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高层住宅楼电气工程设计毕业设计论文

发布日期:2017-08-31 18:52

高层住宅电工设计毕业设计
全文超越30000字。,Page 47。

摘要
毕业设计题为高层住宅建造物发电的,这栋楼有两梯,24户别个。,总普通的29层楼。,设计宗派从5到29层。。本论文采取主干式。 ,张力380V/220V,供电来自小区内的变电所。。
设计使满足是强电设计宗派。,时髦的包孕:配电零碎的设计、照明零碎的设计、插座零碎防雷设计、评价设计。
照明零碎是比照环保和EN设计的。,包孕照度计算、灯具的选择、照明支线、金属丝截面积的选择及铺方式。插座零碎是比照普通之规范设计。火花塞线路与多种多样的BR的照明返乡衔接。。防雷零碎设计,在屋顶装有避雷装置。。
在这次毕业设计中绘制了6幅蓝图,更手绘越过,所相当多的都是CAD绘制的。。
关键词:  照明零碎; 供配电零碎;防雷接地零碎
Abstract
Graduate design topics electrical engineering 某高层住宅设计 building (建造物 3),两梯24的议员席, a total of 29层,设计宗派 of 的5-29layer。这 project rating for the380V/220V power supply cited childhood district substation .
Design content for the design part of the strong electric , including :the design of the distribution system, lighting system design, socket system design and lighting protection and grounding system 设计。
照明零碎 according 对典礼 and efficiency standards, including illumination calculation, the choice of lamps, lighting, trunk, the choice of socket wire cross sectional area, and wire laying 方式。 The socket system is according to the standards of ordinary residential 设计。 Outlet circuit and lighting back to the routing of different slip-powered, Lighting rod and lighting with a combination of 空气阻挠 system installed on the roof, lighting protection system 设计。
In the graduation project I drew 6 drawings, in addition to a hand drawing by the CAD 活人画.
关键词:照明零碎 supply and distribution system; lightning protection 与接地 system
目 录
1.介绍························································(6)
建造物发电的概述·············································(6)
工程概述·················································(6)
2. 建造物发电的照明·················································(8)
光的概述·················································(8)
2.光的基本概念········································(8)
2.光源的首要特点······································(8)
.3.光的度量···········································(8)
照明的基本概念··········································(9)
2.我国的照度规范······································(9)
.2照明班···········································(10)
经用电光源及照殉葬品······································(10)
.1经用电光源·········································(10)
.2经用照殉葬品·········································(12)
发电的照明供电············································(13)
.1发电的照明装满计算···································(13)
.2发电的照明供电电源···································(14)
.3发电的照明配电零碎···································(14)
本设计照明计算··········································(14)
.1照度计算语句·······································(15)
.2照度计算···········································(15)
.3照度计算末后汇总···································(17)
转换器和插座的班及使直立查问······························(18)
.1转换器的班·········································(18)
2设计转换器使直立阐明 ······························(18)
.赌博网站的班·········································(18)
.4转换器和插座的使直立查问·······························(19)
.5本设计的插座的使直立阐明····························(20)
3.建造物供配电零碎··············································(21)
供电零碎概述············································(21)
3.供电零碎的结合·····································(21)
3.供电零碎的功能·····································(21)
.3电能优点的决定因素·····································(21)
电力装满的简易计算······································(22)
3.电力装满的要点·····································(22)
3.装满计算的方式·····································(22)
沮丧输配电线路···········································(24)
3.变配电所概述·······································(24)
3. 沮丧配电线路······································(25)
配电金属丝与自动转换器的选择································(28)
.1配电金属丝的选择·····································(28)
.2自动转换器的选择·····································(29)
本设计的装满计算及稳固选择······························(32)
.1本工程研制概述·····································(32)
.2户分配箱的装满计算及稳固选择·······················(32)
.3层分配箱的装满计算及稳固选择·······················(34)
.4总配电柜的装满计算及稳固选择·······················(35)
4.建造物防雷接地零碎············································(38)
建造物物防雷的基本知识·····································(38)
4.人体触电典型·······································(38)
4.建造物防雷零碎······································(39)
本设计的防雷计算········································(41)
4.建造物物年估计闪电式罢工次数······························(41)
4.本建造物物年估计闪电式罢工次数的计算······················(42)
建造物发电的零碎的接地······································(42)
4. 接地概述··········································(42)
4.接地的典型·········································(42)
4.等电位衔接·········································(43)
5 结局··············································(45)
参考文献··············································(46)
致谢··············································(47)