Ocean Waves are dense, perpetual, and can theoretically Supply the world’s electrical consumption, with power to spare.

Water covers 70% of the earth and is always moving, the oceans’ dense mass is driven by the wind, sun, and tides. Waves swell and wane, but they never stop. Seabased wave energy power parks operate 24/7 too, providing electricity day and night.

Ocean wave energy has long been recognized as a renewable energy source with immense potential. Estimates place wave’s theoretical energy production at aproximately 125% of the electrical energy consumed around the globe. And waves are increasing in power and size around the world, meaning the oceans’ ability to produce power will only grow.

Today, thousands of islands and underserved areas rely on expensive, polluting diesel generators. On the mainlands, over half the world’s population lives near a coast; that is projected to increase to 70% between now and 2050. Seabased’s turnkey wave power parks could provide wave-to-grid electricity for those coastal areas with “always on” power that is virtually invisible, makes no loud noises, emits no CO2, and has no toxins or blades.

Seabased Wave Energy power Parks:

  • Provide clean, sustainable, renewable, CO2-free power

  • Are proven robust, mechanically simple, and able to withstand storms

  • Are virtually invisible from the shore

  • Create artificial reefs that can serve as a refuge and a nursery for marine life

  • Increase energy security: your electricity comes from a renewable energy source nearby, so you don’t need to rely on imported fuel from the other side of the world.

  • Don’t require energy storage

  • Integrate well into the grid, since ocean waves work 24/7, are relatively stable, and highly predictable

  • Use wave energy technology that has no pollutants or blades to harm marine animals

  • Have a modular “plug & play” design that increases flexibility and reduces risk.

  • Leave a small footprint: they produce a lot of power per square meter of operation and only require land area for the grid connection