Governments & ministries
Energy security from a domestic, weather-independent resource — and a path off imported diesel.
- Island nations
- National grid programmes
- Coastal development zones
Why ocean currents
Renewable power without the gaps.
Sun sets, wind drops, tides turn. Deep ocean currents flow in one direction, day and night — so the energy they carry needs no battery bank to back it up.
Solar
Daylight only. Needs storage for evening peak.
Daytime generationWind
Weather-driven. Output swings hour to hour.
VariableTidal
Predictable, but drops to zero at every slack tide.
Cyclic, ~4 slack periods / dayDepthVolt currents
Steady one-way flow. Continuous generation, no battery storage.
Baseload · 24/7Technology
No blades. Just a controlled vortex.
Current enters an enclosed housing, where a proprietary geometry turns straight-line flow into rotation. There are no exposed blades — the rotating core sits inside the structure.
01 / Intake
Ocean current enters
A shaped inlet captures the steady deep-sea flow and accelerates it into the chamber — no dependency on tides or waves.
02 / Induction
Vortex generation
Proprietary bladeless vortex induction converts linear flow into efficient rotation inside the enclosed core.
03 / Conversion
Direct-drive generator
Rotation drives the generator directly, without a gearbox, and power is exported to shore by subsea cable.
0.9m/s
0.30.60.91.2 m/s
Kinetic power in a current rises with the cube of its speed. Figures are illustrative, scaled from the 250 kW rating at 1.2 m/s; site output is set by a resource survey.
Scale
From one turbine to a national grid.
A standard 250 kW unit groups into 1 MW clusters. Clusters repeat across a current corridor until the array matches the demand of a port, an island or a country.
500MW
National baseload
A current-corridor field sized for a country's grid — the scale of the planned Congo-Brazzaville programme.
- Turbines
- 2,000
- Max. yearly output
- 4.38 TWh
Projects & markets
520 MW across three continents.
Operating capacity in Southeast Asia, projects in development in the Mediterranean and the Indian Ocean, and a national-scale programme in Central Africa. Next: the Maldives and Gulf ports.
12MW
Philippines
Installed3MW
Malta
In development5MW
Seychelles
Planned500MW
Congo-Brazzaville
PlannedPartnership model
No CAPEX.No OPEX.
We finance, build, operate and maintain every project. You buy the electricity — costs are covered through a monthly energy charge under a long-term power purchase agreement.
- 01
Resource survey
We map current speed, depth and seabed along your coastline and size the array to your demand.
- 02
Local project company
A dedicated project company is formed in your country to hold the assets and sign the PPA with the utility or government.
- 03
Finance & build
DepthVolt funds manufacturing, installation and grid connection. No capital from the buyer.
- 04
Operate for 20+ years
We run and maintain the field for its design life. You pay only for the energy delivered.
Who we work with
Built for buyers who plan in decades.
Utilities & IPPs
Firm renewable capacity that behaves like baseload, contracted under a standard PPA.
- Grid operators
- Independent power producers
- Renewable portfolio targets
Ports & industry
Power produced right next to the load, around the clock.
- Ports & terminals
- Desalination — up to 90% less diesel
- Coastal industrial sites
Marine life
Designed to disappear into the sea.
The rotating core sits inside the housing, so marine life never meets an open blade. Low acoustic output keeps the site quiet.
0
Exposed moving blades
Low
Acoustic impact — quiet, continuous operation
0 kg
Fuel burned on site — zero-emission generation
Contact
Let's map the current off your coast.
Tell us where you need power and how much. We'll come back with a preliminary site assessment and indicative tariff.
Headquarters3013 Bedok Industrial Park East
Singapore 489979
Singapore 489979
Active marketsSoutheast Asia · Mediterranean · Indian Ocean · Africa · Gulf