Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Nuclear power plant electrical plant and arrangement method thereof
The invention provides an electrical plant of a nuclear power plant and an arrangement method thereof, and the method comprises the steps: dividing a space above 0 m elevation of the electrical plant into a lower electric instrument equipment region and a mixing region located above the lower electric instrument equipment region, and dividing a plane region of the mixing region into an upper electric instrument equipment region and a process equipment region, the method comprises the following steps: arranging a plurality of groups of electric equipment of the reactor protection and monitoring system in a lower electric equipment area, arranging main control equipment for monitoring the electric equipment of each group of reactor protection and monitoring system in an upper electric equipment area, and arranging related equipment including a main steam main water supply pipe gallery and a passive containment heat export system in an upper electric equipment area; and related equipment of the passive secondary side residual heat removal system is arranged in the process equipment area. According to the invention, the arrangement requirements of anti-seismic I-type electrical equipment and cables can be met, the single-shell containment design can be adapted, the design height requirement of a third-generation nuclear power plant passive special safety system is met, and the overall layout of a third-generation nuclear power plant nuclear island is well adapted.
本发明提供一种核电厂电气厂房及其布置方法，方法包括：将电气厂房0m标高以上空间分为下电仪设备区和位于下电仪设备区上方的混合区，将混合区的平面区域划分为上电仪设备区和工艺设备区，将多组反应堆保护和监测系统的电仪设备设置在下电仪设备区，将对每组反应堆保护和监测系统的电仪设备进行监控的主控设备设置在上电仪设备区，将包括主蒸汽主给水管廊、非能动安全壳热量导出系统的相关设备，以及非能动二次侧余热排出系统的相关设备布置在工艺设备区。本发明能够满足抗震I类电仪设备和电缆的布置要求，并能够适应单壳安全壳设计，满足第三代核电厂非能动专设安全系统的设计高度要求，很好地适应了第三代核电厂核岛的总体布局。
Nuclear power plant electrical plant and arrangement method thereof
The invention provides an electrical plant of a nuclear power plant and an arrangement method thereof, and the method comprises the steps: dividing a space above 0 m elevation of the electrical plant into a lower electric instrument equipment region and a mixing region located above the lower electric instrument equipment region, and dividing a plane region of the mixing region into an upper electric instrument equipment region and a process equipment region, the method comprises the following steps: arranging a plurality of groups of electric equipment of the reactor protection and monitoring system in a lower electric equipment area, arranging main control equipment for monitoring the electric equipment of each group of reactor protection and monitoring system in an upper electric equipment area, and arranging related equipment including a main steam main water supply pipe gallery and a passive containment heat export system in an upper electric equipment area; and related equipment of the passive secondary side residual heat removal system is arranged in the process equipment area. According to the invention, the arrangement requirements of anti-seismic I-type electrical equipment and cables can be met, the single-shell containment design can be adapted, the design height requirement of a third-generation nuclear power plant passive special safety system is met, and the overall layout of a third-generation nuclear power plant nuclear island is well adapted.
本发明提供一种核电厂电气厂房及其布置方法，方法包括：将电气厂房0m标高以上空间分为下电仪设备区和位于下电仪设备区上方的混合区，将混合区的平面区域划分为上电仪设备区和工艺设备区，将多组反应堆保护和监测系统的电仪设备设置在下电仪设备区，将对每组反应堆保护和监测系统的电仪设备进行监控的主控设备设置在上电仪设备区，将包括主蒸汽主给水管廊、非能动安全壳热量导出系统的相关设备，以及非能动二次侧余热排出系统的相关设备布置在工艺设备区。本发明能够满足抗震I类电仪设备和电缆的布置要求，并能够适应单壳安全壳设计，满足第三代核电厂非能动专设安全系统的设计高度要求，很好地适应了第三代核电厂核岛的总体布局。
Nuclear power plant electrical plant and arrangement method thereof
一种核电厂电气厂房及其布置方法
FAN YANFANG (Autor:in) / XUE JING (Autor:in) / WANG ZHENZHONG (Autor:in) / JIA XIAOPAN (Autor:in) / WU QIAOYING (Autor:in) / SU JINCHENG (Autor:in) / CHU SONGLIANG (Autor:in) / GU ZHENJIE (Autor:in) / BEI CHEN (Autor:in) / BAI BINGHE (Autor:in)
12.09.2023
Patent
Elektronische Ressource
Chinesisch
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