McKay factors in elements such as vessel type, size, and role profiles to design a customised electrification plan that meets the operational goals of our clients. Our experienced engineers and technicians oversee the entire conversion process, seamlessly integrating advanced electric technologies, including high-performance batteries and state-of-the-art electric motors.
Carefully assessing factors such as route characteristics, load requirements, and power demands, we provide an accurate analysis of the potential benefits and savings that can be achieved through the implementation of a hybrid propulsion system.
Knowing that every project is unique, McKay takes into account factors such as power requirements, charging speeds, grid compatibility, and scalability to deliver bespoke on-shore charging infrastructure that is fit for purpose. McKay holds significant experience in the design, supply, and installation of ship-to-shore (on-shore) power facilities, marine charging units, transformer installations, and MEV chargers for commercial and residential markets across a range of charging standards and capacities.
