船舶电气

谈高职轮机管理专业船舶电气教学改革

Reform in Education of Shipping Electricity of Marine Engine Management Specialty

新式船舶电气安全系统设计

Design of a new safety system for marine electric equipment

船舶电气自动化专业工学结合人才培养模式研究与实践

On Talent-training Program Combining Working and Studying of Marine Automation Engineering Specialty

现代船舶电气自动化技术中几个重要问题的探讨

Several Issues on the Electric Automation Technique of Modern Ships

船舶电气设计中常见问题的处理

Solution of the Problems Often Occurred in Ship Electric Designs

船舶电气生产设计管理系统的开发研究

Research and Development of Ship Electricity Design Management System

GB/T10250-1988船舶电气与电子设备的电磁兼容

Electromagnetic compatibility of electrical and electronic installations in ships

在电力推进船舶电气设备的故障中，过热是最初的表现形式，实现对电气设备温度的过热监测能够有效的预防设备故障。

Among the fault of electrical equipment , overheat is the initial manifestations .

船舶电气自动化中几个重要技术的应用

Application of several pieces of important technology in the electric automation of shipping

GB/T6994-1986船舶电气设备一般规定

General requirements of the electrical installations in ships

GB/T7357-1998船舶电气设备系统设计&保护

Electrical installations in ships System design & Protection

船舶电气火灾不仅会使船舶受损，也会直接威胁到船员的生命安全。

Marine electricity fire can cause the ships damage , even threat seafarers safety .

电源频率、电压的变换对船舶电气设备及其拖动负载的影响

The Influence of Variations in Power Frequency and Votage on Electrical Apparatuses and their Loads

船舶电气设备的故障分析

Malfunction analysis of shipping electrical devices

船舶电气传动自动化

Ship Electrified Transmission Automation

首先对船舶电气进行了分类和归纳，研究了谐波对船舶电气产生的影响和危害；

The first , electric apparatus relate to ship are sorted : Then effects caused by harmonic are analysised ;

随着船舶电气化和自动化的发展，船舶电气设备的应用逐渐增加，船舶电站容量也随之逐渐提高。

Along with the development of marine electrification and automation , marine electrical equipment and capacity of marine power station is increasing .

在船舶电气设备的智能化、模块化和集成化发展过程中，提高其电磁兼容性已成为不可忽视的重要问题。

How to improve the Electromagnetic Compatibility ( EMC ) performance for the smart and integrated marine electrical equipments is becoming a very important issue .

为此，应用状态估计技术和多传感器数据融合理论，提出了一种新的船舶电气参数测量方法。

A new parameter monitoring method of marine electric network based on data fusion theory applied state estimation technology and multisensor data fusion theory are proposed .

本文研究的课题来源于十五国家重大技术装备研制项目《船舶电气模块&MEM设计》。

This research subject is from the " Marine Electrical Module Research ", which is supported by the tenth five-year national project for developing great technical equipment .

常规的船舶电气设计方法存在许多弊端，需要设计人员耗费大量时间去做一些重复性、规律性的工作。

The traditional ship electrical design has many drawbacks ; it needs to spend a lot of manpower and material resources to do the regular and repeatable things .

船用电力电缆在船舶电气系统中担负着输送电能的重要作用，其绝缘状态直接影响着整个电气设备的安全运行。

The shipboard power cables play a significant role in transporting energy in power system , their insulating state has a direct impact on the safe operation of the whole electrical equipment .

根据船舶电气技术的发展，阐述了船舶报警系统，监视与控制系统及电能质量的测量与控制的最新趋势。

The paper is focused on new tendencies concerning alarm , monitoring and control systems and power quality measurements and control in ships in the light of the development of marine electrotechnology .

本文的研究围绕这一问题展开，主要做了以下工作：首先，研究船舶电气元件的拓扑建模和拓扑分析。

Around this problem , this paper has done some study of the following : First of all , the topology model and topology analysis of the electrical components in the ship are researched .

针对轮机管理人员对船舶电气设备知识的需求，此文以交流变极调速锚机电路为例，介绍了一种继电接触控制电路的分析方法&逆向分析法。

Aimed at knowledge of electrical equipment necessary for engineer management , this article , taking the example of AC timing windlass , introduces the relay & contact control circuit analyzing method , which is called the conversing analyzing method .

高职轮机管理专业船舶电气教学改革的根本任务是如何提高电气知识的理论教学和实践教学的效果，加强电的知识，改变过去机电知识一多一少的现象。

The basic task of the shipping electricity reform in higher vocational marine engine management specialty is how to improve the teaching result of both theory and practice , with emphasis on electricity which has being ignored in the past .

本文在经过对国内外船舶电气设计软件的综合分析后，针对传统船舶电气设计方法的弊端，结合计算机辅助设计技术在船舶电力系统上的应用，开发了船舶电力辅助设计系统。

In this paper , after a comprehensive analysis of domestic and international marine electrical design software and for the drawbacks of traditional marine electrical design , based on the development of marine electrical computer-aided design technology , put forward the idea of the marine electric power-assisted design system .

基于LOGO！逻辑模块的船舶辅机电气控制线路易维护保养、易排故障、易修改功能。

Electric control circuit of marine auxiliaries can be maintained and debugged easily , and its junctions can be changed conveniently , where LOGO ! modules are used .

介绍长江海事船电气系统的设计思想及特点，并对此类型内河高速港监船舶的电气系统设计提出见解。

This paper introduced mainly the design idea and characteristics of electrical system in the Yangtse River Maritime Ship , and discussed about the electrical system design of same kinds of freshwater high speed maritime ships .

船用电缆承担着传输电能和电信号的重要任务，故而成为军舰、客轮、货轮等船舶设备的电气系统的重要组成部分。

Shipboard cable , responsible for the transmission of electrical energy and signals , is an integral part of the marine electrical system .