Engineer from Spain Qúitely accomplishes extraordinary feat: harvesting clean power sustainably in the expansive ocean.
In the dynamic world of technology, a Spanish engineer named Juan Francisco Sarmiento Medina is making waves with his groundbreaking invention. The E-MAST system, a patented mechanism, is revolutionising the way energy is generated at sea.
The E-MAST system harnesses energy from both offshore wind power and the ocean's tide. It features a specialized mast equipped with wind turbines and an interior keel with an airfoil shape, designed to generate power from wind and tidal movements. This unique design makes it possible for the system to produce energy even when anchored, thanks to its function as a vibrational generator.
The E-MAST system is not limited to large vessels. It is designed for use on yachts, research ships, marine drones, and autonomous platforms, and even holds potential applications in recreational boats. Its sleek design is fully integrated into the boat's structure, ensuring no exposed components that could affect aesthetics, safety, or aerodynamic performance.
The maritime industry has long been an essential part of the global economy, serving as a means of transporting passengers, goods, and military vessels for thousands of years. From ancient sea voyages for migration and trade to modern-day sea battles, the way energy is generated at sea is now undergoing a significant transformation.
Sweden, too, has discovered an endless source of energy beneath the sea. Meanwhile, Wallenius Marine, aside from the E-MAST invention, is working on generating energy at sea, with ambitious plans to create the world's first Pure Car and Truck Carrier (PCTC) powered by wind energy.
The alignment of the E-MAST method with maritime drones has attracted the interest of institutions associated with national security. The opportunity for submersible vehicles without thermal signature or emissions is a game-changer in the realm of covert operations.
As the project progresses, it is seeking sponsorship for real sea tests to move towards scalable production. The energy-producing mast represents a step towards energy autonomy in boats, particularly in contexts with limited or nonexistent electrical networks.
From its roots in ancient sea voyages for migration and trade, to the modern-day pursuit of clean, sustainable energy, the maritime industry continues to evolve and adapt. The E-MAST system is just one example of the innovative solutions being developed to meet the challenges of our changing world.
