同步发电机

MATLAB在同步发电机仿真中的初始化问题

Research in Several Aspects of Synchronous Machine Simulation Based on MATLAB

一种新的同步发电机参数解耦辨识算法

A new method for decoupled identification of synchronous machine parameters

凸极同步发电机调节特性与效率特性的CAD计算

The CAD-Calculation on Efficiency and Regulating Characteristics of Salient-Pole Synchronous Generators

应用P对极N相变换分析定子绕组故障的同步发电机

Application of P-Pair Poles N-Phase Transformation in the Analysis of Synchronous Machines with Stator Winding Fault

同步发电机调速系统附加H∞控制的研究

Research on Governor Additional H_ ∞ Control of Synchro-Generator

谐波励磁同步发电机CAD系统设计

On CAD System Design for Harmonics Excitation Synchronous Generator

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

用DSP实现同步发电机微机励磁调节器

Implementation of Microcomputer Excitation Regulation Device for Synchronous Electric Generator Using DSP

基于DSP的同步发电机参数辨识装置与方法的研究

On-line Parameter Identification Approach & Device for Synchronous Machine Based on DSP

模糊参数自适应PID控制器在同步发电机励磁系统中的应用

Fuzzy Parameters PID Adaptive Controller Applied to the Synchronous SCR Excitation System

异步化同步发电机转子励磁的模糊PID控制

Fuzzy PID Control of Rotor Current Excitation in an Asynchronized Synchronous Generator

基于BP神经网络的同步发电机自适应励磁控制器的设计和仿真研究

The Design and Simulation of an Adaptive Excitation Controller Based on BP Network

同步发电机的神经元PID调速控制

The neurons PID SVC of synchronous generator

Magnet在无刷交流同步发电机空载瞬态电磁场计算中的应用

Application on No-load Transient Electromagnetic Computation of Brushless AC Synchronous Generator with Magnet

使用永磁同步发电机和boost斩波电路的风力发电系统

A Wind Generator System Using a Permanent Magnet Synchronous Generator and a Boost Chopper Circuit

同步发电机的非线性状态PI附加励磁控制

Design of additional excitation controller for synchronous generator with nonlinear state PI control

应用PTC和ZnO实现同步发电机快速灭磁

The Application of PTC and ZnO in Fast De-excitation of Synchronous Generators

本文根据同步发电机的运行特点，提出了一种适用于同步发电机励磁系统的模糊参数自适应PID控制器的设计方法。

This paper presents a design method of fuzzy parameter PID adaptive controller applied to the synchronous generator SCR field system according to the property of the synchronous generator .

用SIMULINK建立起同步发电机模型，并将其与PSB模块联合使用，能方便灵活地建立起发电机故障暂态模型。

A system model can be established easily using aircraft synchronous generator model built by SIMULINK together with PSB .

介绍了应用Saber的Mast语言建模的基本方法，并在Saber软件平台上对带整流负载同步发电机进行建模和仿真研究。

The basic method of developing a Saber model using Mast language of the software Saber was introduced .

同步发电机直流励磁系统ITAE最佳控制

The ITAE optimal control of DC excitation system for a synchronous generator

首先分别建立相复励装置和无刷励磁同步发电机的数学模型，然后建立采用H∞调压器的同步发电机调压系统的数学模型。

First , the mathematical model of a phase-compounding excitation unit and brushless excitation synchronous generator is presented , then the mathematical model of a synchronous generator voltage regulation system using H_ ∞ voltage regulator .

充分说明以DSP为核心的数字式励磁调节器具有较快的动态响应速度，对斩控式励磁方式在同步发电机励磁控制系统的工程应用有一定的参考价值。

At the same time , digital excitation regulator based on DSP has been fully testified , which has faster dynamic response speed and useful for engineering application with chopping control excitation approach .

该文采用PID控制技术设计了同步发电机励磁调节器，整体仿真试验结果表明该励磁控制器有较完善的控制功能及较好的调节品质。

In this paper it adopts PID control technology to design excitation regulator of synchronous generator . The simulation experimental result shows that the regulator has perfect regulating control function and regulating characteristics .

提出在同步发电机短路试验中应用Prony法实现参数辨识。

The Prony method is presented to identify parameters of synchronous generators during their three-phase short-circuit tests .

同步发电机d-q轴饱和特性曲线族

The saturation curve series of synchronous generators

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 .

本文用MATLAB／SIMULINK软件对系统中的部件，包括风机、单相IGBT变流器、三相IGBT变流器、同步发电机、整流器等都建立了模型。

Wind generation system components , including wind turbine , 1-phase IGBT inverter , 3-phase IGBT inverter , synchronous generator , and rectifier , are modeled in this thesis using MATLAB / SIMULINK .

包括小型风力机、永磁同步发电机（PMSG）、可控硅整流器、buck-boost变换器、蓄电池、逆变器和交流负载。

Including wind turbine , Permanent-Magnet Synchronization Generator ( PMSG ), three-phase rectifier , buck-boost converter , battery , inverter and AC load .

研究了基于Lyapunov稳定理论的非线性控制原理，并应用该原理研究了双轴励磁同步发电机非线性励磁控制方式。

In this thesis , the nonlinear control principle based on Lyapunov stability theory is studied , and the nonlinear excitation control law of dual & excited synchronous generators is obtained by using the principle .