Eco Wave Power Global AB announced that its wave energy pilot installation at Jaffa Port in Tel Aviv, Israel, achieved significant progress during February. The system operated for approximately nine days under mild sea conditions with an average wave height of 1 to 2 meters, cumulatively producing about 2,000 kilowatt-hours of renewable energy.

During the operational period, the site experienced higher wave conditions of approximately 3 meters, the highest recorded since the project's initiation. Under these conditions, the system achieved an average power production of about 20 kilowatt-hours, with a peak reaching 56.7 kilowatts, both setting new records for the site. These data indicate that the wave energy technology can operate stably under enhanced sea conditions and increase energy output as wave intensity rises.

The EWP-EDF One system at Jaffa Port has maintained a zero downtime record since early 2025, operating continuously under wave heights of 1 meter and above. As a pilot-scale project, it utilizes a small number of compact buoys, focusing on testing durability, grid integration, and production performance across different marine environments.

The company stated that data from the 3-meter wave event will aid in the design and optimization of future commercial-scale projects. Subsequent deployments are expected to employ larger buoys and more units, which may enhance energy capture efficiency and capacity factor.

Inna Braverman, CEO and Founder of Eco Wave Power, said: "February was a critical month operationally. We not only maintained stable production under mild wave conditions but also experienced the highest waves at the site to date. Achieving record average and peak power production during the 3-meter wave event provides important validation for the performance potential of our technology as we move towards scaling up commercial projects."

Eco Wave Power will continue to collect operational data from the Jaffa Port project to improve system performance and support global development plans. This progress in wave energy technology brings a positive signal to the renewable energy sector, demonstrating the potential for efficient power generation under variable marine conditions.