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Transformer Protection by Using FL Based Artificial Intelligent Buchholz Relay against Incipient Faults

机译:基于FL的人工智能Buchholz继电器对变压器早期故障的变压器保护。

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Switchgear and Protection are the two vital terminology of Electrical power system. Normally thecomponents of any switchgear needs better protection schemes to be set for a composite power system. Manyexplorers worked on artificial intelligent breaker but an indulgence of fuzzy theory is nevertheless very absentin case of buchholz relay. Here in this paper discussion has been drawn in favor of the Artificial IntelligentBuchholz (AIB) relay where inputs are level of transformer oil and rate of oil rising due to over current. To fitwith the transformer tank it is needed to measure level of transformer oil and the rate at which volumeincreasing. The constructional feature of a rate of rise pressure relay is taken into account in this work alongwith the working principle of a buchholz relay. The change in the inputs will give a crisp output to change thecontacts state from normally closed to normally open by tripping via alarm circuit indeed like the basicbuchholz relay does. The entire concept has been developed under MATLAB environment using Mamdanibased Fuzzy Inference System. Experimental output data validates the implementation of TransformerProtection by Using Fuzzy Logic Based Artificial Intelligent Buchholz Relay.
机译:开关设备和保护是电力系统的两个重要术语。通常,任何开关设备的组件都需要针对复合动力系统设置更好的保护方案。许多探索者都在研究人工智能断路器,但放纵模糊理论仍然是布赫霍尔茨继电器的缺席案例。在本文中,这里讨论的对象是人工智能布奇霍尔茨(AIB)继电器,其输入是变压器油的液位和由于过电流而引起的机油上升速率。要装配变压器油箱,需要测量变压器油的液位和体积增加的速率。这项工作中考虑了升压继电器的结构特点以及布氏继电器的工作原理。输入的变化将提供清晰的输出,从而通过报警电路跳闸将触点状态从常闭状态切换为常开状态,确实与basicbuchholz继电器一样。整个概念已在MATLAB环境下使用基于Mamdani的模糊推理系统开发。实验输出数据通过使用基于模糊逻辑的人工智能Buchholz继电器验证了变压器保护的实现。

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