轴带发电机

船舶轴带发电机恒频装置RCF的传动效率研究

RCF-Constant Speed Device for Marine Shaft Generater

8000t滚装船电气设计中的轴带发电机保护

Protection to shaft generator in electrical design of 8000 t ro-ro ship

液压传动轴带发电机模型可控数值解

Controllable Digital Value on Marine Shaft Generator Model with Hydraulic Transmission

船舶可控硅轴带发电机系统的数字计算机仿真

The Digital Computer Simulation of Ship Generator System with Thyrister Converters

出口船首次装用恒频式轴带发电机的调试

The Adjustment of Constant-Frequency Shaft-Generator First Installed in Export Ship

独立运行的双馈异步轴带发电机矢量控制系统

Vector control of a doubly fed induction generator for stand-alone shaft generator systems

轴带发电机及其在三用拖船上的应用

The adoption of the AC shaft - driven generator on the multi-purpose tug

船舶主机轴带发电机和动力涡轮的节能与经济性分析

Energy Saving and Economical Analysis of Main Engine Driven Generator and Power Turbine

静止无功发生器在船舶轴带发电机系统中的应用

Static var generator application in marine shaft generator system

船舶轴带发电机系统的扭转振动计算

Torsional Vibration Problems of Shaft - driven - Generator System for Marine Application

轴带发电机负荷试验和航行时效用试验。

Load test for shaft generator and its function test on sea trial .

船舶轴带发电机系统的建模与仿真

Modeling and Simulation of Ship Shaft Generator System

静态频率变换型大功率轴带发电机系统调节特性分析

An Analysis of the Adjustment Characteristics of Static Frequency Converter in High powered Shaft Generator

轴带发电机经整流器和逆变器向电网输送电能。

The shaft generator supplies to the grid of ship through the rectifier and inverter .

船舶轴带发电机自动合闸及动力负荷自起动设计

Design of Automatic Switch-on & Self-start-up of Power Load for Marine Axle Driven Electric Generator

船舶轴带发电机的发展与新方法的研究

Research on the Ship Shaft Generator System

一种新型军用轴带发电机

A new type armey axes-belt generator

目前使用的定距桨轴带发电机，存在以下一些问题：（1）效率不是很高；

The problems present of shaft generator with FPP are : ( 1 ) lower of efficiency ;

由于其本身的结构复杂、仿真难度大，故以往传统轮机模拟器电站仿真系统中并不包含轴带发电机系统。

Usually the power plant simulation system of traditional turbine does not include the shaft generator system .

双机并桨、且一台主机输出端还带有轴带发电机的复杂分支船舶推进轴系可以说是一种较为复杂的轴系。

The typical complex branched system on ship is combined dual engines system with Power Take Off system .

重新评价低速机主机轴带发电机（定距桨系统）的节能及经济性

Re-evaluation on energy-saving and economy of shaft generator driven by slow speed main engine with fixed pitch propeller

船舶轴带发电机是由主轴驱动发电机的船舶供电装置。

The shaft generator is the power supply device which is driven by the main shaft in the ship .

本文对出口船舶首次装用恒频式轴带发电机的安装与调试作了详细的说明。

Description of the installation and ship adjustment of the constant-frequency shaft-generator first installed in export ship is given in this paper .

对定距桨轴带发电机，为使轴带发电机的频率保持恒定，通常采用转速补偿装置或频率补偿装置。

For the latter , the speed or frequency compensation devises should be used in conjunction to maintain the generator 's frequency .

在船舶正常航行时，采用轴带发电机装置向全船电力系统供电，是节能的一种有效途径。

Using the shaft generator to supply for the whole ship power system in normal navigation is an effective way to save energy .

文中除了对方案进行理论分析外，还引用了取得显著节能效果的船用恒频轴带发电机装置的技术性能数据，作为例证进行对比。

The paper takes as an example the marine constant frequency shaft generator , which has been applied on board with notable energy-saving effect .

轴带发电机系统作为船舶电力系统的重要组成部分，是轮机模拟器仿真训练中的一个重点和难点内容。

Shaft generator system is an important part of ship power system , however , for turbine simulator training it is quite complex for simulating .

文章最后对所开发的这种新型轴带发电机与柴油机联合运行管理的船舶电力管理系统作了简要介绍。

In the chapter three and chapter four , the design of dismiss of the inverting part in the new shaft generator system is described in detail .

目前，随着大量非线性设备在各种电力电子装置中的广泛应用，尤其是船舶轴带发电机系统的日益推广。

At present , with the wide application of non-linear equipment in various kinds of electrical and electronic devices , especially the spread of ship shaft generator system .

并联运行时，要求轴带发电机逆变器输出的幅值、频率、相位保持一致，否则将出现较大环流。

The amplitude , frequency and phase of the output voltage of shaft generators ' inverter is the same as each other in the parallel connecting , otherwise circulating current will among them .