摘要本设计是对重庆市某宾馆的空调系统设计。主楼地下一层，地上有九层，裙楼四层。裙楼一层到四层包括了大厅、宴会厅、会议厅、餐饮以及洗浴等。主楼九层为标准的客房。总建筑面积38,296。92平米，建筑高度33。9米，地下建筑面积为8,919平米，地上建筑面积29,377。92平米。在对各种空调系统进行比较进行选择，在这次设计中房间面积比较大，人比较多（考虑到裙楼和主楼均没有机房）选择吊顶式空气处理机组，而主楼以客房偏多且比较集中便采用风机盘管加新风系统。地下层做通风、排烟和补风等。楼梯间做加压防烟送风。水系统采用竖直回水同城，通过控制比摩阻来进行水力计算。空调冷热源的选择，冷源为水冷螺杆冷水机组，热源是燃气热水锅炉。82542

毕业论文关键词   风机盘管加新风  控制比摩阻  排烟   加压送风

毕业设计说明书外文摘要

Title    Air conditioning engineering design of a hotel in Chongqing                     

Abstract This design is the design of air conditioning system of a hotel in Chongqing city。 Building underground layer, the ground has nine floors, four storey podium。 Podium layer to four layers including the hall, banquet hall, conference rooms, catering and bath。 The main building nine layer for standard rooms, a total construction area of 38296。92 square meters, building height 33。9 meters, underground construction area for 8919 square meters, construction area of 29377。92 square meters。 Were chosen for comparison of various air conditioning systems in, relatively large room area in the design, people compared multi (taking into account the skirt building and building were no room) selection ceiling type air handling unit。 Main building room in the side and the more concentrated adopt fan coil unit plus fresh air system。 Underground layer ventilation, ventilation and air supply and so on。 Staircase do pressure smoke preventing air。 Water system with a vertical return City, by controlling the frictional resistance to hydraulic calculation。 Air conditioning cold and heat source, cold source for water cooled screw chiller heat is gas-fired hot water boiler。

Keywords  Fan coil plus fresh air  Control of friction resistance  Smoke   pressurization

目  录

1    原始资料   3

1。1   重庆市气象参数  3

1。2   宾馆的介绍  3

1。3   建筑维护结构情况  3

1。4   室内气象参数  4

2     冷负荷计算  5

2。1   计算方法  6

3     冷水机组的选型   16 

4     热负荷的计算   17

4。1   围护结构的耗热量   17

4。2   内维护结构的耗热量 17

4。3   空调新风热负荷 18

4。4   其他楼层对应的热负荷 18

5     锅炉的选型 23

6     空调系统方案的选择 24

6。1   建筑物的类别 24

6。2   空调系统方案的比较 24

6。3   空调方案的选择 26

7     送风量的确定 27

7。1   空调湿负荷的计算 27

7。2   空调送风量的确定 27

8     空气处理机组的选型 34