牵引变电站电路中的电能质量

Z. Olczykowski, Piotr Starula
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引用次数: 0

摘要

波兰的铁路运输使用直流电牵引来为车辆(机车和多联机)提供动力。因此,有必要将电力系统的交流电压转换为牵引系统的直流电压。交流电压转换为直流电压的过程在牵引变电站中进行。安装在牵引变电站的整流装置就是用于这一目的。因此,电力牵引应归类为非线性用户。此外,牵引变电站的负荷也是动态变化的。所有这些都使得电力牵引成为对电网产生大量干扰的受体。这些干扰会影响牵引变电站供电系统的电能质量,以及辅助线路和非牵引线路的电能质量。文章介绍了在牵引变电站线路选定点记录的电能质量指标的测量分析结果。除其他外,还记录了牵引变电站供电干线、非牵引需求线路和辅助线路的电能质量指标。本文是有关评估直流电力牵引对电力系统影响的系列文章中的另一篇。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Power quality in the circuits of traction substation
Rail transport in Poland uses direct current electric traction to power vehicles (locomotives and multiple units). It is therefore necessary to convert the AC voltage of the power system into the DC voltage of the traction system. The conversion of alternating voltage into direct voltage takes place in traction substations. Rectifier units installed at traction substations are used for this purpose. As a result, electric traction should be classified as non-linear consumers. In addition, the traction substation load changes dynamically. All this makes the electric traction a recipient generating a number of disturbances to the network. These disturbances affect the quality of electricity in the power system from which the traction substations are supplied, and the quality of energy in auxiliary and non-traction lines. The article presents the results of the analysis of measurements of electricity quality indicators recorded at selected points of the traction substation line. Parameters characterizing the quality of electricity were recorded, among others, in in the main line supplying the traction substation, non-traction needs line and auxiliary circuits. The presented article is another in a series of publications related to the assessment of the impact of DC electric traction on the power system.
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