💡Fervo Energy Launches 33 MW Geothermal Plant in Utah
Fervo's Utah Plant Could Power Datacenters by 2028
TL;DR
Fervo Energy's 33 MW geothermal plant in Utah is now operational, with plans to scale to 100 MW by year-end and 500 MW by 2028. This could power datacenters at a premium, but with significant environmental benefits.
Fervo Energy's 33 MW geothermal plant in Utah is now operational, bringing 4 GW of potential capacity online. The company aims to reach 100 MW by the end of the year and 500 MW by 2028, positioning it to power datacenters at a premium. This is a big deal for companies like Google and Meta, who are investing in geothermal energy to power their datacenters. The tech uses two parallel wells drilled to 8,000 feet to generate steam, capable of heating water to 190 degrees Celsius.
Key Points
Fervo Energy's Cape Station in Beaver County, Utah, has begun supplying electricity to the grid with 33 MW of power, aiming for 100 MW by January 2024.
The plant uses Enhanced Geothermal Systems (EGS) technology, with two parallel wells drilled to around 8,000 feet below the surface.
EGS technology heats water to 190 degrees Celsius, generating steam to produce electricity, with the potential to scale to over 4 GW of capacity.
Google has a 150 MW deal with Ormat and NV Energy to fuel its datacenter expansion, showing the tech's potential for large-scale energy needs.
Meta has partnered with Sage Geosystems to deliver up to 150 MW of geothermal power, highlighting the growing interest in this green energy source.
Why It Matters
Fervo's 33 MW geothermal plant in Utah could power up to 900 MW of contracted capacity by 2028. Datacenters like Google's and Meta's, which are investing in geothermal energy, could see significant environmental benefits. However, the 20% premium for geothermal energy means smaller datacenters may stick with conventional sources.
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