Google signs a power purchase agreement with Ormat to supply up to 150 MW of geothermal energy to its Nevada data centers through NV Energy starting in 2028
Alphabet Inc.'s Google plans to draw on geothermal power from renewable energy company Ormat Technologies to help fuel its fleet of data centers in Nevada.
Context & Ripple Effects
Google had already brought a Nevada geothermal project for its data centers into operation, making this agreement an expansion of a location-specific power-sourcing approach rather than a first experiment.
The deal also follows Google's long-term hydroelectric PPAs with Brookfield, showing the company is assembling dedicated clean-power supply across multiple generation types for data-center operations.
First-order effects
- Google secures access to as much as 150 MW of geothermal generation for Nevada data centers through NV Energy beginning in 2028, while Ormat gains a contracted large-scale buyer.
- NV Energy becomes the delivery path for the contracted energy, tying the arrangement directly to the utility serving Google's Nevada facilities.
Second-order effects
- The agreement increases the value of firm, data-center-relevant clean generation relative to intermittent procurement alone, giving Ormat a clearer commercial role in hyperscale power sourcing.
- Other data-center operators and utilities in the region may face stronger pressure to structure long-dated supply arrangements that pair new capacity with grid-delivery arrangements.
Third-order effects
- If repeated, such contracts would make power procurement and utility coordination a more central determinant of where and when data-center capacity can be deployed.
- The pattern points toward hyperscalers treating electricity supply as strategic infrastructure: combining distinct clean-generation sources and demand-side tools rather than relying on a single procurement model.
The trend: AI-era data-center expansion is pushing hyperscalers toward long-duration, location-specific power contracts that make clean generation and grid access part of capacity planning.