DeepBluePower exists to change that — building the hardware that turns tidal and current flow into dependable electricity.
Tidal and current energy is one of the most predictable, energy-dense renewable resources on Earth, yet it remains a rounding error in most national grids. We're building the turbines, moorings, and control systems to change that, one strait and one boundary current at a time.
Rather than scaling down offshore wind hardware, we design every component — from blade profile to mooring geometry — around the specific physics of submerged, salt-water operation from day one.
A turbine three kilometres offshore and forty metres down is expensive to visit. We favor fewer moving parts and longer service intervals over marginal efficiency gains that add failure points.
Low rotor speeds, acoustic monitoring, and siting studies are part of every deployment — not an afterthought bolted on for permitting.
Grid operators get real generation forecasts backed by tidal physics, not marketing estimates. We'd rather under-promise and consistently deliver.
DeepBluePower is built by marine, mechanical, and power-electronics engineers who've worked on offshore wind, subsea equipment, and grid-scale storage. We're hiring across engineering and marine operations.