基于物联网的周界入侵探测技术引入核电工程的可行性研究

The Effi ciency Analysis of Nuclear Power Plant Perimeter Intrusion Detection Based on the Internet of Things

随着核电项目的高速推进,核电站的安全问题已经越来越多地被关注,因为其遭到破坏后能引起极大的社会恐慌和政治影响。在世界范围内的反核势力有所抬头的大背景下,核电站也成了反核势力以及国际恐怖分子关注的重要设施。因此核电站的实物保护系统的设计也要不断追踪世界先进的技术,与时俱进,在完成基本防入侵的功能上要使系统更加地优化、稳定,且具有高适应性,这就对实物保护系统的设计提出了更高的要求,尤其是对入侵探测报警系统提出了新的挑战。目前物联网技术已经广泛应用于各行业,该技术理念能有效实现周界安防所要求的功能,但针对该技术的引入尚无相关研究。因此,本文将对基于物联网技术的周界入侵探测技术引入至核电工程的可行性进行阐述,期待为物联网技术在核电厂实物保护系统的应用、研究提供借鉴。

With the rapid development of nuclear power projects, nuclear plant safety issues have been increasingly concerned about the community. If it is under destruction that may cause great social and political implications of panic. Thus physical protection systems for nuclear power project design put forward higher requirements. The introduction of things of internet technology can make up for the physical protection of nuclear power plant system intrusion detection system false alarm detection equipment, inclement weather adaptability bad weakness. The study combined with the internet of things technology and nuclear power plants currently perimeter intrusion detection system. The whole system can get self-learning ability. The system will have a low false alarm rate, to adapt to weather and other advantages, while the actual project also has practical significance.