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Application of neural network technologies in power engineering

机译:神经网络技术在电力工程中的应用

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In this work, key areas of artificial neural networks using in the energy sector are highlighted. The application of neural network technologies to assess the current technical condition of energy equipment, systems and tools for various purposes is implemented on classification algorithms, allowing to establish the degree of closeness of the current technical state to the "normal" state through the use of key technological (diagnostic) parameters. The prediction of operating modes (normal, emergency, etc.), the occurrence of defects, failures and accidents is carried out by establishing functional dependencies using historical data on the operation of power equipment. The data accumulated for different periods are used to predict the consumption of various types of energy and loads during these periods. On the basis of neural network algorithms, operational intelligent control of the operating modes of energy facilities is implemented, and systems for dispatch control, decision support, repair management, etc. are developed.
机译:在这项工作中,突出了在能量扇区中使用的人工神经网络的关键领域。神经网络技术在分类算法中实现了用于评估各种目的的当前能量设备,系统和工具技术条件的应用,允许通过使用关键技术(诊断)参数。通过使用电力设备的操作的历史数据建立功能依赖性,通过建立功能依赖性来实现操作模式(正常,紧急等),发生缺陷,故障和事故的预测。对于不同时段累积的数据用于预测这些时段期间各种类型的能量和负载的消耗。在神经网络算法的基础上,实现了能量设施的操作模式的操作智能控制,开发了调度控制,决策支持,修复管理等系统。

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