Research of Influence of Substitution of Renewable Energy Sources as a Part of the Scheme of Supply of Own Needs of Small and Micro-HPPS

A. Achitaev, A. Zhidkov, N. S. Naumkin
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Abstract

One of the directions of modern development of renewable energy technologies in Russia is associated with the expansion of their application as part of the own needs of power plants. This article examines the study of the connection of renewable energy sources (RES) as part of the own needs of micro--hydroelectric power plants. The analysis of possibility of power supply of own needs of micro-HPP by wind power installation with use of the frequency Converter for the purposes of regulation of tension of own needs of station was carried out. The first part of the article is devoted to the analysis of publications on the current problem of the use of small and micro--hydroelectric power plants, as well as the description of the purpose and objectives of the study. The second section of the article presents mathematical models describing the connection of the wind turbine with a frequency Converter to work together with consumers of the station's own needs, for which the function of voltage regulation in the network is supposed to be performed. The law was formulated and an algorithm was constructed for the operation of the wind turbine with a load as part of the station's own needs. Note that this algorithm assumes continuous operation of the wind turbine without switching it according to the scheme of automatic reserve input, which leads to an increase in the installed capacity utilization factor. In the third part of the article the oscillograms of transient processes in the mode with and without wind turbines are considered. The short-circuit mode on the load and the influence of the wind turbine on the value of the recharge current are also considered. And in conclusion, the main conclusions on this work are formulated
可再生能源替代作为小微供热系统自备方案一部分的影响研究
俄罗斯可再生能源技术的现代发展方向之一是扩大其应用,作为发电厂自身需求的一部分。本文考察了可再生能源(RES)的连接作为微型水力发电厂自身需求的一部分的研究。分析了风力发电装置利用变频器调节电站自备张力为微高压电站供电的可能性。文章的第一部分是对目前小微水力发电厂使用问题的出版物进行分析,以及对研究目的和目标的描述。文章的第二部分给出了描述风力发电机与变频器的连接的数学模型,以配合该站自身需求的用户,并在网络中发挥调压功能。制定了该定律,并构建了一个算法,用于将负载作为站点自身需求的一部分运行风力涡轮机。需要注意的是,该算法假设风电机组连续运行,不按自动备用输入方案切换,导致装机容量利用系数增大。在文章的第三部分,考虑了在有和没有风力发电机的模式下瞬态过程的示波图。同时考虑了短路方式对负荷的影响以及风力机对充电电流值的影响。在结语部分,提出了本文的主要结论
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