消防科学与技术2024,Vol.43Issue(8) :1174-1180.DOI:10.20168/j.1009-0029.2024.08.1174.06

基于多目标层次覆盖的消防救援站布防技术

Fire station deployment technology based on multi-objective hierarchical coverage

晏明海 王伟 郭凯 田世祥
消防科学与技术2024,Vol.43Issue(8) :1174-1180.DOI:10.20168/j.1009-0029.2024.08.1174.06

基于多目标层次覆盖的消防救援站布防技术

Fire station deployment technology based on multi-objective hierarchical coverage

晏明海 1王伟 2郭凯 1田世祥1
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作者信息

  • 1. 贵州大学 矿业学院,贵州 贵阳 550025
  • 2. 应急管理部上海消防研究所,上海 200032
  • 折叠

摘要

为探析城市火灾空间分布,提出科学高效的城市消防站布局,以上海市浦东新区为研究对象,基于兴趣点(POI)、城市路网、消防站等数据,运用SAVEE法和德尔菲法识别城市火灾风险,利用"位置-分配"模型和"服务区"模型从多个角度开展多目标消防协同布防研究.结果表明:火灾高风险区主要集中在浦东新区的花木街道、金桥经济技术开发区、惠南镇等区域;浦东新区现行消防站整体覆盖率为59.94%,主要责任辖区覆盖率为95.2%,其他等级的覆盖情况均低于消防覆盖标准;在现有消防站的基础上,需新增8座消防救援站,以进一步优化浦东新区消防布局.

Abstract

In order to explore the spatial distribution of urban fires and propose a scientifically efficient layout of urban fire stations,the Pudong New Area of Shanghai was taken as the research ob-ject.Based on data such as points of interest(POI),urban road network,and fire stations,the SAVEE method and Delphi method were used to identify urban fire risks.The"location alloca-tion"model and"service area"model were used to conduct multi-objective fire collaborative deployment research from multiple per-spectives.The results show that high-risk fire areas are mainly concentrated in areas such as Huamu Street,Jinqiao Economic and Technological Development Zone,and Huinan Town in Pudong New Area;The overall coverage rate of the current fire stations in Pudong New Area is 59.94%,with a coverage rate of 95.2%in the main responsible areas.The coverage of other levels is lower than the fire coverage standards;On the basis of the exist-ing fire stations,8 new fire rescue stations need to be added to fur-ther optimize the fire protection layout in Pudong New Area.

关键词

消防救援站/多目标/兴趣点数据/"服务区"模型/"位置-分配"模型

Key words

fire rescue station/multi-objective/interest point data/"service area"model/"location allocation"model

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基金项目

应急管理部消防救援局科技计划项目(2020XFLR40)

贵州省科技计划项目(黔科合支撑[2021]一般520)

出版年

2024
消防科学与技术
中国消防协会

消防科学与技术

CSTPCD北大核心
影响因子:0.846
ISSN:1009-0029
参考文献量6
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