南京市某行政办公楼地源热泵空调设计 毕业设计说明书

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1、山东农业大学水利土木学院毕业设计说明书题目：南京市某行政办公楼地源热泵空调设计作者：学号：20093219院系：水土学院专业：建筑环境与设备工程专业班级：09年级三班指导者：2013年6月毕业设计（论文）中文摘要南京市某行政办公楼地源热泵工程设计某办公楼，共六层，地处江苏南京市，全楼采用地源热泵系统进行集中供给空调方式。该中央空调集中系统采用风机盘管加独立新风系统，而水系统采用半封闭式螺杆机组，为闭式双管异程式。空调主机使用型号为LRY-L460一台制冷量462.7Kw,空调侧使用两台型号为IS80-65-160

2、循环水泵，功率7.5Kw，地源侧使用两台型号为IS80-65-160循环水泵，功率为7.5Kw，机房设置在地下室，节约了建筑面积。关键词办公楼地源热泵热平衡地下换热器集分水器目次引言·························································11、设计依据1.1设计任务书···················································61.2建筑平面剖面图··································

3、·············61.3设计参数·····················································62、负荷计算2.1冷负荷的计算··················································72.2热负荷的计算··················································83、新风负荷计算3.1新风量的确定·········································

4、········11第-31-页共31页3.2夏季空调新风冷负荷的计算·····································114、系统选择4.1冷热源选择··················································124.2空调系统的选择··············································124.3空调系统方案的确定··········································134.4热平

5、衡分析··················································145、空气处理设备的选择5.1风机盘管的选择···············································155.2新风机组的选择···············································166、气流组织6.1气流组织分布·················································17第-31-页共31

6、页6.2风口布置·····················································177、风系统水力计算7.1风管水力计算方法··············································187.2风管水力计算过程··············································197.3风管的布置及附件··············································208、水系统设计及水利

7、计算8.1空调水系统的设计··············································218.2冷水系统的水力计算············································218.3冷凝水管道设计················································229、机房设备的选择计算9.1地源热泵机组选型计算··········································229.2地埋管设计计算第-

8、31-页共31页················································229.3循环水泵的选择················································239.4集分水器的设计计算············································249.5水处理设备···