The ocean pulses with more energy than humanity will ever need. Waves carry more energy density than wind or solar, and they never stop. With over 2 terawatts of global potential and a $400–600 billion annual market, wave energy can power hundreds of millions of homes and help nations meet their climate goals. Atargis has solved what others couldn’t: wave energy that works at utility scale, 24 hours a day, at costs competitive with wind and solar.
Meet the CycWEC.
Constant, Predictable Power
Wave energy runs 24/7. Its patterns can be forecast weeks in advance with exceptional accuracy, delivering power when the grid needs it most and eliminating the need for costly storage.
Utility-Scale
Each CycWEC unit generates 2.5MW and units can be scaled up to 5MW and more, comparable to a wind turbine. While other wave technologies lose efficiency at scale, CycWEC holds performance, unlocking practical grid-scale power.
Cost Competitive
CycWEC produces electricity for $0.06 to $0.11 per kilowatt-hour, delivering predictable, stable output at a price point competitive with fossil fuels and lower than other renewables.
The Last Great Renewable Resource
Seventy percent of the planet is covered in water, and that water is always moving. Ocean waves represent one of the largest untapped energy sources on Earth. The resource is abundant, predictable, and ready to be harnessed. After decades of unrealized potential, wave energy has finally reached the point where it can scale, compete, and power the world’s clean energy future.
Our hydrofoils generate powerful lift forces beneath the ocean’s surface, converting wave energy efficiently without bulky surface structures. The same physics that makes planes fly and power America’s Cup vessels, now ready to power the planet.
Feedback Flow Control
Our advanced control system continuously adjusts hydrofoil orientation in real-time, synchronizing blade pitch and rotation speed with each passing wave to maximize capture.
Underwater Operation
Operating below the surface shields the system from storm damage, minimizes visual impact, and enables continuous generation in the harshest seas.