新能源科学与工程专业课程设计说明书设计题目：大理大学学生宿舍楼太阳能热水系统工程设计学生：学号：指导教师：完成日期：2015年10月12日～10月23日河北工程大学城市建设学院2015年10月I目录设计任务书·······························································································1第一章绪论·······························································································3第二章太阳能热水系统基本设计参数的确定···················································52.1用水额度的确定··········································································52.2进水温度的确定··········································································5第三章耗热量与热水量计算········································································73.1耗热量与热水量计算····································································73.2设计小时耗热量、热水量计算························································8第四章集热器总采光面积确定·····································································94.1集热器全日集热效率η的确定······················································94.2太阳能保证率的f的确定····························································114.3直接式太阳能热水系统的集热器总采光面积····································11第五章集热器的定位·················································································115.1集热器安装方位角和倾角····························································115.2集热器的布置间距·····································································125.3集热器的连接·········································································13第六章贮热水箱与辅助热源的设计·······························································14第七章太阳能热水系统的设计计算·······························································177.1太阳能热水供应系统的设计计算···················································17第八章太阳能热水系统的管材、附件以及主要附属设备···································188.1热水系统的管材··...
