1 船舶电力推动监视系统综述 摘 要 电力推动在船舶推动方法之一。经过近百年的进展，现代电力电子技术和大功率沟通电机变频调速技术日益成熟，船舶电力推动技术也有着非常广泛的应用。船舶电力推动技术的进展，使用电力推动技术船舶的发电量和推动功率等级也越来越高，对电力的使用量也越来越大，加上船舶工作环境本身的恶劣性，特别性，对电力推动监控系统的可靠性、操作性、系统结构的高度分散性、现场环境的适应性提出了更高的要求。 为了满足需求，计算机控制技术、信息技术和网络通信技术在电力推动监控系统中得到广泛应用，电力推动监控系统正逐步向集成化、模块化和智能化进展，这使得船舶监控系统越来越完善，监控系统越来越复杂，技术含量也越来越高，船舶的安全性能也越来越高。 论文旨在分析船舶电力推动监控系统的功能要求，硬件组成，软件组态，体系结构以及船舶电力推动监控系统关键技术，以及系统的应用前景的介绍。 关键词电力推动，电力推动监视系统，智能化 Abstract Electric propulsion is one of ship propulsion methods. After nearly 1 years of development, modern power electronics technology and high power ac motor frequency control technology is becoming more and more mature, Marine electric propulsion technology has also been widely used. Ship electric propulsion technology development, the use of electric propulsion ship power and propulsion power is becoming more and more high grade, usage of electricity is becoming more and more big, plus shipping work environment itself , particularity, the reliability of electric propulsion monitoring system, practical, highly decentralized system structure, the environmental adaptability of higher requirements are put forward. In order to meet the demand, the computer control technology, information technology and network communication technology is widely used in electric propulsion monitoring system, electric propulsion monitoring system is gradually to the integration, modularization and intelligent development, which makes the...
