毕业论文设计40论文41_高级中学办公楼建筑电气设计.doc

此文档为 word 格式，下载后您可任意编辑修改！ )毕业设计 (论文 )高级中学办公楼建筑电气设计The Senior Middle School Office Building Electrical Design2013 年 6月 18日摘 要本建筑为某市第十高级中学教学楼， 建筑功能主要作为学生上课和教师办公使用主体六层，总建筑面积 8646m2，为学校主要建筑按照建筑设计要求，所有教师办公室均配有个人电脑，并安装空调要求结合区域供电条件、学校用电管理及节约用电需求、 学校安全保卫需要等客观情况， 合理确定工程设计方案本设计共主要包括强电和弱电两部分设计强电部分主要内容包括：低压配电系统、照明插座系统及防雷接地系统的设计，其中照明系统、低压配电系统又包括照度计算、照明负荷计算、插座的负荷计算、空调负荷计算等弱电部分主要内容包括：综合布线系统、火灾自动报警系统本设计以国家有关的设计规范和标准以及有关专业提供的设计资料为主要依据，对整个工程的各个系统进行设计，重点考虑节能性和安全性照明系统中主要采用利用系数法对灯具的数量进行计算； 空调系统根据房间的冷热负荷进行估算；确定主接线方式；防雷系统依据建筑物防雷设计规范进行设计；综合布线系统设计依据综合布线系统工程设计规范进行设计。

关键词： 电气照明；配电系统；综合布线；防雷接地AbstractThis building is the senior middle school, which function is mainly as astudent and teacher office. Main body area of 8646m2, which is the landmark building for the school. According to the architectural design requirements, all theteachers ’ offices are equipped with personal computer, and the installationairof conditioning. Combination with regional power supply condition, school power supply management and save electricity demand, school security needs and circumstances are required, and reasonably determine the engineering design.The design of . In content includes: low voltage distribution system, lighting socket system and lightning proof grounding system design, in which the illumination system, low voltage distribution system and including intensity of illumination computation, lighting, socket load calculation of load calculation, air conditioning load calculation, etc. Weak part of the main content includes: integrated wiring system, automatic fire alarm and fire linkage system.The design based on the nation relevant design regulations and standards and relevant professional design material, designing the entire project of each system, and considersmainly energy conservationand safety. Lighting system mainly usesthe utilization coefficient method to calculate the number of lamps. Air conditioning system due to room cold mode. Lightning protection system based on building lightning proof design standard to design. Integrated wiring system design based on integrated wiring system engineering design code to design.Key words：Electric Lighting, Electric Power Supply System, ComprehensiveWiring System, Lightning Protection and Earthing System目 录第1章绪论..........................................................................................................11.1建筑电气理论及实际应用意义 ...............................................................11.2工程概况 ...................................................................................................11.3设计原则 ...................................................................................................21.4总体设计方案 ...........................................................................................2第 2 章 供配电系统初步设计 ................................................................................42.1负荷估算 ...................................................................................................42.2负荷供电要求 ...........................................................................................42.3供电电压等级 ...........................................................................................42.4本工程供配电方案 ...................................................................................5第 3 章 电气照明系统设计 ....................................................................................73.1照明设计 ...................................................................................................73.1.1电气照明概述 ................................................................................73.1.2电气照明的分类 ............................................................................73.2电气照明原则 ...........................................................................................83.3办公楼电气设计需求分析 .......................................................................93.4光源及灯具的选择 .................................................................................113.4.1光源的选择 ..................................................................................113.4.2灯具的选择 ..................................................................................123.4.3设计结果 ......................................................................................133.5照度计算 .................................................................................................133.5.1利用系数法 ..................................................................................143.5.2计算灯具数量 ..。