In former Chaps. 1~8, multiple areas of optimization-based energy management methods for maritime grids are illustrated in detail. Based on current research, this Chapter focuses on future ways for maritime grids. At first, future maritime grids are defined as a series of “multi-energy microgrids involving different energy networks and undertaking multiple maritime functions” and the coordination between/within different maritime grids are comprehensively reviewed, i.e., the energy carriers and flows, networks, services coordinated in maritime grids, which provides the necessity for a properly designed optimization-based energy management system to address complicated operating scenarios. Then three main promising ways are reviewed and overviewed to show future roadmaps. The first focus is the data-driven technologies, including the forecasting of navigation uncertainties, the estimation of energy storage lifetime, and data-driven energy management, and so on, which uses current data-mining methods to facilitate the operation of maritime grids. The second focus is the siting and sizing problems, i.e., for renewable energy, energy storage, fuel cell, and gas capture system. The third focus is the multi-functional energy management systems to address the integrated energy storage systems, shipboard microgrids, seaport microgrids, multiple ocean platforms, and the coordination between them.
The Ways Ahead
Springer Ser.Naval Architect., Marine Engineer., Shipbuilding, Shipping
Optimization-Based Energy Management for Multi-energy Maritime Grids ; Kapitel : 9 ; 185-201
2021-04-22
17 pages
Aufsatz/Kapitel (Buch)
Elektronische Ressource
Englisch
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