
The demonstration unit, hosted by AltaSea at the Port of Los Angeles and supported by Shell’s Marine Renewable Program, will enable environmental impact assessments, test the durability of materials and floaters, and provide insights into the U.S. permitting process through partnerships with the U.S. Army Corps of Engineers and local port authorities. The system utilizes floaters attached to existing coastal infrastructure to harness wave motion, converting it into electricity via a land-based conversion unit.
Inna Braverman, Founder and CEO of Eco Wave Power, stated: “This pilot is not just a technology showcase—it’s a foundation for full-scale commercialization in the U.S.” She added: “With all floaters installed and our energy conversion system installation underway, we’re proud to demonstrate how existing coastal infrastructure can be leveraged for clean, reliable power from ocean waves.” The project highlights the potential for sustainable energy production using existing marine facilities.
The floaters were manufactured by All-Ways Metal, a California-based company, and installed by Wilmington-based marine contractor C&S Welding. Ian Crichton, President of C&S Welding, commented: “We’re honored to be part of this groundbreaking project.” He further noted: “Eco Wave Power’s system is a practical, local solution to global energy challenges—and we’re excited to contribute our capabilities to its U.S. debut.” Their involvement underscores the collaborative effort to bring innovative energy solutions to the region.
In April, Eco Wave Power signed a manufacturing agreement with All-Ways Metal to produce the floaters, following regulatory approvals, including a federal permit from the U.S. Army Corps of Engineers in November 2024 and a final license from the Port of Los Angeles earlier this month. By mid-July, production of all floaters was completed, with deployment expected to commence later this month. This project positions Eco Wave Power as a pioneer in wave energy, contributing to sustainable energy development in the United States.