NSCC Pilot Project:
Power from Motion of the Ocean
Voltai’s wave energy generator hits the water in a real-world pilot with research vessel from NSCC SEATAC.
At Voltai, we’re building a new kind of marine power solution.. One that doesn’t rely on fuel or shore infrastructure, but instead taps into a force surrounding marine platforms at all times – waves. Through a recent pilot with NSCC’s SEATAC program, we put that idea to the test, installing our wave-powered generator on a 9-metre research vessel off the coast of Dartmouth, Nova Scotia. It was a chance to move beyond the lab and see how our system performs in real ocean conditions. The results? Promising, practical, and surprisingly consistent.



fully-tested in diverse conditions
Real Seas, Real Boats, Real Power
Voltai’s 25W generator recently underwent a successful trial aboard the NSCC 9m RHIB Research Vessel, showcasing our innovative approach to harnessing kinetic energy from movement. Even in challenging conditions, the generator provided steady electrical output and demonstrated its durability for everyday use. Our onboard sensors captured every surge and dip, confirming the effectiveness and reliability of our technology.
Benefits for the Maritime Industry
Lightweight and scalable, our generators can be easily incorporated onto vessels of all sizes, from sensor buoys to large container ships.
Collaborating with NSCC
We are proud to have collaborated with the NSCC on this project, further pushing the boundaries of clean energy solutions in marine environments.
Lessons Learned
The testing shows our system delivered consistent 22-24 watts with wave heights of 1.5-2 meters, while staying efficient and safe in various maritime conditions.
Looking Towards the Future
We have successfully proven wave-based power to be effective and viable in marine transportation, and are now scaling our system to meet increased power demands and improve vessel stability and comfort. Our team aims to collaborate with marine industry partners to develop tailored sustainability solutions.
Thanks to Our Partners
We extend our sincere thanks to NSCC SEATAC for providing access to the research vessel and supporting the field trials. We’re also grateful for the financial support of NRC IRAP and Net Zero Atlantic, whose contributions helped make this project possible.

