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Simulation of electrical loads in electrical network nodes with decentralized productions

机译:具有分散式生产的电网节点中电负荷的仿真

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This paper presents the simulation of electrical loads from consumers and from a distributed generation (DG) in network nodes in using a neural network method and an algorithm of feed-forward neural networks. The factor ‘time’ is the unique independent value, which influences the studied parameter. In the algorithm, we introduce a process for the stability of the equilibrium of impulsive delay neural networks. We compare the results obtained by the simulation of electrical loads using artificial neural networks and by the statistical method of the exponential equalization.
机译:本文介绍了使用神经网络方法和前馈神经网络算法的网络节点中的来自消费者和网络节点中的分布式发电(DG)的电负载的模拟。因子'时间'是独特的独立价值,影响研究参数。在算法中,我们介绍了脉冲延迟神经网络平衡稳定性的过程。我们使用人工神经网络和指数均衡的统计方法进行比较通过模拟电负荷的结果。

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