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Google and Xcel Put a Price Fence Around a 780-MW Data Center

Google and Xcel Put a Price Fence Around a 780-MW Data Center

Google’s proposed Minnesota data-center agreement would make it pay for new service and minimum contracted capacity. The structure could protect existing Xcel customers, but regulators still must approve the arrangement.

Google and Xcel Energy have proposed a power agreement for a 780-megawatt data center near Pine Island, Minnesota, with unusually explicit protections intended to keep the project’s costs away from existing utility customers. The contract still requires approval from the Minnesota Public Utilities Commission.

Xcel says Google will pay the costs of its new service and associated grid infrastructure. The filed arrangement also requires Google to pay for at least 75% of contracted capacity even if it uses less, according to the original report. Early termination could trigger up to eight years of minimum payments. Those terms matter because large data centers can require power plants, transmission and storage long before demand is certain.

The broader resource plan includes 1,400 megawatts of wind, 200 megawatts of solar and 300 megawatts of long-duration storage. Xcel’s official announcement says those projects would serve the wider system, not only Google. Form Energy’s planned storage component is rated at 300 megawatts and 30 gigawatt-hours, enough for 100 hours at full output.

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The agreement is a useful test of whether utilities can add very large computing loads without shifting stranded costs to households and smaller businesses. Google gains a path to power for AI infrastructure and helps finance supply tied to its growth. Xcel gains a large contracted customer and investment opportunity, but regulators must decide whether cost allocation, reliability and exit protections are strong enough.

The proposal does not mean the data center or energy projects are fully approved. It also does not guarantee round-the-clock carbon-free operation, because intermittent wind and solar require storage, transmission and other resources when output is low.

For Alphabet investors, one site will not determine cloud economics. The important signal is whether Google can secure power at predictable long-term costs without creating regulatory delays. For Xcel, the evidence will be the commission’s final terms and whether the project improves system economics while protecting current customers as promised.

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