罗星阁高层宾馆写字楼电气设计

《罗星阁高层宾馆写字楼电气设计》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。

1、山东农业大学…………………….……………….…………………毕业设计罗星阁高层宾馆写字楼电气设计装院部机械与电子工程学院订专业班级11级电气4班线……………….…….………….………….………届次2015届学生姓名柳佳利学号20111105指导教师刘双喜讲师二O一五年六月五日目录摘要....................................................................................................................IAbstr

2、act.............................................................................................................II引言...................................................................................................................11设计概况..........................

3、.............................................................................11.1工程概况..............................................................................................11.2设计依据............................................................................

4、.................11.3设计要求.............................................................................................21.4设计成果.............................................................................................22设计计算书.....................................

5、..............................................................22.1负荷分析.............................................................................................22.2负荷统计计算.....................................................................................22.3无

6、功功率计算及补偿.........................................................................82.3.1电力电容接线方式..........................................................................82.3.2无功补偿方式..................................................................................

7、92.3.3无功补偿容量..................................................................................93电线、电缆及设备选型..............................................................................103.1常用电线和电缆型号的选择............................................................10

8、3.2常用电线和电缆截面积的选择方法................................................104主变压器台数和容量的确定.....................................................................124.1变压器主