Company Eco Wave Power recently completed wave energy pilot projects. The company reported its Q1 results in May. The company reported:
“Eco Wave Power believes that its proprietary wave
energy technology is uniquely positioned to support the emerging energy needs
of coastal and nearshore infrastructure, including data centers, by providing a
predictable and scalable source of renewable energy.”
“In parallel, the Company has initiated discussions with
data center developers and infrastructure”partners to explore the integration
of wave energy into AI-focused energy solutions.”
The company was also featured
during the keynote presentation delivered by NVIDIA’s CEO, Jensen Huang, at the
NVIDIA GTC conference.
Its pilot project is the
EWP-EDF One project at the Port of Jaffa, on the Israeli coast. It continues to
provide power for the national grid.
“During the quarter, the system demonstrated stable
performance and reliability under real sea conditions, including record
production levels during peak wave events. The project continues to validate
the Company’s technology in real-world environments, including grid
integration, durability, and cost efficiency.”
The project continues to
evaluate its wave power for powering data centers. The project includes “the
integration of advanced data analytics and AI-driven optimization tools such as
the Company’s planned WaveGPT platform.”
Another pilot project was
recently completed in the Port of Los Angeles, California. It validated the
feasibility of deploying wave energy systems integrated into existing coastal
infrastructure without seabed connections or construction.
The company is continuing its
MW-scale wave energy production project offshore Portugal. The company is
developing the first wave energy project offshore Taiwan. The company is also
planning a project in India and exploring the feasibility of a project in South
Africa.
The company is developing
onshore and nearshore wave power that does not attach to the seabed. While
offshore wave energy is higher than nearshore or onshore wave energy, the
amount of that energy that is exploitable, especially nearshore, is nearly the same
as offshore. In addition, it is more stable, much cheaper, easier to install,
easier to insure, and safer against high wave damage. Breakwaters are proving
to be ideal locations for nearshore wave power deployments. Breakwaters are
permanent structures constructed in a coastal area to protect against tides,
currents, waves, and storm surges. The wave power devices can be attached to
breakwater structures.
The graphic below shows the
total wave power and the exploitable wave power of offshore, nearshore, and
onshore environments.
Below is a global map of wave
power resources.
References:
Eco
Wave Power Reports Q1 2026 Results and Advances Positioning in AI-Driven Energy
Infrastructure. Eco Wave Poer. May 7, 2026. Eco
Wave Power Reports Q1 2026 Results and Advances Positioning in AI-Driven Energy
Infrastructure - Eco Wave Power
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