英语翻译计算机仿真技术在电力电子与电气传动的分析研究中起着十分重要的作用,MATLAB语言是目前国际上流行的一种演算纸式编程语言,它具有强大的矩阵分析与运算功能,并且是一个开放的

英语翻译计算机仿真技术在电力电子与电气传动的分析研究中起着十分重要的作用,MATLAB语言是目前国际上流行的一种演算纸式编程语言,它具有强大的矩阵分析与运算功能,并且是一个开放的
英语翻译
计算机仿真技术在电力电子与电气传动的分析研究中起着十分重要的作用,MATLAB语言是目前国际上流行的一种演算纸式编程语言,它具有强大的矩阵分析与运算功能,并且是一个开放的环境.在 MATLAB上开发的工具箱涵盖了科学理论和工程应用的众多领域,SIMULINK是 MATLAB提供的控制系统模型可视化的图形输入和仿真工具,具有模块化、可重载、可封装等特点,可大大提高系统仿真的效率和可靠性,自1992年问世以来很快在控制界得到广泛应用.其包括多种模块库,用户也可根据自己的需要开发所需的模型,并通过封装后扩充到现有模型库.本文按照发电机惯例,建立了以暂态电势为变量的异步风力发电机的数学模型,使得风力发电机在风电系统分析中可以类似于同步机来处理,并且模拟实际风机的并网过程进行了仿真分析.

英语翻译计算机仿真技术在电力电子与电气传动的分析研究中起着十分重要的作用,MATLAB语言是目前国际上流行的一种演算纸式编程语言,它具有强大的矩阵分析与运算功能,并且是一个开放的
The computer simulation technology is playing the extremely vital role in the electric power electron and in the electrical transmission analysis research,the MATLAB language is on the present international popular one kind of calculation paper type programming language,it has the formidable matrix analysis and the operation function,and is an open environment.The toolbox develops which on MATLAB has covered the scientific theory and the project application multitudinous domains,SIMULINK is the control system model visualization graph input and the simulation tool which MATLAB provides,has the modulation,may the heavy load,be possible to seal and so on the characteristics,may enhance the system simulation greatly the efficiency and the reliability,has been published since 1992 very quickly obtains the widespread application in the control.It including many kinds of module storehouse,the user also may according to own need to develop the model which needs,and expands after the seal to the existing model base.This article according to the generator convention,has established take the transition condition electric potential as the variable asynchronous wind-driven generator mathematical model,causes the wind-driven generator to be possible to be similar in the wind electricity system analysis in the synch ronizer processes,and simulated the actual air blower the incorporation process to carry on the simulation analysis.