When wind blows over the sea, its energy is transferred into the water, creating waves that move across the planet. Innovative technologies known as wave energy converters (WECs), including the WaveRoller®, capture this oceanic movement to generate electricity. The energy output from these systems depends on various factors, including wave speed, height, frequency, and water density.

With a staggering global potential, wave energy could become the largest source of renewable energy from our seas, with the Intergovernmental Panel on Climate Change (IPCC) estimating an annual production capacity of 29,500 TWh—nearly ten times Europe’s annual electricity consumption of 3,000 TWh.

Wave energy offers utility-scale power production that complements other renewable sources like wind, and its benefits extend beyond energy generation. It is clean, infinite, and locally sourced, making it crucial for securing energy supplies and achieving climate goals. The ONDEP project is committed to unlocking this potential by establishing a 2 MW wave energy farm using four WaveRoller® devices and creating a comprehensive European supply chain. By addressing technical, environmental, and economic aspects, ONDEP aims to foster confidence in wave energy adoption and contribute to a sustainable future while supporting the Sustainable Development Goals (SDGs) related to clean energy and environmental conservation.