Innovative Hydrogen-Electric Training Vessel for Maritime School in Corsica
Key Ideas
- The Maritime and Aquaculture Professional Academy of Bastia in Corsica has received a new training vessel, Alba, equipped with a hydrogen-electric propulsion system.
- Designed by French naval architecture firm Mauric, Alba will be used to train future fishing vessel crews, accommodating up to 12 students and two crew members.
- The vessel's hydrogen-electric propulsion system, with two electric motors, battery packs, and range extenders fueled by compressed hydrogen, enables speeds of up to 13 knots and 11 hours of operation.
- Alba features specialized equipment for longline and seine fishing, spacious design for practical training, hydraulic deck cranes, and a large wheelhouse for instruction during navigation.
The Maritime and Aquaculture Professional Academy of Bastia (LPMA Bastia) in Corsica has recently welcomed a new training vessel named Alba, which is equipped with a cutting-edge hydrogen-electric propulsion system. The vessel, designed by French naval architecture firm Mauric, aims to enhance the training experience for prospective fishing vessel crews by providing hands-on experience with innovative technology. Alba boasts impressive specifications, including an overall length of 19.95 meters, a beam of 5.6 meters, and the capacity to accommodate 12 students and two crew members. With features tailored for longline and seine fishing, the vessel is well-equipped for practical training sessions. The hydrogen-electric propulsion system, comprising two 200kW electric motors, battery packs, and range extenders powered by compressed hydrogen, allows Alba to reach a top speed of 13 knots and operate for up to 11 hours at an economical cruising speed of 10 knots. Noteworthy components of the vessel include a spacious engine compartment for instructional purposes, hydraulic deck cranes for practical exercises, and a large wheelhouse for teaching navigation and maneuvering skills while at sea. The introduction of Alba represents a significant step towards promoting energy efficiency and innovative technology in maritime education at LPMA Bastia.
Topics
Training
Energy Efficiency
Naval Architecture
Training Vessel
Maritime School
Hydrogen-electric Propulsion
Fishery
Training Equipment
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