Eco Wave Power Global AB (Nasdaq: WAVE) reported over 1,200 kWh of clean electricity from its Jaffa Port pilot in March 2026, achieved during six days of moderate wave conditions with zero downtime since early 2025. The company holds a 404.7 MW global pipeline and has launched a pilot at the Port of Los Angeles with Shell Marine Renewable Energy.

Eco Wave Power Global AB (NASDAQ:WAVE), a pioneer in onshore wave energy technology, reported on April 7, 2026 that its EWP-EDF One pilot project at Jaffa Port in Tel Aviv, Israel generated more than 1,200 kilowatt-hours of clean electricity during the month of March 2026. The Tel Aviv–based company emphasized that the figure was achieved during approximately six days of moderate wave conditions, when wave heights ranged between one and two meters. Coming at a moment when the global technology industry is openly grappling with the enormous electricity needs of artificial intelligence data centers, the update positions wave energy as an emerging candidate in the race to power coastal AI infrastructure. The report also underscores the continued operational stability of the Jaffa Port installation, which has maintained zero recorded downtime since the start of 2025 in wave conditions at or above one meter, a performance milestone for a relatively young commercial technology.

March 2026 Production Highlights

The March figures marked another data point in a steady cadence of monthly operational updates from Eco Wave Power. While 1,200 kilowatt-hours is modest in absolute terms compared to utility-scale generators, the company emphasized the qualitative significance of the result. The electricity was produced during a limited number of operational days and under conditions that Eco Wave Power describes as moderate and commonly occurring along most coastlines. That detail matters because it suggests the technology can harvest usable energy from the typical sea states that characterize many developed coastal regions, rather than relying on exceptional high-wave events. The ability to operate efficiently under everyday conditions is a central design goal for onshore wave energy systems seeking to achieve commercial viability, and has historically been one of the biggest obstacles facing the marine energy sector.

The EWP-EDF One Pilot at Jaffa Port

The EWP-EDF One project is a pilot-scale demonstration installation at Jaffa Port, developed by Eco Wave Power in partnership with EDF Power Solutions, a subsidiary of French utility group EDF. It features a limited number of relatively small floaters attached to an existing breakwater. Waves lift the floaters, which in turn drive a hydraulic system on shore that converts mechanical motion into electricity, which is then fed into the Israeli grid. The installation was designed primarily as a real-world test bed, allowing engineers to validate system durability, grid integration, safety protocols, and production performance across a variety of marine conditions. Israel's Ministry of Energy has recognized the installation as a pioneering technology, reflecting its status as the country's first grid-connected wave energy station. Co-funding from EDF Power Solutions further underscores the project's credibility within the renewable energy sector.

Company Background: From Tel Aviv to a Global Pipeline

Eco Wave Power was founded in 2011 by Inna Braverman, an engineer and environmental advocate who remains Chief Executive Officer. The company specializes in converting ocean and sea waves into clean, reliable electricity using a patented onshore technology that attaches floaters to existing coastal infrastructure such as breakwaters, jetties, and piers. Unlike offshore wave projects, which face high capital costs and demanding marine logistics, Eco Wave Power's approach is intended to deliver lower-cost, simpler-to-maintain installations in close proximity to coastal cities, ports, and energy-intensive facilities. The company is expanding internationally with projects planned in Portugal, Taiwan, and India, and recently launched the first onshore wave energy pilot station at the Port of Los Angeles in collaboration with Shell Marine Renewable Energy. Its total project pipeline now exceeds 400 megawatts of contracted or planned capacity.

AI's Power Problem: Why Wave Energy Matters Now

The update from Eco Wave Power arrived at a time when the conversation around electricity and artificial intelligence has moved from a technical footnote to a central strategic concern. Across the technology sector, executives, policymakers, and investors are confronting the reality that training and running large AI models consumes enormous amounts of electricity. Data center developers in regions such as Northern Virginia, Dublin, Singapore, and the American Pacific Northwest are increasingly running up against grid capacity constraints, sometimes waiting years for transmission upgrades and new power generation to come online. The cooling required to keep GPU clusters operating within thermal limits further multiplies electricity demand. Industry analysts have warned that the marginal cost of electricity will become a decisive competitive variable for AI infrastructure operators, putting a premium on any technology capable of delivering reliable, low-carbon power near the points of consumption.

NVIDIA's Energy Metaphor and the GTC Spotlight

Eco Wave Power's press release noted that its installation was featured during NVIDIA's recent GTC conference, the annual flagship event for artificial intelligence and accelerated computing. In a blog published ahead of the event, NVIDIA chief executive Jensen Huang reportedly used a layered metaphor to describe how AI depends on energy as its foundational ingredient, a framing that has resonated widely across the renewable energy industry. Huang referenced AI as a multi-layer system in which electricity forms the base, with compute, cooling, and data processing all requiring continuous, reliable supply. The appearance of Eco Wave Power's technology at GTC signaled that alternative clean energy sources are beginning to capture the attention of the AI ecosystem's most influential voices, elevating the profile of companies developing novel electricity generation solutions for coastal regions where demand growth is strongest.

Renewable Energy Competitive Landscape

Wave energy remains a niche segment within the broader renewable energy industry, which is dominated by solar photovoltaics, onshore and offshore wind, and hydroelectric power. Solar and wind benefit from mature supply chains, falling component costs, and decades of deployment experience. Wave energy, by contrast, is still in the early stages of commercialization, with a handful of companies globally pursuing different technological approaches, including onshore attachments, offshore point absorbers, oscillating water columns, and overtopping devices. Eco Wave Power's differentiated strategy of leveraging existing coastal infrastructure is intended to reduce capital expenditure and environmental permitting complexity relative to offshore alternatives. Competitors and peers in the space include Carnegie Clean Energy, CorPower Ocean, and Mocean Energy, among others. The field remains small enough that any meaningful commercial milestone, such as demonstrating zero downtime for more than fifteen months as Eco Wave Power has done at Jaffa Port, draws immediate attention.

Scaling From Pilot to Commercial Deployment

Eco Wave Power was careful to contextualize the March results as performance data from a pilot-scale demonstration, not a fully optimized commercial system. The company indicated that future commercial deployments will utilize significantly larger floaters and a substantially greater number of units, which are expected to materially enhance energy capture and increase overall capacity factors compared to the pilot arrangement. That scaling logic is common in the renewable energy industry, where early installations are used to validate engineering assumptions before larger capital is committed. For investors, the transition from pilot to commercial scale is typically the most important inflection point, as it determines whether a technology can demonstrate competitive economics. Investors tracking Eco Wave Power will be watching closely for announcements of commercial projects, power purchase agreements, and detailed cost projections that enable direct comparison with other renewable energy sources on a levelized basis.

Coastal Data Centers: A Natural Fit

A key strategic argument underpinning Eco Wave Power's pitch to the AI sector is the geographic alignment between wave energy resources and coastal data center hubs. Many of the world's largest data center clusters are located near coastlines, partly because of access to undersea fiber optic cables that route international internet traffic. Those same coastlines feature the consistent wave action that Eco Wave Power's technology is designed to harvest. In theory, a commercial-scale wave energy installation near a major data center hub could provide a local, renewable power source that reduces the need for long-distance transmission, avoids competing with residential and commercial consumers for existing grid capacity, and supports corporate sustainability commitments for cloud providers. Translating that theory into delivered megawatt-hours remains the central commercial challenge, and one that the company's pilot results are intended to help answer with real-world operational data.

CEO Commentary and Strategic Direction

Inna Braverman, chief executive officer and founder of Eco Wave Power, emphasized the strategic significance of producing electricity under ordinary wave conditions rather than relying on exceptional events. She described the March performance as evidence of the system's consistency and efficiency and argued that wave energy can contribute meaningfully to the electricity needs of rapidly growing sectors such as artificial intelligence and data centers. The company's ability to generate meaningful power from common sea states, she indicated, strengthens confidence in the technology's role as part of a diversified renewable energy portfolio. Braverman has been an outspoken advocate for integrating wave energy into national clean power plans, and her leadership has positioned Eco Wave Power as one of the most visible names in the ocean energy sector despite the company's modest size relative to incumbents in wind and solar power.

Global Recognition and Partnerships

Beyond the Jaffa Port project, Eco Wave Power has cultivated a portfolio of partnerships and recognitions that underscore its international ambitions. The company has received support from the European Union Regional Development Fund, Innovate UK, and the EU Horizon 2020 research program. It has been honored with a United Nations Global Climate Action Award, a distinction that reflects the broader policy support for demonstration projects capable of contributing to climate goals. The launch of a pilot installation at the Port of Los Angeles in partnership with Shell Marine Renewable Energy marked the company's entry into the North American market and provided a new platform for operational data collection in Pacific wave conditions, which differ meaningfully from those of the Mediterranean. Projects in development in Portugal, Taiwan, and India are expected to further diversify the company's geographic footprint across multiple ocean basins.

Investor and Market Considerations

As a small-capitalization company listed on the Nasdaq Capital Market under the ticker WAVE, Eco Wave Power sits in a different investor universe from the hyperscale cloud and AI companies that dominate headlines. Its American Depositary Shares typically trade with higher volatility than larger renewable energy peers, and the company's financial disclosures emphasize its pre-commercial stage, operational pilots, and capital requirements for scaling. Investors considering the stock should understand that forward-looking statements in the company's communications, including references to the role of wave energy in supporting AI power demand, are subject to significant risks and uncertainties, as detailed in the company's Annual Report on Form 20-F filed with the US Securities and Exchange Commission. Despite its size, Eco Wave Power has increasingly been referenced in the AI energy conversation due to its strategic positioning and its high-profile partnerships with established utilities and energy majors.

Forward-Looking Outlook

The March 2026 production report is unlikely to move markets on its own, but it contributes to a narrative that Eco Wave Power and its industry peers have been steadily building. By compiling monthly operational data and linking it to larger technological and economic trends, the company is attempting to establish credibility with energy buyers, utility partners, and regulators who will ultimately decide whether wave energy earns a place in the global clean energy mix. The coming quarters will be critical for Eco Wave Power as it seeks to advance projects from pilot to commercial phase, announce new power purchase agreements, and attract additional project finance. As artificial intelligence infrastructure continues its rapid expansion, the premium on reliable, locally generated, low-carbon electricity is expected to grow, creating a potentially expanding addressable market for companies with the technology to tap into marine energy resources near population centers.

Conclusion

Eco Wave Power's March 2026 production report at Jaffa Port represents a small but strategically meaningful milestone in the convergence of two powerful trends: the rising global demand for artificial intelligence infrastructure and the ongoing push to decarbonize electricity generation. By demonstrating continuous operation, zero downtime since the start of 2025, and the ability to generate more than 1,200 kilowatt-hours during just a handful of moderate-wave days, the company is building a body of real-world evidence that wave energy can function as a dependable component of the coastal power mix. Whether wave energy ultimately emerges as a material contributor to the AI-era electricity buildout will depend on commercial-scale demonstrations, cost trajectories, and the willingness of utilities, hyperscalers, and governments to embrace a relatively new technology. For now, Eco Wave Power continues to make its case, with each monthly production update incrementally strengthening its argument that the ocean itself may yet help power the future of intelligent computing across the world.