DeepBluePower builds submerged turbines that convert the ocean's current and tidal motion into electricity you can forecast years in advance — running day and night, storm or calm.
Solar and wind are intermittent by nature — clouds, calm days, and nightfall all cut output. Tidal and current flow are governed by the moon and the shape of the seafloor, which makes them the most predictable renewable resource available, and one of the least exploited.
Tidal cycles are calculable centuries out. Utilities can schedule DeepBluePower output the way they schedule baseload, not the way they hedge weather.
Because water is roughly 800 times denser than air, a DeepBluePower turbine captures comparable energy at a fraction of the blade size of a wind turbine.
Fully submerged installations leave the surface clear for shipping, fishing, and views — no visual footprint, minimal noise.
DeepBluePower runs two device families, sited at the depths where each energy source is strongest.
Anchored to the seabed in narrow channels and straits where tidal flow accelerates, these turbines spin with the twice-daily tide — predictable to the minute, decades in advance.
Deeper, slower-moving arrays positioned in persistent boundary currents, built to run continuously in flow that barely varies across the year.
Power is stepped up and carried to shore through a single subsea cable corridor, keeping the surface and coastline free of visible infrastructure.
We work with utilities, ports, and island grids to site and permit tidal and current installations.