船舶电站

基于PLC的船舶电站综合控制系统的应用研究

Research and Application of Control System of Marine Electric Power Plant Based on PLC

基于Linux的船舶电站数据采集及调频调载装置的研制

Research of Data Acquisition System and Frequency and Load Regulation Device of Marine Power Plant Based on Linux

PLC控制的船舶电站准同期并网合闸控制

Switch-On Control of Automatic Synchronization in Marine Power Station Based on PLC

船舶电站柴油机H∞调速器的仿真研究

Simulation research on H_ ∞ speed governor for diesel engine of ship power station

船舶电站同步发电机调压系统H∞控制器的研究

Research on H _Controller for Voltage-regulating System of Synchronous Generator of Marine Power Station

船舶电站可控硅励磁系统H∞控制器的研究

Research on H_ ∞ Controller for Thyristor Excitation Regulation System of Ship Power Station

船舶电站嵌入式Ethernet接入设计与应用

Design and Application of Ship Power Station 's Embedded Ethernet Connection

船舶电站柴油发电机组自整定PID控制与虚拟仿真

Self-tuning PID Control for Diesel Generator on Marine Power Stations and Its Virtual Simulation

船舶电站柴油机最小熵H∞调速控制器的设计

Design for Diesel Engine Speed Regulation Controller of Ship Power Station Based on Minimum Entropy H_ ∞ Control

基于PLC的船舶电站物理仿真综合实验装置的监控设计

Monitoring system design of the physical simulator experiment device of the marine power station based on PLC

利用VB实现船舶电站仿真系统的通信功能

Accomplished Communicating in Shipping Power Station Simulating System By Using Visual Basic

船舶电站SCADA系统分主站与分站。

Ship SCADA system is composed of central station and distant station .

MPI网络在船舶电站控制系统中的应用

Application of MPI Network in Marine Power Station Control System

介绍一种基于CAN总线和数字信号处理器DSP的船舶电站自动调频调载控制器的研制方法。

This paper introduced a design method of the automatic frequency and power control of ship power station based on Canbus and DSP .

结合本文研究的船舶电站系统的特性，将模糊自整定PID控制应用到船舶电站柴油发电机组的控制系统方案中。

Considering the characteristics of marine power station system in this paper , fuzzy self-tuning PID controller is applied to marine power station of diesel generator set control system .

通过在某船舶电站控制系统中的应用表明，采用MPI网络通信方式简单、有效而实用。

It is indicated that global data communication is simple , effective and practical through the application in a marine power station control system .

本文首次提出了应用H∞控制器的船舶电站同步发电机调压系统的数学模型。应用H∞控制理论，设计多输入多输出结构振动鲁棒H∞反馈控制系统。

The MIMO ( multi-input multi-output ) Robust feedback control model of vibration system is presented via the H_ ∞ control theory , and the mixed sensitivity design method is used to design the Robust H_ ∞ controller of vibration system .

应用FSVM对船舶电站主柴油机进行故障诊断，研究了FSVM参数的选择方法。

Then FSVM is applied to diagnose the fault in ship diesel engine , and the methods to choose parameters of FSVM is studied .

WMS-2000型船舶电站仿真器的设计与建模

The Design and Modeling of WMS-2000 Ship Power Station Simulator

通过对模糊逻辑控制与神经网络控制的研究，将两种控制方法有机的结合起来，设计了模糊神经网络控制器FNN，并将其应用到船舶电站系统模型中来实现对负载扰动的前馈补偿。

The fuzzy neural network controller is designed by the organic combining with the fuzzy logic control and neural network control , which implement the feed-forward compensation of load disturbance in marine power station model .

EEA-22船舶电站自动控制系统原理分析

The Basic theory analysis of the automatic marine generating plant EEA - 22

EEA-22船舶电站自动化系统可靠性评估&兼述可靠性保障技术的应用

The Reliability Assessment of EEA-22 Automatic Marine Generating Plant System & The Application of the Reliability Assurance Techniques

船舶电站整体网络的构建包括工业控制计算机局域网络与MODBUS总线网络的总体设计。在软件开发过程中，采用了模块化、通用化的设计思想，用独立的程序实现特定的功能。

The design of the network of the shipping electricity station comprise industry - control computer local area network and the design of the MODBUS network During development of the software we use the dependent program to achieve given function according to the modularization and currency idea .

为了解决这个问题，本文研究了基于RTW的实时仿真技术，进而在RTX拓展Windows的实时系统上，设计实现了船舶电站实时仿真系统，并成功与训练系统的数据库通信。

In order to solve this problem , the realtime simulation technology based on RTW is studied in this article , in Windows expanded by RTX realtime system , the ship power station realtime simulation system is designed and implemented , and communicates with database of training system successfully .

介绍了船舶电站仿真系统以及VB6.0中基于TCP/IP协议的Winsock控件，并利用它解决了轮机模拟器中船舶电站仿真系统的通信问题。

The paper introduced the Shipping Power Station Simulating System of SMSC-2000 Simulator and Winsock Control . It accomplished communicating in the Shipping Power Station Simulating System , It is developed in Visual Basic 6.0 by using the Winsock Control . It runs very well in the simulator system .

分析了以太网作为通信标准的必要性，对基于以太网的控制网络AutoNet作了简单介绍，给出了对船舶电站自动化中的发电机节点模块的设计方法，简单介绍了与PC机的连接及测试情况。

This paper analyses at first the necessity of the Ethernet as communication standard , then introduces the control network based on Ethernet AutoNet simply , and then puts forward the design method of the generator module in marine power station automation , finally simple introduces the connection with PC.

船舶电站自动并网控制系统及控制屏的实现

The Realization of Ship Power Auto-Parallel Control System and Control Panel

船舶电站自动控制系统通信软件设计

Communication Software Design in Automatic Control System of Ship Power Plants

第五章从总体着眼系统介绍了船舶电站的方案设计。

Introduce the project design of shipping electricity station in general .

船舶电站同步发电机组综合控制算法

Synthesis Control Algorithm for Parallel Synchronous Generators of Marine Power Plant