南京某银行办公楼电气设计(含CAD图)

南京某银行办公楼电气设计(含CAD图)(任务书,开题报告,论文说明书15000字,CAD图36张)
摘要
毕业设计为南京某银行办公楼的照明、动力、防雷接地、火灾报警、安防、综合布线。本次设计依据国家电气设计规范标准及土木、水暖专业提供的资料。照明系统设计包括灯具型号的选择、照度的计算、灯具的布置、照明配电方式、照明功率密度校验等。动力系统设计包括插座、水泵和空调等大功率电器电机的配电方式；确定电缆、桥架等的型号、规格；确定控制开关和保护电器的型号、规格等。接地系统根据国家防雷接地规范标准进行屋顶防雷和底层保护性接地设计；火灾报警设计包括选择报警系统形式、探测器的选择布置、报警控制器与消防设备的联动。安防系统设计为出入口的视频监控。综合布线系统包括信息点的布置与配线方式。
关键字：照明系统动力系统防雷接地公共安全综合布线
 
The Electrical DesignOfNanjing Bank Office Building
Abstract
The graduation design is the lighting, power, lightning protection grounding, fire alarm, security, and integrated wiring design of the Nanjing Bank office building. This design is based on national electrical design codes and standards as well as design materials provided by civil and plumbing professionals. The lighting system design includes the selection of the luminaire model, the calculation of the illuminance, the arrangement of the luminaire, the lighting distribution method, and the illumination power density check. The power system design includes the power distribution mode of high-power electrical appliances such as sockets, pumps and air conditioners; the types and specifications of cables, bridges, busbars, etc.; the types and specifications of control switches and protective appliances are determined. The grounding system is designed for roof lightning protection and underlying protective grounding according to the national lightning protection grounding standard; the fire alarm design includes the selection of the form of the alarm system, the selection and arrangement of the detector, and the linkage of the alarm controller and the fire fighting equipment. The security system is used for video surveillance of the entrance and exit. The integrated wiring system contains the wiring of information pointsand the arrangement.
Keywords:Lighting system power system lightning protection grounding Public safety integrated wiring

1工程概述
本工程位于南京市的建邺区，总的建筑面积约为14500平米。建筑地上建筑面积12500平米，地下2000平米，占地面积1320平米。该建筑为框架—剪力墙结构，地上十层，地下一层，总高度38.9米，一层高度5.2米，二—十层层高3.5米。抗震设防烈度为7度，设计基本地震加速度值为0.10g，设计地震分组为第一组。
 

目录
摘要    I
Abstract    II
第一章系统概述    1
1.1工程概述    1
1.2设计概述    1
第二章照明系统    3
2.1照明计算    3
2.1.1本工程照明器情况    3
2.1.2照明设计标准    4
2.1.3利用系数法    5
2.1.4照度计算    7
2.2照明负荷计算    12
2.2.1照明配电系统设计原则    12
2.2.2需要系数法确定计算负荷    12
2.2.3照明负荷计算    13
第三章动力系统    24
3.1按需要系数法确定计算负荷    24
3.2线路电压损失较验    31
3.3本工程配电系统说明    32
第四章防雷接地系统    34
第五章公共安全系统    35
第六章综合布线系统    39
参考文献    41
致谢    42