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Transmission Proprieties of Overhead and Cable LV Power Lines - the Comparison in the Frequency Spectrum from 3 kHz to 150 kHz

机译:架空和电缆低压电力线的传输特性-3 kHz至150 kHz频谱的比较

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The paper compares two main types of the power lines, namely, overhead lines and cable lines. The analysis was done in a low-voltage mains network in the frequencies identified by the CENELEC organization for a narrowband transmission using low-cost PLC (Power-Line Communications) modems. Currently, data transmission with the use of the PLC technique finds increasing use in the area of the communication for the Smart Grid, especially because of the development of Smart Metering and Smart Lighting systems. Independently from the implementation of the PLC transmission technique, a process of the replacement of overhead lines with cables is carried out. Undoubtedly, this process must have an influence on the transmission prosperities over the mains network. This paper is aimed to show differences in the secondary transmission parameter of the two main constructional types of low-voltage lines, which have the same electro-power parameter. The influence of these differences on the transmission quality is also discussed. The study was limited to aluminium and copper wires and was made in the low-voltage mains network.
机译:本文比较了电力线的两种主要类型,即架空线和电缆线。该分析是在一个低压干线网络中进行的,该网络的频率由CENELEC组织确定,用于使用低成本PLC(电力线通信)调制解调器进行窄带传输。当前,尤其是由于智能计量和智能照明系统的发展,利用PLC技术的数据传输在智能电网的通信领域中发现了越来越多的用途。独立于PLC传输技术的实现,执行了用电缆替换架空线的过程。毫无疑问,该过程必须对干线网络上的传输繁荣产生影响。本文旨在显示两种具有相同电功率参数的低压线路主要构造类型的二次传输参数的差异。还讨论了这些差异对传输质量的影响。该研究仅限于铝线和铜线,并且是在低压干线网络中进行的。

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