摘要
针对当前西部高原地区供暖刚需大、自然资源匮乏、常规太阳能采暖水系统维护困难等问题,分析空气式蓄能型太阳能采暖系统系统对解决该地区供暖需求的独特优势。利用Trnsys软件建模,系统研究分析比较了西部高原地区不同建筑类型下,该系统与其他常规太阳能系统的运行特性,具体论述西部高原地区使用空气式蓄能型太阳能采暖系统的适用性,并在模型研究基础上提出系统优化的可能性,为西部高原地区室内环境的改善提供技术支撑。
Facing the present situation of buildings in west plateau area,which contains the high heating demand, the lack of natural resources and the difficulty for the daily maintenance of solar water collectors,the substitute solar hot air system embedded with phase change material (PCM)is analyzed to see its operation characteristics. Through simulation analysis on various kinds of buildings,it is clear to see the advantage solar hot air system and its adaptation in west plateau area.The research in this paper makes it possible to have more and more useful and safe heating system in the special plateau area and to improve the indoor environment comfort in the future.
作者
范蕊
李玥
董琇
FAN Rui;LI Yue;DONG Xiu(Tongji University,Shanghai 200092,China)
出处
《建筑科学》
CSCD
北大核心
2018年第12期121-129,164,共10页
Building Science
基金
同济大学2017学科交叉项目"中国绿色城市形象的对外传播研究"由同济大学中央高校基本科研业务费资助(1100219145)
