核电站核岛无线覆盖方案的改进与应用
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摘要
本文针对核电站核岛的现有无线通信覆盖方案进行研究,针对核岛构筑物与设备的特点,结合智慧核电建设需求,研究改进了核岛无线通信覆盖方案。新方案利用新设计的射频合路器,在原有室内分布馈线结构基础上,同时实现Mc Wi LL、TDLTE、GSM、WLAN四种无线信号的覆盖,既满足宽带数据的传输,又提升了通信手段的多样性。在国内某核电试点建设测试成功可用。最后进行了总结,并对核电站无线通信的发展做出了展望。
This paper studies the existing wireless communication coverage scheme of nuclear power plant?In view of the characteristics of nuclear island structure and equipment, combined with the demand of intelligent nuclear power construction, the paper has improved the wireless communication coverage scheme of nuclear island?New scheme designs the new combiner, on the basis of existing indoor distribution feeder structure? The four wireless signals of Mc Wi LL, TD-LTE, GSM and WLAN are also covered at the same time? This scheme satisfies both the transmission of broadband data and the diversity of communication system?The scheme is successfully used in a pilot project in China?At last, the paper summarizes the development of wireless communication in nuclear power plant?
This paper studies the existing wireless communication coverage scheme of nuclear power plant?In view of the characteristics of nuclear island structure and equipment, combined with the demand of intelligent nuclear power construction, the paper has improved the wireless communication coverage scheme of nuclear island?New scheme designs the new combiner, on the basis of existing indoor distribution feeder structure? The four wireless signals of Mc Wi LL, TD-LTE, GSM and WLAN are also covered at the same time? This scheme satisfies both the transmission of broadband data and the diversity of communication system?The scheme is successfully used in a pilot project in China?At last, the paper summarizes the development of wireless communication in nuclear power plant?
引文
[1]江上月,柴保发等.核电厂专用无线通信系统技术方案研究[J].核科学与工程,2010(12):275-279.
[2]黄燕辉,江江,董晨辉.TD-LTE无线通信系统在核电应用探讨[J].电子测量,2018(1):77-78.
[3]邱建文,孔海志,莫国钧.核电厂电磁兼容挑战及应对策略[J].原子能科学技术,2009(S2):360-363.
[4]骆骁,谢金凤.核电环境电磁兼容测试方法研究[J].数字通信,2014(6):39-40.
[2]黄燕辉,江江,董晨辉.TD-LTE无线通信系统在核电应用探讨[J].电子测量,2018(1):77-78.
[3]邱建文,孔海志,莫国钧.核电厂电磁兼容挑战及应对策略[J].原子能科学技术,2009(S2):360-363.
[4]骆骁,谢金凤.核电环境电磁兼容测试方法研究[J].数字通信,2014(6):39-40.