Peter Thiel leads $140M bet on wave-powered data centers as AI's energy hunt goes offshore

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Peter Thiel is backing Panthalassa's ambitious plan to deploy giant floating data centers powered entirely by ocean waves. The Oregon startup just raised $140 million and reached near-unicorn status with a valuation close to $1 billion. Its 85-meter steel structures use wave motion to generate electricity and run AI chips while cooling servers with seawater—no connection to shore required.

Peter Thiel Backs Ocean-Based Solution to AI's Energy Crisis

Peter Thiel is leading a $140 million funding round in Panthalassa, a US startup developing wave-powered data centers that could transform how the tech industry addresses growing energy demand from data centers

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. The Panthalassa funding values the Oregon-based company at close to $1 billion, pushing it toward unicorn status as Silicon Valley's search for AI computing capacity drives investors toward unconventional energy solutions

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Source: GeekWire

Source: GeekWire

The PayPal and Palantir co-founder's investment signals growing confidence in ocean energy technology as a sustainable solution for AI. "The future demands more compute than we can imagine," Thiel said. "Extra-terrestrial solutions are no longer science fiction. Panthalassa has opened the ocean frontier"

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. The round attracted prominent venture capital backing from Salesforce CEO Marc Benioff, PayPal co-founder Max Levchin, and early Google investor John Doerr, alongside returning investors including Founders Fund and Lowercarbon Capital

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How Floating Data Centers Harness Wave Energy

Panthalassa's data centers at sea stand nearly 85 meters tall—comparable to London's Big Ben—with most of the solid-steel structure submerged beneath the surface

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. The lollipop-shaped floating orbs use the bobbing motion of waves to force water through a turbine, generating clean electricity to power AI chips housed in hermetically sealed containers

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. This approach to AI computing sidesteps one of wave energy's biggest historical challenges: the costly infrastructure needed to transmit power to shore.

Source: FT

Source: FT

"One of the key insights that we had was that it's very important to use the electricity in place," said Garth Sheldon-Coulson, Panthalassa's co-founder and CEO, formerly an AI and energy researcher at Bridgewater Associates

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. The system receives and responds to queries via SpaceX's Starlink satellite connection while cooling servers with seawater—solving the dual challenges of power generation and thermal management that plague traditional facilities

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Scaling Manufacturing for Commercial Deployment

The new capital will allow Panthalassa to complete its pilot manufacturing facility near Portland, with commercial deployments targeted for 2027 following Ocean-3 pilot series tests planned for this year

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. Founded in 2016 as a public benefit corporation, the company has spent nearly a decade developing its technology platform, conducting sea trials with prototypes Ocean-1, Ocean-2, and Wavehopper in 2021 and 2024

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The startup's engineering team includes former talent from SpaceX, Boeing, NASA, Tesla, and Apple, with approximately 108 employees

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. Co-founder Brian Moffat previously worked at Disney's Imagineering unit and Google, while engineering director Dan Place worked on SpaceX's drone ship used to catch reusable rockets

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Addressing AI Computing Capacity and the Energy Bottleneck

As AI computing capacity continues to outstrip supply, the energy bottleneck has become critical. Sheldon-Coulson believes wave and wind power are—alongside solar and nuclear—the only clean sources capable of generating "tens of terawatts" of energy

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. "Energy from open-ocean waves is low-cost, sustainable, abundant and now we have the technology to make it accessible for people," he said

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The nodes are largely solid with no hinges, flaps, or gearboxes that might fail in harsh ocean conditions, improving both reliability and scalability

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. The system uses only earth-abundant materials like steel, with robust supply chains that Sheldon-Coulson considers essential for environmental and ecological reasons

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. The vessels can propel themselves to remote locations using their hull shape without engines, then operate continuously by recirculating water to power generators with no emissions

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What This Means for the Future of Sustainable AI Infrastructure

Panthalassa's approach shares parallels with other unconventional solutions emerging to meet datacenter energy demands, from rebooting mothballed nuclear stations to space-based facilities like Redmond's Starcloud, which reached a $1.1 billion valuation in March

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. The investment reflects Peter Thiel's longstanding interest in seasteading—establishing communities in international waters beyond sovereign jurisdiction

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If Panthalassa succeeds in deploying commercial fleets, the implications extend beyond AI computing. "Waves are twice-concentrated sunlight and they keep going even when the wind stops," Sheldon-Coulson explained. "The waves are like a battery for sunlight and we can be capturing from it 24/7"

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. This positions ocean-based infrastructure as a potential sustainable solution for AI's escalating power requirements while minimizing environmental impact on marine ecosystems.

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