智能建筑电气技术2024,Vol.18Issue(5) :31-33.

非能动核电厂核岛消防供配电系统优化研究

Research on Firefighting Power Supply and Distribution System for Passive Nuclear Power Plant's Nuclear Island

董鸿杰
智能建筑电气技术2024,Vol.18Issue(5) :31-33.

非能动核电厂核岛消防供配电系统优化研究

Research on Firefighting Power Supply and Distribution System for Passive Nuclear Power Plant's Nuclear Island

董鸿杰1
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作者信息

  • 1. 上海核工程研究设计院股份有限公司,上海200233
  • 折叠

摘要

本文基于确定论的火灾危害性分析,探讨了非能动核电厂核岛消防供配电系统的优化方案,以及耐火电缆和电源末端双切装置的使用范围.研究明确了消防供配电系统的基本目的和假设,并对非能动核电厂的主要消防用电负荷进行了详细分析,包括电动消防泵、防排烟风机、火灾报警控制器和消防应急照明系统.针对不同消防用电负荷,本文提出了具体的电源配置和电缆选型优化建议和使用范围表,以指导实际的系统优化.

Abstract

This paper explores the optimization of the passive nuclear power plant's nuclear island fire-fighting power supply and distribution system,as well as the scope of application for fire-resistant cables and dual-breaker devices,based on a deterministic fire hazard analysis.The study clarifies the basic objectives and assumptions,and conducts a detailed analysis of the main fire-fighting electrical loads of the passive nuclear power plant,including fire pumps,smoke exhaust fans,fire alarm controllers,and emergency lighting systems.For different fire-fighting electrical loads,specific recommendations for power source configuration and cable type optimization,as well as a scope of application table,are proposed to guide the actual system optimization.

关键词

消防供配电系统/耐火电缆/电源末端双切装置

Key words

fire-fighting power supply and distribution system/fire-resistant cables/dual-breaker devices

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出版年

2024
智能建筑电气技术
亚太建筑科技信息研究院

智能建筑电气技术

影响因子:0.346
ISSN:1729-1275
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