摘要
建筑电气设计是现代建筑工程的核心环节之一,而消防配电系统则是电气设计中的关键组成部分。消防配电系统的合理设计不仅能够有效降低电气设备运行中可能存在的安全隐患,还能提升建筑的安全性和可靠性,为建筑的整体使用提供强有力的保障。本文结合某民用建筑工程的实际情况,围绕消防配电设计原则及技术要点展开分析,详细阐述独立性、可靠性、安全性、灵活性及维护性等设计原则;同时结合工程实际需求,系统探讨放射型与树干型配电系统、电缆选型与敷设、电源设计及消防负荷等级划分等具体应用技术。文章旨在提升消防配电设计水平,为相关从业者提供理论支持与实践参考。
Building electrical design is one of the core links in modern construction projects,and the fire-fighting power distribution system is a crucial component of electrical design.The reasonable design of the fire protection power distribution system can not only effectively reduce potential safety hazards in the operation of electrical equipment and enhance the safety and reliability of the building,but also provide a strong guarantee for the overall use of the building.Combining with the actual situation of a civil construction project,this paper analyzes the design principles and technical key points of fire-fighting power distribution,and elaborates in detail on the design principles including independence,reliability,safety,flexibility and maintainability.At the same time,in view of the actual needs of the project,it systematically discusses the relevant specific application technologies,such as the radial and trunk-type power distribution systems,cable selection and laying,power supply design,and the classification of fire-fighting load levels.This paper aims to improve the design level of fire-fighting power distribution,and provide theoretical support and practical reference for relevant practitioners in the field.
作者
蒋震威
Jiang Zhenwei(Hefei Atom Innovation Energy Co.,Ltd.,Hefei 230041,China)
出处
《绿色建造与智能建筑》
2026年第3期146-148,185,共4页
Green Construction and Intelligent Building
关键词
建筑工程
电气设计
消防配电
设计原则
技术要点
construction project
electrical design
fire—fighting power distribution
design principle
technical key point
