Research on Test System of Ship Cable Charging and Docking

Zhigen Xu, Yanzhen Li, Liguo Shi, Weishuai Gong
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引用次数: 1

Abstract

In order to promote the development of intelligent, efficient and information-based ship power and power system, it is necessary to design a set of safe and effective, real-time monitoring, intelligent regulation and emergency reliable charging system for the ship, in order to charge the battery pack, electric propulsion system, lighting equipment, communication equipment, power supply system and so on The early warning system and the ship's daily electrical equipment carry out unified monitoring and intelligent management operation. In China, the shore power connection is mainly completed by manual towing of cables and manual docking of cable joints. This kind of operation requires the cooperation of terminal operators and mooring personnel. The operation is labor-intensive, inefficient and the working environment is relatively bad. Therefore, in order to solve the automation problem of shore power docking, improve work efficiency and intelligent level, and accelerate the promotion of demonstration application of shore power.
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船舶电缆充电与对接测试系统研究
为了促进船舶动力与电力系统智能化、高效化、信息化的发展,有必要为船舶设计一套安全有效、实时监控、智能调节和应急可靠的充电系统,以便对电池组、电力推进系统、照明设备、通信设备、预警系统和船舶日常用电设备进行统一监控和智能化管理运行。在中国,岸电连接主要是通过人工牵引电缆和人工对接电缆接头来完成的。这种作业需要码头作业人员和系泊人员的配合。操作劳动密集,效率低下,工作环境相对较差。因此,为了解决岸电对接的自动化问题,提高工作效率和智能化水平,加快推进岸电示范应用。
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