基于信息融合的电力变压器状态监测与性能计算方法

K. Octavianus, B. Anggoro, A. S. Ahmad
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引用次数: 5

摘要

本研究将设计智能电子器件体系结构。该体系结构以多智能体为基础,将处理器嵌入其中,将在电力系统中得到应用。所提出的lED具有提供设备状态信息、进行诊断、预测变压器剩余寿命等功能。从传感器中提取数据,提供设备状态信息。需要监测的电气和物理量包括电压、电流、温度和频率。然后,lED将分析数据,为用户提供有关变压器状况和剩余寿命估计的信息。分析过程采用A3S算法。然后,该算法将确定哪种假设在确定变压器性能和系统状态时占主导地位
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Power transformer condition monitoring and performance calculation method based on information fusion
In this research, Intelligent Electronic Device architecture will be designed. This architecture, which a processor is embedded into, is based on multi-agent and will be applied on electric power system. Proposed lED has some abilities: provide information about equipment condition, perform diagnosis, and provide prediction on transformer life remaining. Data from sensors is extracted to provide information on equipment condition. Electrical and physical quantities to be monitored are voltage, current, temperature, and frequency. lED will then analyze data to provide user with information about the condition of the transformer and life remaining estimation. Analyzing process is done using A3S algorithm. This algorithm will then determine which hypothesis is dominant in determining transformer performance and the condition of the
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