电力推进

论文所做的工作将对采用多源信息融合技术进行船舶电力推进系统故障诊断及预测的研究奠定基础。

The work this paper has done will lay the foundation for the study of electric propulsion system fault diagnosis and predictions based on multi-source information fusion technology .

潜艇蓄电池充电系统是潜艇电力推进系统极为重要的组成部分，关乎潜艇的动力性能、隐蔽性能和续航能力。

Submarine Battery Charge System is a vital part of the electric propulsion system in submarine , which relates to the dynamic performance , hidden performance and navigation range .

NET平台下的构建的数据库系统应用于电力推进船舶中。

Attempt is made to construct a web database for electrical propulsion ship .

PLC在船用电力推进控制系统中的应用

Application of PLC in Marine Electric Propulsion Control System

一种基于DSP的电力推进永磁同步电机控制系统

A Ship Electric Propulsion Control System based on DSP

基于DSP的电力推进交流异步电机直接转矩控制的研究

Direct Torque Control of AC Asynchronous Motor of Electrical Propeller Based on DSP

舰船交流电力推进系统PWM方式的比较

A Comparison of SVPWM and SPWM in AC Ship Power Propulsion Systems

第5章重点介绍了双吊舱式船舶电力推进航向PID控制器的设计。

Chapter five introduces how to design the PID controller of the Twin-pod electric ship propulsion .

在Windows下，使用Visualc++语言实现了永磁电动机电力推进系统故障诊断专家系统。

The permanent-magnet electric propulsion system is realized under the platform of Windows , and the language Visual C + + is chosen .

本文利用组态软件、PLC、变频器、电动机等设备完成了船舶电力推进教学系统从上位机监控软件开发到下位机PLC程序的设计。

The author finishes the design of the teaching system of ship electrical propulsion by using the configuration software , PLC , and so on .

基于Profibus-DP现场总线电力推进试验平台的设计

The design of an electric propulsion test-bed based on Profibus-DP

基于FCS的电力推进船舶的综合监控系统

An Integrated Monitoring and Controlling System Based on FCS for Electrical Marine Propeller

Synchro电力推进系统的特点及谐波分析

An analysis of characteristic and harmonic of synchro electric propulsion system

基于VB6.0编程的模拟船舶电力推进控制系统

Simulated Vessel Electric Propulsion Control System Based on VB6.0

多相逆变器的PWM控制技术是船舶电力推进中的关键技术，其性能对推进系统的特性会产生重要的影响。

The PWM technology plays an important role in the ship electrical propulsion . Its characteristic will have effect on the performance of propulsion system directly .

最后介绍了自主研发的具有国际先进水平的新型电力推进型LNG船。

The paper finally introduces the novel electric propulsion LNG carrier that was independently developed and has reached the international advanced level .

Saber在船舶电力推进仿真中的应用

Application of Saber in simulation of marine electrical propulsion

本文设计了无位置传感器和基于模糊神经网络的PI控制器，对船舶电力推进永磁电机进行控制。

The position-sensorless observer and the neuro-fuzzy PI controller are designed , which are used to control the electric propulsion interior permanent-magnet synchronous motor ( IPMSM ) .

此文对西门子公司的SIMARDRIVE系列电力推进系统的工作原理和结构特点进行了简要的分析。

A brief analysis about the principle and construction features of SIMAR DRIVE series electric propulsion systems is given in this paper .

然而，与其他类型的LNG船相比，双燃料电力推进系统LNG船作为一种新型船舶，在防火、防爆、防撞等方面具有特殊的要求。

However , compared with other types of LNG carrier the new dual fuel electric propulsion system LNG carrier comes up with special demand on fireproof , explosion-proof and anti-collision .

文章对消磁船消磁、电力推进控制系统的自动开关电磁闭锁，从电路设计和PLC软件编程等方面进行了分析和优化设计。

This article presents analysis and optimized design to electromagnetic locking of automatic switch of the degaussing and electric propulsion control systems of degaussing ship . Further analysis is present on the circuit design and PLC software programming .

同时，对Synchro电力推进系统在起动、低速运行时采用的控制方法进行了说明。

In the meanwhile , an explanation about the formal method for starting and low speed running of the Synchro electric propulsion system is put forward .

鉴于当前LNG船舶运输业务的增长需求和双燃料电力推进在LNG船舶上表现的突出优势，有必要对双燃料推进技术进行必要的关注。

It is suggested that the attention to the dual fuel electrical propulsion technology should be necessary when considering the growing demand for LNG marine transport and the outstanding advantages of it employed on LNG carriers .

随着DSP的问世和永磁电动机及其控制技术的快速发展，以永磁同步电动机为推进电机、采用高性能控制策略的全数字化电力推进技术显示出广阔的应用前景。

With the coming out of DSP and the rapid development control technology with Permanent Magnet Synchronous Motors ( PMSM ), digital controlled electric propulsion technology will have a wide foreground , which uses PMSM as power units and adopts high quality control strategy .

本文首先回顾了船舶电力推进的发展历程，重点分析了吊舱式电力推进系统的技术优势和应用现状，对目前在吊舱式电力推进领域所广泛采用的变频调速技术和PLC控制技术一一作了介绍。

In this paper , first , will simply introduce the development actuality of electrical propulsion , particularly analyze the configuration and technology advantage of podded electrical propulsion system . Then introduce the frequency conversion and PLC technology , which is widely used in today 's podded electrical propulsion .

介绍面向混合信号的仿真软件Saber的系统构成及其特点，船舶电力推进系统结构、模块功能以及Saber在船舶电力推进仿真中的应用。

This paper mainly introduces system structure and characteristics of mixed signal simulation software-Saber , analysis module structure of marine electric propulsion and explains application of simulation software-Saber in marine electrical propulsion .

船舶电力推进系统的建模与仿真

Modeling and Simulation on the Ship ′ s Electrical Propulsion System

电力推进船的动力系统建模与仿真

Modeling and Simulation of Power System in Electric Power Push Ship

综合全电力推进舰船的负荷需求分析

Load requirement analysis of the integrated full electric propulsion of warship

潜艇电力推进装置的动态模型辨识

Identification of dynamic model of submarine ′ s electric propulsion plant