注：该表一式两份，一份归档，一份装入学生毕业设计说明书（论文）中。
指导教师评语及成绩 评阅教师评语及成绩 答辩小组评语及成绩 答辩委员会意见
指导教师： 年 月 日
评阅教师： 年 月 日
答辩小组组长： 年 月 日
学院答辩委员会主任： 年 月 日
毕 业 论 文 中 文 摘 要
本论文为石家庄某实验楼空调系统设计，共五层，建筑总面积 18352 ㎡全楼为风机盘管加独立新风系 统，房间的新风经新风机组处理到室内状态点的等含线上，直接送到室内，不承担 室内负荷。系统总的制冷量为 1781KW,制冷机组采用水冷离心式制冷机两台，型号 YKAAAP25CIF，制冷量为 1055KW。水系统管路为闭式水平同程管路以减少循环 泵的扬程，同时采用膨胀水箱以保证水利稳定性和流量的分配均匀。最后，根据设 计的过程及计算结果运用 CAD 绘制空调系统平面图，水系统图，风系统图。
关键词
半集中式中央空调系统
风机盘管
新风系统
毕 业 论 文 外 文 摘 要
Title Central air conditioning design of the laboratory building
Abstract
The purpose of the paper is to complete an air conditioning system design of the laboratory building located in Shijiazhuang with five floors and 18352 square meters. In order to satisfy the requirements of the office building, a semi-central air conditioning system is adopted. Every room uses fan coil units plus fresh air and the external air is processed to internal air’s enthalpy by a fresh air unit. Then the air is delivered to the every corner of the room. The fresh air doesn’t support the cooling load of the room. The amount of refrigeration of the building is 1781KW.Two water-cooled centrifugal refrigeration units are chosen which have 1055KW refrigeration capacity. The horizontal flowing resistance balance pipe system is added in the water system to decrease the circulating pumping head. Meanwhile expansion tank is used to supply water and keep the pressure stable. At last the software CAD is used to draw the floor air-condition system chart, the water pipe system chart and the air-condition room chart. Key Words Semi-central air conditioning Fan-coil Fresh air system
本科毕业设计（论文）
第 I 页 共 I 页
目
1 2 2.1 2.2 3 3.1 3.2 3.3 4 4.1 4.2 4.3 4.4 5 5.1 5.2 5.3 5.4 6 6.1 6.2 6.3 6.4 6.5 7 7.1 7.2
录
引言 ...................................................................................................................................... 1 项目要求 .............................................................................................................................. 3 工程概况 ........................................................................................................................... 3 设计参数 ........................................................................................................................... 3 空调系统负荷计算 .............................................................................................................. 4 房间冷负荷的构成 ........................................................................................................... 4 室内冷负荷的计算公式 ................................................................................................... 4 空调负荷计算举例 ........................................................................................................... 5 空调系统的设计 .................................................................................................................. 8 空调系统方案的确定 ....................................................................................................... 8 新风量的确定及新风负荷和风机盘管的计算 ....................................................... 8 风机盘管的选型 ............................................................................................................... 9 送风方式的选择 ............................................................................................................. 10 空调冷水系统设计 ............................................................................................................ 16 选择冷水系统形式 ......................................................................................................... 16 选择管材和管道直径初选 ............................................................................................. 16 最不利管路管道水力计算 ............................................................................................. 16 冷凝水系统 ..................................................................................................................... 22 制冷系统设计 .................................................................................................................... 24 冷水机组的选择 ............................................................................................................. 24 冷水泵的扬程 ................................................................................................................. 25 冷却塔的选择 ................................................................................................................. 25 冷却水泵的扬程 ............................................................................................................. 26 膨胀水箱的选择 ............................................................................................................. 27 其他设备的设计 ................................................................................................................ 29 管道设备的保温保冷 ..................................................................................................... 29 空调系统的消声减振 ..................................................................................................... 29