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建筑机电一体化电气设计要点实践

Key Practices in Electrical Design of Mechanical-Electrical Integration of Buildings
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摘要 根据浙江省工程建设标准DB33/1092-2021《绿色建筑设计标准》对20000 m²以上的公共建筑要求做集中控制的建筑设备管理系统和GB 51348-2019《民用建筑电气设计标准》对建筑设备一体化监控系统的要求,以某超高层建筑的机电一体化电气设计实践为例,从强弱电设计界面、电气设计范围及设计深度等方面,详细阐述建筑设备一体化监控系统的电气设计要点。 In this paper,the key points for electrical design in applying integrally controlled building management systems are elaborated in details from the perspectives of EL&ELV design interface,scope of electrical design,and design depth.To this end,the requirements for designing integrally controlled building management systems for public buildings occupying an area larger than 20000 m2 of the Design Standard for Green Building(DB33/1092-2021),an engineering construction standard of Zhejiang Province,and the requirements for integrally controlled building management systems of the Standard for Electrical Design of Civil Buildings(GB 51348-2019)are adopted,and the electrical design of mechanical-electrical integration of a super high-rise building is taken as an example.
作者 卓银杰 李荣松 程澍 ZHUO Yinjie;LI Rongsong;CHENG Shu(Zhejiang Province Institute of Architectural Design and Research Co.,Ltd.,Hangzhou 310006,China;Hangzhou International Airport,Hangzhou 311223,China)
出处 《建筑电气》 2024年第S01期11-16,共6页 Building Electricity
基金 浙江省建筑设计研究院科研项目,项目名称:基于省交通集团金融中心项目设计—探究建筑机电一体化系统在建筑工程技术中的优化设计及应用,项目编号:院(科)立字(2023)37号。
关键词 建筑设备一体化监控系统 机电一体化 一体化控制箱(柜) 电控单元 BA系统 电气设计 设计界面 设计深度 integrally controlled building management system mechanical-electrical integration integrated control box(cabinet) electrical control unit BA system electrical design design interface design depth
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