The Gulf Stream is one of the most powerful natural forces on Earth. Travelling at an average speed of 2.6 metres per second, it carries more water than all of the world’s rivers combined. Its energy potential has been estimated as equivalent to the constant operation of a billion nuclear power plants,  a figure so large it barely registers, and yet it flows past, day after day, largely ignored.

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Unlike solar or wind, it does not pause at dusk or fall quiet when the air stills. It is a river that runs without interruption, deep below the surface of the Atlantic, and it is available right now. The challenge has never been the energy. The challenge has been reaching it.

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A Breakthrough Decades in the Making

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Visionary inventor Tomislav Tesla, working alongside a team of dedicated research analysts, has spent years creating a solution to solve the single problem that has defeated every previous attempt to exploit deep-sea currents: stability. How do you hold a turbine steady in a current powerful enough to drive an ocean?

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The answer is elegant in the way that the best engineering always is. Rather than fighting the current, the system works with it. Rather than anchoring machinery to the seabed at impractical depths, it floats, held in position by the dynamics of the flow itself, independent of the ocean floor, free to be serviced and maintained without the cost and complexity of deep-sea intervention.

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Floating Free, Generating Constantly

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Each platform in our system is a self-contained generating station. Independent floating units carry hydro turbines and generators directly into the heart of the current, where they operate continuously without a single break in production. A purpose-designed double-system turbine removal process means that individual units can be withdrawn for maintenance and overhaul without any interruption to the wider array, the ocean keeps working while we work on the machines.

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This is not a pilot scheme or a prototype. Our initial floating system is designed to operate at 500 megawatts, generating in excess of 2,500 gigawatt-hours of clean electricity every year, enough to power hundreds of thousands of homes with energy that carries no emissions, consumes no fuel, and leaves no footprint.

 

Hydrogen: The Energy the World

Needs Next

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Electricity is only one part of what the Ocean Hydrogen Project produces. Integrated into each floating platform is the capacity for hydrogen generation, using the clean power of the Gulf Stream to electrolyse seawater and produce green hydrogen at scale. This is the energy carrier that heavy industry, long-haul shipping, and aviation have been waiting for: storable, transportable, and completely clean.

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Multiple hydrogen production facilities are built directly into the system, transforming what might otherwise be surplus generation into a commodity that can be stored and distributed anywhere in the world. Energy that used to disappear into the sea now has somewhere to go.

 

Built to Scale

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Every element of the Ocean Hydrogen Project has been designed with one question in mind: what happens when the world needs more? The answer is already built in. The floating platform model is inherently scalable, additional units can be added to the array as demand grows, extending generation capacity without redesigning what already works. A system that begins at 500 MW can grow to meet whatever the future demands of it.

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And because the Gulf Stream is not a finite resource,  it is not mined, not drilled, not depleted and there is no ceiling on what this technology can ultimately deliver. The ocean will still be flowing long after every other energy source on the planet has been exhausted.

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Our Vision

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We imagine a world where the energy crisis is a problem the past handed to the present, and the present solved. A world where the decision to power a city, a country, or a continent no longer requires weighing progress against the health of the planet.

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The Ocean Hydrogen Project is more than a technology. It is a demonstration that the answers to the hardest problems are often hidden in plain sight, in this case, beneath four thousand metres of open ocean, In the open Atlantic Ocean, it moves at an average depth of up to 800 meters at an average speed of 2.6 meters per second, We simply had to learn how to listen to it and respond !