高压电击干扰对智能电能表的影响研究.doc

高压电击干扰对智能电能表的影响研究
张志,代燕杰,李琮琮,王平欣,杜艳
(国网山东省电力公司电力科学研究院,济南 250001)
摘要:随着智能电网的推广建设,智能电能表得到了大面积的应用。与传统电能表不同,智能电能表含有大量的电子元器件,易受强电磁干扰的影响。而全性能检测中,不能完全建立现场运行及人为原因带来的高强度电磁干扰环境,故个别单位及个人采取高压电击器干扰表计,造成CPU 及芯片损坏,导致电能表失效,电量流失,且这种窃电现象不易被发现,严重影响了供用电秩序及安全。故论文从干扰源、电磁场等多个方面对高压电击器的窃电机理进行分析,提出了智能表防窃电措施,改进后的智能表能够有效防范高压电击窃电。
关键词:智能电能表;强电磁干扰;窃电;高压电击
中图分类号:TM933 文献标识码:B 文章编号:1001-1390(2016)00-0000-00
Research on of the Influence influence of high voltage shock interference Smart Meter on High Voltage Shock smart meter
Zhang zhi, Dai Yanjie, Li Congcong, Wang Pingxin, Du yan
(State Grid Shandong Electric Power Research Institute, Jinan 250001, China)
Abstract:: Smart meters have been used widespread with the promotion and construction of smart grid. But unlike tradition meters, the smart meters are sensitive to the effects of strong ic interference because there are many ponents. Strong ic interference environments brought by site operation and man-made cause are not fully established in performance testing. So some units and individuals use high-voltage shock devices to interfere the meter which leads to the damage of CPU and chips, the invalidation of watt-hour meter, and the loss of electricity. the high voltage shock device is used for This kind of electricity theft phenomenon is not easy to be found which has a strong impact on power supply and safety. Electricity theft mechanism of high