Now in its third year at MARITECH, this 4-hour course provides a practical, systems-level introduction to the use of large lithium-ion battery systems in commercial vessels. Designed for naval architects, marine engineers, operators, and regulators, the session focuses on how batteries are successfully and safely integrated into the overall ship design. Topics include whole-ship electrical architecture, risk management, fire safety considerations, and the operational realities of hybrid and fully electric vessels.

Building on previous editions, the 2026 course will place additional emphasis on the human element of maritime electrification, including requirements for crew training, onboard procedures, and competency development—aligning with the MARITECH conference theme of “Skilled Seas.” Participants will gain insight into how operational practices, maintenance strategies, and emergency response planning must evolve when batteries become a primary energy source.

The program will also feature short practitioner contributions from industry specialists to provide real-world perspectives. These segments will compare the characteristics of leading marine battery chemistries—such as NMC, LFP, and LTO—and discuss how different operational profiles influence chemistry selection, lifetime performance, and total cost of ownership.

The course is delivered by Syb ten Cate Hoedemaker, Managing Director of the Maritime Battery Forum and SNAME member, drawing on extensive international experience with maritime battery projects and standards development. Attendees will leave with a clear, practical framework for evaluating battery solutions and integrating them safely and effectively into modern vessel designs.

Lunch Break (on your own) 11:30 AM-12:30 PM