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Microcontroller based differential relay using fuzzy logic for transformer protection

机译:基于微控制器的差动继电器,采用模糊逻辑进行变压器保护

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Various faults can occur on the transformer which may result in disconnection of a large portion of the power system. The faults on the transformers are deemed to be very hazardous considering the high primary and secondary current levels. Many methods have been devised to successfully detect the fault on transformer. This paper, however, presents a method based on fuzzy logic. The primary and secondary currents of the transformer form the basic parameters of this method. The fuzzy system so formed for the purpose of protection of transformer uses the principle of differential protection of the transformer. The presented method has been successfully verified in MATLAB software and on hardware setup as well. The hardware setup uses a dsPIC33E series microcontroller for applying the fuzzy logic for differentiation between normal condition and fault condition.
机译:变压器上可能会发生各种故障,这可能导致电源系统的大部分断开。考虑到较高的一次和二次电流水平,变压器上的故障被认为是非常危险的。已经设计出许多方法来成功检测变压器上的故障。但是,本文提出了一种基于模糊逻辑的方法。变压器的初级和次级电流构成该方法的基本参数。如此形成的用于变压器保护的模糊系统利用了变压器的差动保护原理。所提出的方法已经在MATLAB软件和硬件设置中得到了成功验证。硬件设置使用dsPIC33E系列单片机来应用模糊逻辑,以区分正常状态和故障状态。

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