Application of Ai Methods for Automatic Determination of the Technical Condition Index of Primary Substation Equipment

A. Voloshin, A. Kovalenko, S. A. Danilov, A. Guseynov, M. Malyutin, A. Ententeev
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Abstract

Determining the technical condition of technological equipment is one of the most important tasks of operating organizations in the electric power industry. At the moment, on the territory of the Russian Federation, the assessment of the condition is carried out during preventive maintenance and repairs and subsequent analysis of the measured values. This approach to determining the condition is associated with significant operational costs, limited speed of information transmission from branches of operating organizations to analytical centers and the presence of errors on the part of personnel when removing data on the condition of equipment. Also, the normative and technical documentation regulating the implementation of preventive measures was developed several decades ago and does not take into account either the change in the nature of the load on the equipment, or the technical condition and residual life of the equipment. For new equipment, the regulations developed at that time do not take into account the fact that new components with different characteristics and properties, are now used in the equipment.
人工智能方法在变电站一次设备技术状态指标自动测定中的应用
确定工艺设备的技术状况是电力工业运行机构的重要任务之一。目前,在俄罗斯联邦领土上,对状况的评估是在预防性维护和维修期间进行的,随后对测量值进行分析。这种确定状况的方法存在以下问题:运营成本高、从运营机构的分支机构到分析中心的信息传输速度有限,以及在移除设备状况数据时人员存在错误。此外,规范实施预防措施的规范性和技术文件是几十年前制定的,既没有考虑到设备负载性质的变化,也没有考虑到设备的技术条件和剩余寿命。对于新设备,当时制定的法规没有考虑到现在设备中使用具有不同特性和性能的新组件这一事实。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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