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Testing and Commissioning the Integration of the Nuclear Material Protection System at Joint Institute for Power and Nuclear Research - Sosny, Belarus

机译:测试和调试核材料保护制度在核材料保护系统中的电力与核研究所 - SOSNY,白俄罗斯

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The current approach to enhancing the effectiveness of nuclear material protection systems at the Joint Institute for Power and Nuclear Research - Sosny (JIPNR-Sosny) depends on combining various subsystems into integrated security complexes. Development of our comprehensive security system follows the patterns applicable to evolution of all technical systems, advancing towards improved functionality, integration of subsystems, resulting in higher sophistication of the system logic. Integration is used at JIPNR-Sosny to enhance the system reliability and performance while maintaining reasonable costs for maintenance and sustainability. This process does not include identification of particular parameters of the integrated system which benefit from the integration of subsystems. The integrated protection complex includes: ? high-level control implemented on the basis of the integration software platform (e.g., the Intellect system for the central alarm station (CAS)); ? data acquisition and processing system (e.g., computerized tamper indicating device (TID) management); ? a full set of facility-level systems capable of operating independently (e.g., fire alarm/alert, criticality safety); ? simple and flexible scalability of the complex using system expansion packages (e.g., intrusion sensors, CCTV, nuclear material measurements). At the JIPNR-Sosny, it became necessary to test and commission the integrated physical protection subsystems, including the perimeter fences, into a single system terminating at the new CAS. As much as possible, indigenous equipment and software have been installed throughout the material protection, control and accounting (MPC&A) upgrade process. However, testing and commissioning of system integration will be somewhat complicated by the fact that 75% of the equipment for one of the subsystems (a double fence around a facility will be equipped with intrusion detection, video surveillance, and access control and management features) will be supplied by European Union countries.
机译:目前提高电力和核研究联合研究所核材料保护系统有效性的方法 - SOSNY(JIPNR-SOSNY)取决于将各个子系统结合到综合安全复合物中。我们的综合安全系统的开发遵循适用于所有技术系统的演变的模式,推进改进功能,子系统集成,导致系统逻辑的复杂程度更高。集成在JIPNR-SOSNY使用,以提高系统可靠性和性能,同时保持维护和可持续性的合理成本。该过程不包括识别集成系统的特定参数,其受益于子系统的集成。综合保护复合体包括:?基于集成软件平台实现的高级控制(例如,中央警报站(CAS)的智力系统);还是数据采集​​与处理系统(例如,计算机化篡改指示设备(TID)管理);还是一套全套设施级系统,能够独立操作(例如,火警/警报,关键安全性);还是使用系统扩展封装(例如,入侵传感器,CCTV,核材料测量)简单灵活的复杂可扩展性。在JIPNR-SOSNY,它变得必要测试和委托综合物理保护子系统,包括周边栅栏,进入新CAS终止的单个系统。尽可能多,在整个材料保护,控制和核算(MPC&A)升级过程中安装了土着设备和软件。然而,系统集成的测试和调试将有所复杂,其中一个子系统的75%的设备(设施周围的双栅栏将配备入侵检测,视频监控和访问控制和管理功能)将由欧盟国家提供。

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