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北京市某宾馆暖通空调工程设计

时间:2018-11-21 21:01来源:毕业论文
建筑为地下一层、地上十四层,地下一层为库房和设备用房。该宾馆要求供暖、通风空调及必要的防排烟措施。建筑面积为15000m2,空调面积为12034m2。除职工餐厅

摘要该宾馆位于北京市,建筑为地下一层、地上十四层,地下一层为库房和设备用房。该宾馆要求供暖、通风空调及必要的防排烟措施。建筑面积为15000m2,空调面积为12034m2。除职工餐厅、多功能厅、宴会厅和大厅之外的其余房间采用风机盘管加新风及吊顶机组系统,这四个房间采用全空气系统;各房间采用方形散流器送风,回风采用顶棚回风,使用单层百叶回风口。卫生间设置排风扇,楼梯间设置加压送风,地下室需要机械排烟和通风。冷源选用两台水冷螺杆式冷水机组,热源为室外热源,通过板式换热器换热。冷却塔置于裙房楼顶。30455
关键词  暖通空调 全空气系统 风机盘管 独立新风系统
毕业论文设计说明书外文摘要
Title    The HVAC Design of a Hotel in Beijing  
Abstract
The hotel is located in Beijing, the construction of which is one underground floor and fourteen floors on the ground. The underground floor is used as the warehouses and equipment rooms. The hotel requires heating, ventilation and air conditioning and smoke control measures if it is necessary. The total construction area is 15000 square meters, and the area which needs air-conditioning is 12034 square meters. The employee dining room, the multifunction room, the ballroom and the hall can install the   full air system, and other rooms can install fan coil units with fresh air system; each room uses square diffusers to deliver air and single shutter air inlets in order to return air to the ceiling. Bathrooms are equipped with ventilating fans. Stairwells should be set with pressurized air supply system, and the basement should be set with the mechanical smoke extraction system and the mechanical ventilation system. The cold source comes from two water-cooled screw chillers. The heat source comes from the municipal heating network, which also needs plate heat exchanger to transfer the heat. Cooling towers is placed on the roof of the podium.
源自<六^维$论'文)网(加7位QQ3249`114 www.lwfree.cn

Keywords  heating ventilating and air-conditioning   full air system   fan coil   independent outdoor air system
目次
1 引言    1
1.1 工程概况    1
1.2 工程设计基本参数    1
1.2.1北京地区室外环境    1
1.2.2 北京地区能源资源    2
1.3 设计内容    2
1.4 设计依据    2
2 空调系统负荷计算    3
2.1 设计参数    3
2.1.1 室外设计参数    3
2.1.2 室内设计参数    3
2.1.3 围护结构设计参数    4
2.2常规房间负荷计算(电算)    5
2.3 常规房间负荷计算(手算)    7
2.3.1 夏季冷负荷计算    7
2.3.2 冬季热负荷计算    10
2.4 新风负荷    11
2.4.1 新风量的确定    11
2.4.2 新风负荷计算    11
2.5 总负荷统计及分析    12
2.5.1 电算负荷计算举例    12
2.5.2手算负荷计算举例    15
2.5.3 电算负荷与手算负荷结果对比    21
2.5.4 负荷计算结果汇总    21
2.5.5 负荷分析    24
3 方案论证及选择    29
3.1 热源    29
3.1.1 技术措施    29
3.1.2 经济性    30
3.1.3 结论    31
3.2 末端    31
3.2.1 散热器    31
3.2.2 风机盘管    31 源自<六^维$论'文)网(加7位QQ3249`114 www.lwfree.cn
3.2.3 结论    32
3.3 空调系统    32
3.3.1 空气-水系统    32 北京市某宾馆暖通空调工程设计:http://www.lwfree.cn/gongcheng/20181121/26166.html
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