Eco Wave Power is piloting a data center at the Port of Los Angeles that runs entirely on electricity harvested from ocean waves, with no connection to the grid. The Israeli startup, a member of NVIDIA's Inception Sustainable Futures program — correction, NVIDIA Inception's Sustainable Futures initiative — uses NVIDIA accelerated computing and Omniverse digital twins to forecast wave patterns and schedule compute loads against them. The U.S. Energy Information Administration estimates wave energy could cover over 60% of annual U.S. electricity consumption, a resource that has stayed almost entirely untapped because the engineering has been brittle.
Eco Wave Power's design moves the expensive equipment off the water. Floaters attach to existing breakwaters and sea walls, capturing the energy of waves breaking against the shore, while computers, sensors, hydraulic conversion gear, and electrical hardware sit on land. Seawater is roughly 800 times denser than air, which means wave devices can generate comparable power from a much smaller footprint than wind turbines. Earlier wave-energy companies put their hardware inside the floater itself and watched storms destroy it.
CEO Inna Braverman, who cofounded the company, frames wave power as the most consistent renewable resource available. "Wave energy is the least intermittent source of renewable energy," she said. "Solar energy — for example — is great, but you have night, winter, cloud coverage and pollution that all impact production. With wave energy, you can generate around the clock."
Key facts
- 01Eco Wave Power is piloting wave-generated electricity as the sole power source for a data center at the Port of Los Angeles, with no grid tap.
- 02The U.S. Energy Information Administration estimates wave energy could supply over 60% of annual U.S. energy consumption.
- 03Seawater is roughly 800x denser than air, letting wave devices generate more energy in a smaller footprint than wind turbines.
- 04Active or planned projects span Jaffa Port, the Port of Los Angeles, Port of Leixões in Portugal, Suao Port in Taiwan, and Mumbai.
- 05Eco Wave Power is part of the NVIDIA Inception Sustainable Futures initiative and uses NVIDIA Omniverse libraries to build digital twins of wave systems.
The NVIDIA layer sits at two levels. Before deployment, Omniverse libraries build digital twins that simulate wave conditions, floater behavior, and structural stress, letting engineers test configurations virtually before pouring capital into the water. In operation, NVIDIA accelerated computing runs predictive analytics, anomaly detection, and environmental forecasting on live sensor feeds, with AI models continuously tuning equipment performance against ocean conditions.
The more interesting piece is the control layer above the compute. At the Los Angeles pilot, AI software predicts when waves will be strongest over the coming week from weather data and schedules energy-intensive workloads into those windows. Training runs and batch jobs get queued for high-output days; lighter inference work fills the troughs. It is a working model of energy-aware computing — aligning the most power-hungry workloads with the moments of strongest renewable generation rather than assuming a flat baseline.
The siting logic is what makes this more than a science project. Hyperscale data centers are migrating toward coasts for access to cooling water and port logistics, which puts them next to exactly the breakwaters where Eco Wave Power's floaters operate. That co-location matters: the company is following last week's NVIDIA disclosure that its Rubin AI servers can run on 45°C coolant, a thermal envelope that pairs cleanly with seawater-adjacent siting.
Eco Wave Power has live projects in Jaffa Port in Israel, built with EDF Power Solutions and the Israeli Energy Ministry, and at the Port of Los Angeles in collaboration with AltaSea and Shell. New deployments are in development at the Port of Leixões in Portugal, Suao Port in Taiwan, and a Mumbai installation with Bharat Petroleum. The portfolio is small but globally distributed across very different regulatory and grid environments.
The skeptical read is straightforward. Wave energy has been roughly five years away for the past three decades, and the commercial industry has buried more startups than it has produced megawatts. Eco Wave Power's grid-connected status and on-shore hardware design address the historical failure modes, but the company has not published a levelized cost of energy figure, and the Los Angeles data center pilot is a demonstration rather than a multi-megawatt deployment. Braverman's claim that wave power can sit as the sole source for a coastal data center will hold or fall on uptime numbers from that pilot.
The bet for NVIDIA is structural. Every gigawatt of new AI capacity that has to wait on transmission upgrades, substations, and permitting is a gigawatt of GPU sales that slips a quarter or two. Sustainable Futures, the Inception track Eco Wave Power sits inside, is effectively NVIDIA hedging against grid latency by underwriting any energy source that can be stood up at the coast and bolted directly to an AI factory. Wave is one of several — geothermal and small modular nuclear are the other names in the same conversation — and it has the unusual property that the AI workload itself can be reshaped around the supply curve.
For the data center industry, the implication is that the location calculus is shifting from "near cheap grid power" toward "near a captive renewable resource we can co-design with." Coastal sites with strong wave action, working ports, and existing breakwaters become strategically interesting in a way they were not three years ago. If the Los Angeles pilot produces clean uptime data, the next conversation will not be whether wave can power a data center but how much of a hyperscaler's new build can be sited against it before the rest goes back on the grid.
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