fusion concept.
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• Behind the meter solves a practical problem more than an energy theory problem. Data center demand is rising sharply, Goldman Sachs estimates global data center power demand could reach about 137 GW by 2030, and the market increasingly expects operators to combine grid supply with on site generation to avoid power delays.
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The next step is a race to package clean firm power as a standard part of AI campus design. If CFS proves ARC at utility scale first, ARC-M can extend that design into repeatable on site deployments for hyperscalers, colocation providers, and industrial microgrids, where speed to power will matter as much as cents per kilowatt hour.