安徽工业大学工商学院课程设计（论文）同步电机模型的 MATLAB 仿真学生姓名：李春笋学 号：111842161专业班级：气 1142指导老师：范国伟 2013 年 12 月 20 日下载后可任意编辑摘 要采纳电力电子变频装置实现电压频率协调控制，改变了同步电机历来的恒速运行不能调速的面貌，使它和异步电机一样成为调速电机大家庭的一员。本文针对同步电机中具有代表性的凸极机，在忽略了一部分对误差影响较小而使算法复杂度大大增加的因素（如谐波磁势等），对其内部电流、电压、磁通、磁链及转矩的相互关系进行了一系列定量分析，建立了简化的基于 abc 三相变量上的数学模型，并将其进行派克变换，转换成易于计算机控制的 d/q 坐标下的模型。再使用 MATLAB 中用于仿真模拟系统的 SIMULINK 对系统的各个部分进行封装及连接，系统总体分为电源、abc/dq 转换器、电机内部模拟、控制反馈四个主要部分，并为其设计了专用的模块，同时对其中的一系列参数进行了配置。系统启动仿真后，在经历了一开始的振荡后，各输出相对于输出时间的响应较稳定。关键词：同步电机 d/q 模型 MATLAB SIMULINK 仿真。The Simulation Platform of Synchronous Machine by MATLAB Abstract: The utilization of transducer realizes the control of voltage’s frequency. It changes the situation that Synchronous Machine is always running with constant speed. Just like Asynchronous Machine, Synchronous machine can also be viewed as a member of the timing machine. This thesis intends to aim at the typical salient pole machine in Synchronous Machine. Some quantitative analysis are made on relations of salient pole machine among current, voltage, flux, flux linkage and torque, under the condition that some factors such as harmonic electric potential are ignored. These factors have less influence on error but greatly increase complexity of arithmetic. Thus, simplified mathematic model is established on the basis of a, b, c three phase variables. By the Park transformation, this model is transformed to d, q model which, is easy to be controlle...
