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空气调节课程设计
珠海游艇俱乐部空调系统设计
学生姓名
孙春玲
所在专业
热能与动力工程
所在班级
制冷1124
指导教师
赵仕琦
职称
讲师
目录
设计说明············································1
工程基本概况······································1
建筑地理位置·········································1
土建材料说明·········································1
建筑参数说明·········································1
空调系统设计参数··································1
室外设计气象参数·····································1
室内设计参数·········································1
空调房间冷负荷计算····································2
夏季逐时冷负荷计算公式·····························2
2.1.1围护结构冷负荷·······································2
2.1.2外窗太阳日射得热冷负荷·························3
2.1.3设备散热冷负荷·······································3
2.1.4人体散热冷负荷·······································3
2.1.5照明散热冷负荷·······································4
新风负荷···········································4
新风量的确定原则······································4
新风负荷计算·········································5
空调湿负荷的计算··································5
负荷计算结果······································6
空调系统方案的确定····································14
空调系统方案的确定································14
确定空调系统方案的因素·······························14
空调系统方案的确定···································14
风机盘管加独立新风系统空调方案设计················15
确定室内外状态点的焓值······························15
确定新风处理后的状态点D·····························15
确定室内送风的状态点S·······························15
确定房间的送风量····································15
换气次数的校核······································16
确定风机盘管出口状态点N···························16
确定新风负担的冷量································16
确定风机盘管负担的冷量····························16
空气处理末端设备的选型······························17
选型依据········································17
设备选择········································17
新风机组型号选择···································17
风机盘管机组选择···································18
气流组织计算········································19
气流组织方式····································19
气流组织计算···············
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