The constituents of perspective and existing models of maritime transport means, these are ships of different target purpose, quite actively use various systems of artificial cooling and air conditioning as well as high-frequency microprocessor equipment and power electronics. However, the existing centralized ship cooling and conditioning systems are imperfect, they have low energy indices, produce noises and vibrations, use outdated principles of parameters control and stabilization, which does not always ensure necessary cooling modes and makes it impossible to use them under severe operational conditions. Industry demands new conceptual solutions aimed at improving performance, energy efficiency, reliability of operation. Summarizing practical experience, it becomes obvious that improvement of technical characteristics of existing various ship-cooling systems, which are based on principles of use of decentralized, energy-efficient and fully controllable artificial cooling systems, adaptable to uncertain external conditions of operation is of significant theoretical interest.
Ship Refrigeration System Operating Cycle Efficiency Assessment and Identification of Ways to Reduce Energy Consumption of Maritime Transport
Studies in Systems, Decision and Control
2023-08-09
12 pages
Article/Chapter (Book)
Electronic Resource
English
Ship operation , Operation cycle , Energy efficiency , Ship refrigeration system , Ship refrigeration units , Efficiency assessment , Ship power plants , Energy-efficient cooling systems , Shipping , Maritime transportation , Vapor- compressor refrigeration systems Power Electronics, Electrical Machines and Networks , Mathematical and Computational Engineering , Energy Systems , Engineering
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