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Unlocking the Power of Moving Water

By Tara Harker, PR, Swordfish Energy

The global energy landscape is changing rapidly. Nations, industries, and communities are under increasing pressure to reduce carbon emissions, strengthen energy security, and find clean power sources that are reliable, predictable, and economically practical.

At Swordfish Energy, we believe one of the most overlooked answers is already moving all around us: the natural flow of tides, rivers, and coastal currents.

Unlike wind and solar, moving water is highly predictable. Tides follow known cycles. Rivers flow day and night. Coastal currents carry immense kinetic energy that remains largely untapped. This makes hydrokinetic energy one of the most promising frontiers in the clean energy transition.

Swordfish Energy is focused on harnessing this resource through advanced hydrokinetic technology designed to generate clean electricity without dams, reservoirs, fuel, or large visual infrastructure. Our Compeller technology is intended to operate below the surface, using the natural movement of water to produce reliable power close to where it is needed.

Quite Resilient Power Hidden Beneath Peace and Serenety
Quite Resilient Power Hidden Beneath Peace and Serenety

This is especially important for coastal communities, remote regions, ports, industrial sites, data infrastructure, and jurisdictions seeking greater energy independence. Many of these markets face rising power demand, aging grids, high diesel costs, and growing pressure to decarbonize. They do not simply need more renewable energy; they need dependable renewable energy.

Marine and river-based hydrokinetic systems offer a powerful advantage. They can be deployed near the point of consumption, reducing transmission requirements and strengthening local energy resilience. Properly designed systems can also minimize visual impact, operate quietly beneath the surface, and avoid the need for major civil works associated with traditional hydroelectric projects.

For industry, this matters. Large energy users require stable, long-term power. A predictable hydrokinetic resource can help reduce exposure to fuel volatility, support emissions-reduction targets, and provide a cleaner foundation for economic growth.


The opportunity is not just environmental. It is strategic.

Decentralized Energy is Far More Practical and Efficient
Decentralized Energy is Far More Practical and Efficient

Energy security is now economic security. Communities and countries that control their own clean power supply gain resilience, independence, and long-term cost stability. That is why we often say at Swordfish:


Energy equals sovereignty.


The path forward will require collaboration. Governments, Indigenous and local communities, utilities, investors, and technology providers must work together to identify suitable sites, streamline responsible permitting, and support demonstration projects that can lead to larger commercial deployment.

The ocean and river systems around us represent an enormous, largely untapped clean energy resource. With the right technology and the right partnerships, moving water can become a major contributor to the next generation of renewable power.

At Swordfish Energy, our mission is to help unlock that potential — delivering clean, predictable, decentralized power from the natural movement of water.

The energy transition will not be solved by one technology alone. But hydrokinetic energy deserves a much larger place in the conversation.

The future of clean energy is not only above us in the wind and sun.

It is also beneath the surface, moving every second.

Jason Goldsworthy, Chartered Professional Engineer (CPEng)

Executive Director of COAST (Centre for Ocean Applied Sustainable Technologies)

Hosts an in-depth interview with Dorn Beattie, CTO, Inventor, and Founder of Swordfish Energy, and Patrick Marshall, CEO and Co-Founder of the Canadian Hydrokinetic (underwater) Turbine manufacturer with plans for global distribution.

The multi-award winning Swordfish Turbine, and two-time nominee to Prince William's prestigious Earth Shot Prize, is the most ecologically friendly clean energy device in the world, producing megawatts to gigawatts of industrial-scale clean, renewable 'blue' energy derived from the ocean's tides and river flows.


The unique horizontal axis, bi-directional design of the Swordfish turbine delivers more than triple the efficiency of wind power, and double the efficiency of solar power.


In December 2023, McGill University nominated Swordfish Energy to Prince William's 2024 Earth Shot Prize


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