Dynamic Psychoanalysis of DC Separately Excited Machine on Laboratory Visualization

D. Patel, Sunil C. Shah, N. Chothani, M. Raichura
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Abstract

Dynamic psychoanalysis of machine is very important in analysis like transient condition or sub transient mode of operation in power system. All parameters and subsystems are equally important as on the basis of control and network system of machines. Nowadays most of the analyses are taken based on simulation however, it is equally important to analyze the system on laboratory visualizations. This article involves the dynamic analysis of DC separately excited machine which is utilized in machine laboratory. Various types of analysis like speed versus armature voltage and torque are demonstrated with straightforward transfer functions and graphical representations. Similarly, armature current versus armature voltage and torque are also validated on hardware. Article represents systematic way to express all analysis and evolutions with basic control and network theorem to make further research on power system stability. It is observed that all analysis carried out on single machine with simplest way and in lucid manner.
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基于实验室可视化的直流励磁机动态精神分析
在电力系统暂态或亚暂态运行方式分析中,机器动态精神分析是非常重要的。作为机器控制和网络系统的基础,所有参数和子系统同样重要。目前大多数分析都是基于仿真进行的,然而,利用实验室可视化对系统进行分析也同样重要。本文对机械实验室使用的直流分激电机进行了动态分析。各种类型的分析,如速度与电枢电压和扭矩的关系,用简单的传递函数和图形表示进行了演示。同样,电枢电流对电枢电压和转矩也在硬件上进行了验证。本文提出了用基本控制定理和网络定理系统地表达所有分析和演化的方法,以进一步研究电力系统的稳定性。观察到所有的分析都是用最简单的方法和清晰的方式在一台机器上进行的。
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