低压变压器与住宅单位间地下电缆电磁发射的研究。问题与解决方案

A. Al-Rajhi
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摘要

. 在利雅得市的许多居民区,磁场辐射的传播很高,有时超过300毫克。人们已经发现,这种辐射源是位于低压变压器和房屋之间的地下电缆。这项调查的目的是找到电磁辐射的来源和原因,然后制定解决方案,以避免这一问题。调查结果表明,磁场辐射污染的主要原因是中性电缆的接地,因为接地的地方必须在低压变压器之前的一点。本研究还提供了避免该问题的解决方案,通过在客户可用的每个住宅单元中使用特殊的接地装置,提供电力服务的公司在为客户打开主断路器之前测试该接地装置的效率。对这个问题的一个补充解决方案是在客户箱中强制安装断路器(塑壳断路器)或(RCD),作为连接电力的强制性先决条件,电力供应商安装该断路器以防止客户超车。这项研究得出的结论是,通过应用这些技术建议,可以实现许多好处,以达到防止由家庭内部导电性技术故障引起的电磁辐射的目的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of the Electromagnetic Emission Generated from the Underground Cables between the Low- Tension Transformer and Residential Units. Problems and Solutions
. Propagation of the magnetic field radiation in many residential areas within Riyadh City is high and sometimes exceed 300 mG. It has been found that the source of this radiation is underground cables that lies between the low voltage transformers and houses. The aim of this investigation is to find the sources of electromagnetic emissions and the reason for their emission and then develop solutions to avoid this problem. The outcomes of this survey indicated that the primary cause for the magnetic field radiation contamination results from the earthling of the neutral cable as that place for the earthling must be at one point before the low voltage transformer. This study has also provided solutions to avoid this problem through applying special earthling per dwelling unit availed by the client, where the company that provides the service of electricity test the efficiency of this earthling before opening the master breaker for the client . A complementary solution to this problem is to impose install breakers (MCCB) or (RCD) in the client box as a compulsory prerequisite for connecting electricity and electricity supplier install this breaker to prevent client overtakes. This study has concluded that many of the benefits can be achieved through applying these technical proposals to meet the aim of prevention of electromagnetic radiation resulting from technical faults in the electrical conductivity within the homes.
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