Google Secures Geothermal Power Deal for Nevada Data Centers

Google has signed a power purchase agreement with Ormat Technologies to supply up to 150 megawatts of geothermal energy to its Nevada data centers through NV Energy, with the arrangement set to begin in 2028.

The deal represents Google's continued push toward renewable energy sources for its massive data center operations. Geothermal energy provides consistent, baseload power unlike some intermittent renewable sources, making it particularly valuable for data center operations that require constant, reliable electricity.

This agreement comes as tech companies face increasing pressure to power their energy-intensive AI and cloud computing operations with sustainable sources. Google has been a leader in corporate renewable energy purchasing, having signed numerous agreements over the years to match its electricity consumption with clean energy.

The 2028 start date suggests this is part of Google's longer-term infrastructure planning, likely aligned with data center expansion timelines in Nevada. The state has become an attractive location for data centers due to its business-friendly environment, existing infrastructure, and access to renewable energy resources.

Ormat Technologies, a leading geothermal company, will supply the energy through NV Energy, Nevada's primary electric utility. This type of arrangement allows Google to secure renewable energy while working within the existing utility framework rather than building and operating its own power generation facilities.

The deal highlights the growing importance of geothermal energy in the tech sector's sustainability strategies. As AI workloads continue to drive massive increases in data center power consumption, companies are seeking reliable renewable sources that can provide consistent power around the clock.

This agreement is part of a broader trend of tech companies investing in various forms of clean energy to power their operations, from solar and wind to emerging technologies like geothermal and advanced nuclear.