This initiative, the company’s first 1MW wave energy project in the country, is set to be completed by 2026 and reflects Portugal’s commitment to innovative and sustainable energy solutions.

A central feature of the project is the transformation of “The Gallery,” an existing breakwater tunnel, into a state-of-the-art facility housing Eco Wave Power’s wave energy conversion equipment. Beyond its technical function, the facility will serve as an educational and cultural space, including an underwater wave energy museum and an interactive education center. This dual-purpose approach underscores Portugal’s efforts to raise awareness about renewable energy while driving technological advancement.

The preparation of the site involves several critical activities aimed at ensuring both operational efficiency and public engagement. These include the removal of sand and debris to create a safe and accessible environment, structural reinforcements like replacing doors and windows to improve security, and waterproofing measures to maintain the facility’s durability. Once these upgrades are completed, the focus will shift to the production and deployment of Eco Wave Power’s innovative wave energy technology.

Portugal’s ambitious renewable energy goals, which target 85% renewable electricity generation by 2030, provide a strong backdrop for this project. By harnessing wave power, Portugal is tapping into one of its abundant natural resources—the ocean—while positioning itself at the forefront of global renewable energy innovation. This project is expected to contribute significantly to the country’s energy mix, enhancing sustainability and energy independence.

To ensure the project’s success, Eco Wave Power has brought in experienced professionals and local expertise. Juan José Gómez, appointed as Power Station Manager, will oversee daily operations and ensure that technical and operational goals are met. Additionally, Portuguese engineering firm MOQ Engineering has been tasked with finalizing the project’s design and load calculations. MOQ’s proficiency in advanced technologies like Building Information Modelling (BIM) is expected to play a crucial role in maintaining the project’s safety and efficiency.

As this initiative moves forward, it highlights Portugal’s proactive approach to integrating cutting-edge renewable energy solutions with public education and infrastructure development. The Eco Wave Power project stands as a model of how innovation, collaboration, and sustainability can shape the future of energy, reinforcing Portugal’s position as a leader in the global transition to clean energy.

Author

Paulo Lopes is a multi-talent Portuguese citizen who made his Master of Economics in Switzerland and studied law at Lusófona in Lisbon - CEO of Casaiberia in Lisbon and Algarve.

Paulo Lopes