电力变压器绕组振动模型的动态遗传算法

J. Mārks, S. Vītoliņa
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引用次数: 2

摘要

电力变压器是电力系统的重要组成部分。这些电气设备可能会出现多种类型的故障。由于机械缺陷发生在电力变压器的内部结构中,所以检测起来比较困难。磁致伸缩可以在磁芯中产生这种类型的故障,而电动力可以在绕组中引起这种故障。诊断方法主要是利用变压器表面的振动信息。这是一种间接的方法,会导致额外的误差,因为振动需要在传感器接收到它们之前传播变压器结构。然而,通过将变压器的这一部分建模为一个力作用于其上的质量和弹簧系统,并应用动态遗传算法,可以计算绕组中的机械情况。本文介绍了在COMSOL和Matlab软件中建立的模型,并以一段绕组为例,展示了所获得的结果。
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Dynamic genetic algorithm in model for vibrations of power transformer windings
Power transformers are vital components of the power system. These electrical devices can experience multiple types of faults within them. Mechanical defects are relatively difficult to detect since they occur inside the structure of the power transformer. Magnetostriction can create this type of faults in magnetic core and electrodynamic forces can cause them in windings. Diagnostic methods mainly use vibration information from the surface of transformer. This is an indirect approach and causes additional errors since vibrations need to propagate transformer structure before sensors receive them. However, it is possible to calculate the mechanical situation in windings by modelling this part of the transformer as a mass and spring system with forces acting upon it and applying dynamic genetic algorithm. This paper describes a model created in COMSOL and Matlab software and a case study for a segment of windings displays the acquired results.
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