A Review of Energy Management Strategies for Ship Hybrid Power Systems
DOI:
https://doi.org/10.54097/tv814c06Keywords:
Ship Hybrid Power System, Energy Management Strategy, Sustainable Development, Optimization Algorithm, Green ShippingAbstract
With the enhancement of environmental awareness and the increase in the demand for sustainable development in the shipping industry, the energy management strategy of ship hybrid power systems has become a research hotpot. This paper integrates multiple related papers and comprehensively expounds the current research status of energy management strategies for ship hybrid power systems. A variety of energy management strategies are introduced in detail, including rule-based control strategy, model predictive control, equivalent consumption minimization strategy, intelligent algorithm control strategy, etc., and the principles, applications, advantages and disadvantages of each strategy are analyzed in depth. The types, compositions of ship hybrid power systems and their application examples on different ships were discussed, as well as the problems and challenges these systems face in terms of energy management. Through the comparative analysis of different strategies, it is clarified that future research should be carried out in the direction of optimizing algorithms, considering multi-factor coupling, strengthening experimental verification, and promoting the development of standardization and intelligence, aiming to provide references for the further research and application of energy management in ship hybrid power systems and promote the green development of the shipping industry.
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