A decade of rigorous validation. From hydrodynamic theory to proven offshore prototypes.
Recognizing the fundamental efficiency limits of rigid offshore grids, the initial conceptual framework for a dynamic, repositionable wave array was born. The goal was simple: stop fighting the ocean's shifting energy states and start actively adapting to them.
WaveGen Technologies Inc. is officially established. The transition from pure theoretical physics to a structured commercial enterprise allows for the scaling of resources, talent acquisition, and the initiation of formal engineering roadmaps.
To rigorously test the mechanics of the DAMS architecture, a formal academic partnership is launched with the University of Toronto. Drawing on top-tier mechanical engineering and applied sciences, the underlying algorithms for active wake-targeting begin to take shape.
Advanced computational fluid dynamics (CFD) and simulated wave-tank environments successfully validate the theory of active constructive interference. The software confirms that lateral WEC repositioning drastically increases vertical displacement and energy capture.
A major milestone in protecting WaveGen's core IP. The United States Patent and Trademark Office officially grants the patent for the "dynamic adaptive mooring system for wave energy converters," securing the proprietary winch-and-pulley geometry control mechanisms.
Transitioning from the lab to the physical environment. Scaled prototype deployments successfully validate the entire automated control loop—from sensor data acquisition to the physical repositioning of the submerged infrastructure in live water conditions.