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1、摘要本设计为武汉某院门诊楼空调系统设计，拟为之设计合理的中央空调系统，为室内人员提供舒适的工作环境。系统主要采用风机盘管承担空调房间的冷负荷与热负荷，每个房间的吊顶内安置一到二个风机盘管。新风则由新风机组处理后通过独立的新风管道先送入风机盘管，再与回风混合一起送入房间。新风机组吊顶安装，每一层楼安装一台新风机组负担该层所有空调房间的新风负荷。该空调系统的优点是占用建筑面积少，可集中供冷和供热；同时各末端装置有独立的开关和调节功能，各房间的温度可独自调节与控制，并且防止了空气的交叉感染。空调水系统采用闭式系统,因为它除了不易污染,节省初投资外,还具有很大的节能效果。本次设计的建筑对象位于武汉市,
2、该建筑的楼层结构为地上八层， 总建筑面积约为 6500 m2，其中设计空调面积 4500m2，空调总冷负荷为 660kw，单位面积冷指标为 146W，单位面积热指标为 110W。本设计内容包括：空调冷热负荷计算；空调系统的确定及论证；送风状态参数及送风量的确定；空气处理设备的选型；冷热源的选择及设备选型；气流组织计算；水力计算；其他设备的选择；保温与防腐以及减振和消声等内容。关键字：空调系统； 风机盘管加新风系统； 性能比较； 末端设备ABSTRACTThis air-conditioning systems design for the Wuhan Tumor Hospitalout-pat
3、ient floor design it to be a reasonable central air-conditioning system forindoor staff provide a comfortable working environment.Fan-coil system is mainly used air-conditioned rooms bear the cooling loadand the heat load, the ceiling of each room placement within 1-2 fan-coils. Thenew wind of fresh
4、 air through independent channels into the first fan-coil, andthen mixed together with return air into the room. New wind generating unitsinstalled on ceiling, each floor to install a new air unit of the burden of allair-conditioned rooms in the new wind load. The air-conditioning system has theadva
5、ntage of occupying less floor space, cooling and heating can be concentratedat the same time, the terminal device and a separate regulatory function switch,the room temperature alone can regulate and control, and prevent cross-infectionof the air. Air-conditioning system uses closed-water systems, n
6、ot because itapart from pollution, save initial investment, but also has great energy-savingeffect.Thedesign of the building object is located inWuhanCity,basement flooreight layers with a total construction area of about 6500, the totalair-conditioning cooling load for the 660KW, per unitarea of co
7、ld indicators146W, unit area heat index of 110W.The design elements include: hot and cold air-conditioning load calculation;air-conditioning system and the determination of proof; air supply and air supplyparameters of the determination; selection of air-handling equipment; cold andheat source of ch
8、oice and selection of equipment; airflow calculated; hydrauliccalculation; other equipment of choice; thermal insulation and anti-corrosion andvibration and noise reduction, and other content.KEYWORDS: air-conditioning systems; fan coil and a new air system;performance comparison; Terminal equipment
9、.目录前 言. 11 原始资料.31.1 工程概况. 31.2 气象资料. 32 负荷计算.32.1 冷负荷的计算.32.1.1 冷负荷的计算方法.42.1.2 空调冷负荷计算.42.2 湿负荷计算.82.3 热负荷计算.82.4 各房间负荷的计算.92.4.1 101 房间冷负荷计算.92.4.2 102 房间热负荷的计算.112.4.3 102 房间湿负荷的计算.123 空调系统的确定及论证.133.1 空调系统的确定. 133.1.1 空调系统的分类.133.1.2 空调水系统的分类.133.2 本次设计的方案. 163.2.1 风机盘管加新风系统. 163.3 方案比较论证.163.3.1 风机盘管加新风与空气-水诱导器系统的比较.163.3.2 风机盘管与新风连接方式的比较.173.4 结论.184 送风状态参数及送风量的确定.184.1 新风量规定.184.2 风机盘管系统风量的计算.194.2.1 风机盘管的夏季处理过程.194.2.2 风机盘管的冬季处理过程。.
