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首页> 外文期刊>E3S Web of Conferences >Development of Differential Equations and their Solution Using the Simulink Matlab Program, which Calculate the Self-Swinging of Synchronous Machines with Traditional and Longitudinal-Transverse Excitation
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Development of Differential Equations and their Solution Using the Simulink Matlab Program, which Calculate the Self-Swinging of Synchronous Machines with Traditional and Longitudinal-Transverse Excitation

机译:使用Simulink MATLAB程序的微分方程及其解决方案的开发,其使用传统和纵向横向激励计算同步机的自动摆动

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The article presents the differential equations of a synchronous generator in phase coordinates and in the coordinate system (d, q). In addition, differential equations of synchronous machines with longitudinal-transverse excitation and a block diagram based on these equations are given. The system of differential equations is solved by the operator method. On the basis of a system of differential equations using the Simulink Matlab program, a structural diagram was created and a graph of the self-swinging processes taking place in synchronous machines with conventional and longitudinal-transverse excitation was obtained. On the basis of the obtained graph, the processes of self-swinging of synchronous generators with traditional and longitudinal and transverse excitation are compared.
机译:该物品在相位坐标和坐标系(D,Q)中呈现同步发电机的微分方程。另外,给出了具有纵向横向激励的同步机的微分方程和基于这些方程的框图。通过操作员方法解决了微分方程系统。在使用Simulink Matlab程序的差分方程系统的基础上,获得了结构图,并获得了在具有常规和纵向横向激发的同步机中进行的自动化过程的图。基于所得的曲线图,比较了具有传统和纵向和横向激发的同步发电机的自动摆动的过程。

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