NVIDIA-Backed Eco Wave Power Uses AI and Digital Twins to Harvest Energy from Ocean Waves

Wave energy could theoretically supply more than 60% of the United States’ annual electricity consumption, according to an assessment cited by NVIDIA referencing the US Energy Information Administration. That figure represents technical potential, not current output — but it helps explain why NVIDIA has put its weight behind a small Swedish-Israeli company that thinks the answer to AI’s growing power problem might be sitting just offshore.

Eco Wave Power Global AB, listed on Nasdaq under the ticker WAVE, has joined NVIDIA’s Inception programme as part of its Sustainable Futures initiative. The company converts the rise and fall of ocean waves into grid-compatible electricity using floating structures — buoys, essentially — attached to existing coastal infrastructure such as breakwaters, jetties and piers. No offshore platforms. No new foundations drilled into the seabed. The floaters drive hydraulic systems connected to conventional generators, and the electricity feeds directly into the grid.

NVIDIA has published a corporate blog specifically highlighting Eco Wave Power’s technology, framing it as part of a broader argument that the next era of AI will be defined, and potentially constrained, by how much clean power is available to run data centres.

How the Digital Twin System Works

Before a single floater is bolted to a breakwater, Eco Wave Power’s engineers run simulations. Using NVIDIA Omniverse libraries, the company builds digital twins of wave patterns and floating infrastructure, modelling localised sea conditions, structural behaviour, different deployment configurations and operational scenarios. The idea is to iron out engineering decisions virtually before committing to physical installation, reducing both risk and cost.

At the operational stage, NVIDIA accelerated computing and AI analyse real-time ocean data alongside equipment performance metrics and energy generation curves. The system handles predictive maintenance scheduling, anomaly detection and environmental forecasting — essentially keeping the hardware running efficiently by anticipating problems rather than reacting to them.

It’s a fairly straightforward application of tools that NVIDIA has been pushing across multiple industries. What makes Eco Wave Power’s case unusual is the target: not a factory or a logistics network, but the sea itself.

The Port of Los Angeles Pilot

The most watched project is at the Port of Los Angeles, developed in collaboration with AltaSea and Shell. Eco Wave Power and NVIDIA are testing whether a data centre can be powered entirely by wave energy, with AI software scheduling compute tasks based on forecasted wave strength. When waves are strong, the system runs heavier workloads. When they’re weaker, it holds back.

For their part, the pilot is described as experimental, and Eco Wave Power’s own Form 6-K filing to US regulators is careful to flag that future projects — including data centre applications — are subject to technical, financial and regulatory uncertainties. That’s standard forward-looking statement language, but it’s a fair reflection of where wave energy sits commercially: promising, but not yet proven at scale.

The company also operates a project at Jaffa Port in Israel, developed with EDF Power Solutions and the Israeli Ministry of Energy, and is developing sites at the Port of Leixões in Portugal, Suao Port in Taiwan, and in Mumbai with Bharat Petroleum Corporation Limited.

Jensen Huang’s Keynote Endorsement

Eco Wave Power’s technology featured in Jensen Huang’s GTC Taipei 2026 keynote, where NVIDIA’s founder and chief executive used it as an example of digital twins and simulation being applied to physical infrastructure. That kind of platform matters for a company of Eco Wave Power’s size — NVIDIA’s Inception programme provides access to developer tools, technical resources, training and ecosystem connections, but appearing in a Huang keynote carries a different order of visibility.

The company’s Facebook and LinkedIn posts carried wording confirming its Inception membership: “Eco Wave Power, an NVIDIA Inception member, has found a solution in the sea. Using NVIDIA Omniverse digital twins and accelerated computing, Eco Wave Power simulates wave conditions and…” — the post trailing into a link to the full NVIDIA blog.

Questions the Technology Still Has to Answer

Not everyone is convinced. Critics of wave energy point to cost-effectiveness, long-term reliability and the difficulty of integrating variable marine generation into national grids. There are also legitimate questions about environmental impact on coastal ecosystems and maritime activity — questions that aren’t automatically resolved by adding AI to the system.

Some analysts question whether niche solutions like wave-powered data centres can ever scale fast enough to make a meaningful dent in AI’s energy appetite. Global data centre power demand is growing rapidly, and a pilot at one port, however well-designed, is a long way from a systemic answer.

Environmental advocates tend to view wave energy positively as a low-carbon technology, but typically call for rigorous impact assessments before new structures are added to shorelines — especially where marine life and coastal dynamics could be affected.

The technology’s onshore design does address some of these concerns. Attaching floaters to existing infrastructure rather than building offshore platforms reduces installation costs, limits new footprint in the marine environment and simplifies permitting. It also places generation close to coastal zones, ports and industrial areas where demand is often concentrated.

What This Means for Kent Residents

There are no confirmed Eco Wave Power installations, planning applications or formal partnerships with Kent ports — Dover, Folkestone, Sheerness or Thames Gateway are not mentioned in any of the company’s current project disclosures. Kent’s extensive English Channel and Thames Estuary coastline could, in principle, make it a candidate for this kind of onshore wave energy in the future, but nothing has been verified. For now, the most direct relevance is as a UK energy story: if wave-powered and AI-managed renewable systems mature and connect to national grids, they could contribute to reducing the carbon intensity of the electricity that Kent homes and businesses already use.