N. Djuric, J. Bjelica, D. Kljajić, M. Milutinov, K. Kasas-Lazetic, D. Antic
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引用次数: 1
摘要
现代城市人口的密集增长需要高度可靠的电力供应,这就要求配电系统能够完成这一具有挑战性的任务。为了提高用户供电的可靠性,通常会加设配电变电站,这些变电站最终会被扩大的居民区所包围。因此,考虑到变电站是低频电磁场的已知来源,它们的存在增加了居民对健康的担忧。因此,预计将对电磁场进行持续监测,并对这些物体附近人口的相应暴露进行充分评估。本文考虑了在即将到来的智慧城市环境中使用基于现代无线传感器的监测网络塞尔维亚电磁场监测网络SEMONT进行先进的低频EMF监测。案例研究和测试测量是在位于塞尔维亚共和国诺维萨德市的“NS7 - South Telep”变电站附近进行的,所获得的结果远远低于塞尔维亚规定的参考水平。
The SEMONT network utilization for the low-frequency EMF monitoring
The intensive increase of the number of population in modern cities demands a highly reliable power supply, requiring power distribution systems that will accomplish this challenging task. In order to increase the reliability of consumers supply, the additional power distribution substations are commonly installed, which in time become surrounded by the expanded residential areas. In consequence, their presence increases the health concern of residents, having in mind that power substations are known sources of the low-frequency electromagnetic field (EMF). Therefore, the continuous monitoring of EMF is expected, as well as the adequate assessment of corresponding exposure of population in vicinity of such objects. In this paper, the test utilization of a modern, wireless sensors-based monitoring network, the Serbian Electromagnetic Field Monitoring Network - SEMONT, was considered for the advanced low-frequency EMF monitoring in the upcoming smart cities environment. The case study and test measurements were performed in vicinity of the power substation “NS7 - South Telep”, located in the city of Novi Sad, the Republic of Serbia, where the acquired results emerge to be far below the Serbian prescribed reference levels.