摘要:本设计为杭州某花园别墅地源热泵中央空调系统。在节能方面上,地源热泵空调比传统空调节能30%以上。本设计内容包括:空调冷负荷的计算;空调系统的划分与系统方案的确定;空调末端处理设备的选型;风系统的设计与计算;室内送风方式与气流组织形式的选定;水系统的设计、布置以及水力计算;地埋管换热器的选型;风管系统与水管系统保温层的设计也即为消声防振设计等内容。本设计依据相关规范,在满足节能和舒适性以及洁净度的要求下,采用风机盘管加新风的组合方案。47342
毕业论文关键词:别墅;地源热泵中央空调系统;冷热负荷;地埋管换热器
The Design of Ground-source Heat Pump Central Air Conditioning System for a Villa in Hangzhou City
Abstract: The graduation project is the subject of the ground-source heat pump central air conditioning system design for a villa in Hangzhou city. In terms of energy saving, ground source heat pump air conditioning energy saving than traditional more than 30%. It contains: cooling load calculation; the estimation of system zoning; the selection of refrigeration units; the selection of air conditioning equipment; the design of air duct system and calculation; the estimation of air distribution method and the selection of relevant equipment; the selection of ground heat exchanger; the design of water system and its resistance analysis; the insulation of air duct plant and chilled water pipes; noise and vibration control; etc. This design is based on the relevant norms, to meet the energy saving and comfort requirements, with fresh air fan coil scheme.
Keywords: Villa; Ground source heat pump central air conditioning system; Cold and hot load; Ground heat exchanger
目录
1 绪论 1
1.1 课题背景及意义 1
1.2 地源热泵优点 1
1.3 适应范围及对应策略分析 2
2 工程概况及设计依据 3
2.1 设计依据 3
2.2 建筑平面图 3
2.3 国家主要规范和行业标准 3
2.4 工程概况 3
2.5 气象参数和地质参数 3
2.6 初步方案的确定 4
3 负荷计算 5
3.1 夏季空调冷负荷计算及构成 5
3.1.1 围护结构冷负荷 5
3.1.2 室内热源散热形成的冷负荷 7
3.2 冬季热负荷的计算 8
3.2.1 围护结构基本耗热量Q1' 9
3.2.2 围护结构的修正耗热量 9
3.3 湿负荷计算 10
3.4 负荷计算汇总 10
4 新风负荷的计算及风机盘管的选型 13
4.1 新风量的计算 13
4.2 夏季新风冷负荷计算 13
4.3 新风量及新风负荷的汇总 13
4.4 新风机组的选型及布置 14
4.4.1 新风机组选型步骤: 14
4.4.2 新风机内机标准安装 14
4.5 风机盘管选型 15
4.5.1 送风量的计算 15
4.5.2 风机盘管的选取 16 杭州某花园别墅地源热泵中央空调系统设计+CAD图纸:http://www.youerw.com/gongcheng/lunwen_49269.html