摘要
为提高日光温室冬季内部热环境,以青岛市生态园日光温室为研究对象,设计了太阳能辅助地热辐射采暖系统。基于系统的工作原理,对温室供暖负荷、供热管网埋置深度及储热水箱进行了计算和分析。该采暖系统能够实现太阳能在日光温室的最大化利用,对温室节能降耗具有重要的现实意义。
The solar energy auxiliary geothermal radiation heating system was designed with the sunlight greenhouse in Qing-dao ecological garden as the object of study to improve the internal thermal environment of solar greenhouse in winter. Based on the working principle of the system ,the greenhouse heating load, the embedded depth of the heating pipe network and the heat storage water tank were calculated and analyzed. This heating system can realize the maximum utilization of solar energy in solar greenhouse has an important realistic significance to the greenhouse energy saving.
出处
《宁夏农林科技》
2015年第1期63-64,共2页
Journal of Ningxia Agriculture and Forestry Science and Technology
基金
应用型人才培养特色名校建设工程研究项目"<温室设计与建造>课程模块化教学的研究(XJG2013004)
青岛农业大学应用型人才培养特色名校建设工程"2013年大学生科技创新"项目
关键词
温室
太阳能
地热
电热
供暖
节能
Greenhouse
Solar energy
Geothermal
Electrothermal
Heating
Energy saving
