哈尔滨市某度假村宾馆空调系统设计

摘要本次毕业设计完成的是哈尔滨某度假村宾馆的空调系统的设计。在系统风系统中，主要采用风机盘管或吊顶风柜加独立新风的形式，主要形式为风机盘管局部吊顶侧送的形式，部分采用连接散流器下送的形式。二楼的宴会厅采用全空气系统，选用散流器下送风。考虑到建筑高度不高，建筑面积也不大，水力比较容易平衡，因此选用了水平和竖直都异程的供回水方式。
本次毕业设计最大的有点就是冷热源采用的是土壤源热泵和锅炉结合的形式。夏季由土壤源热泵独立运行，冬天由土壤源热泵和锅炉共同运行，在最大程度上实现节能。同时，应为设计时是按照夏季工况选取土壤源热泵，巧妙的避免了严寒地区冬夏季负荷不平衡导致的土壤源热泵长年运行效率下降的问题。33467
关键词宾馆空调设计风机盘管加独立新风全空气土壤源热泵
毕业论文设计说明书外文摘要
Title A resort hotel in Harbin air conditioning system design
Abstract
This graduate design is completed in Harbin a resort hotel of the air conditioning system design. In the wind system, mainly USES the fan coil or hanging wind ark in the form of condole, main form for local condole top side to send the form of fan coil units, parts in the form of connections under the diffuser is sent. On the second floor of the banquet hall adopts all-air system, choose flow air supply unit. Considering the building height is not high, the building area is not large also, hydraulic balance more easily, so choose the horizontal and vertical are different processes for water.
This graduation design is a bit of cold and heat source USES is biggest soil source heat pump and boiler in the form of combination. Summer independently run by the soil source heat pump in winter by soil source heat pump and boiler operation, and achieve the maximum energy saving. At the same time, should be design is selected according to the working condition of summer when soil source heat pump, cleverly avoid the cold region in winter summer load imbalance caused by soil source heat pump of the decline of the efficiency for years.
Keywords The hotel air conditioning design   Fan coil plus fresh air independently All air Soil source heat pump
目   次
1 引言（或绪论）    1
1.1 工程概况    1
1.2 设计依据    1
1.2.1 设计范围    1
1.2.1 设计规范与标准    1
2 空调负荷计算    1
2.1 空调室内外计算参数    2
2.1.1 室内空气设计参数    2
2.1.2 空调室外空气计算参数    2
2.2 墙体及屋面形式的选择    2
2.6 新风量的确定    2
2.3 空调冷负荷计算    3
2.3.1 围护结构逐时传热形成的冷负荷    3
2.3.2 透过玻璃窗的日射得热形成的冷负荷    5
2.3.3 照明散热形成的冷负荷    6
2.3.5 人体散热形成的冷负荷    7
2.3.6 空调夏季新风负荷    8
2.4 湿负荷计算    9
2.4.1 人体散湿量    9
2.5 空调热负荷    9
2.5.1 围护结构的基本耗热量    9
2.5.2 围护结构附加耗热量    9
2.5.4 空调冬季新风热负荷    10
2.7 空调负荷计算结果汇总    11
3 空调方式的设计    11
3.1 建筑功能特点及典型空调方式    11 哈尔滨市某度假村宾馆空调系统设计:http://www.751com.cn/gongcheng/lunwen_30593.html