In the realm of naval and merchant marine ships, the concept of a ship as a microgrid—comprising interconnected loads and distributed energy resources—has gained
Abstract: Increasing multi-energy coordination in the ship necessitates advanced operation strategies to achieve greenhouse gas reduction and energy efficiency improvement in the maritime industry.
Shipboard microgrids (SBMGs) are becoming increasingly popular in the power industry due to their potential for reducing fossil-fuel usage and increasing power production. However,
In these microgrids, the real-time cooperation among controlled power electronics converters, facilitated by well-defined communication protocols, is essential for the ship''s mission
This paper proposes a coordinated operation strategy for a ship micorgird with hybrid propulsion systems (HPSs) to minimize the whole-voyage operation cost within GHG emission
Unlike traditional marine power systems that relied heavily on diesel generators, modern shipboard microgrids incorporate solar, wind, and wave energy alongside sophisticated distributed
In response, multi-energy ships have gained significant attention, as they integrate low-carbon energy sources, such as renewables and hydrogen, to reduce greenhouse gas emissions and enhance
This study proposes an innovative ship DC microgrid system that integrates waste heat recovery and hybrid energy storage technologies, including an ORC system, diesel generator, lithium
The architecture of ship microgrids shares similarities with terrestrial microgrids, such as the use of renewable energy sources and the massive use of electronic converters.
Owing to the severe fossil energy shortage and carbon pollution, the extensive electrification of maritime transportation, represented by all-electric ships (AESs), has become an
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