摘要
在太阳能与建筑一体化节能设计中,合理运用建筑储能材料可以大大减轻室内昼夜温差波幅,保持室内热舒适度;在小区太阳能跨季储存项目中,利用储能材料还可实现太阳能的"夏存冬取"。对储能材料的储能方式、与气候的关系进行了简要的概述,并以李金畅教授所设计的几个节能建筑为例,对储能材料在一体化节能中的具体运用和节能效果作了介绍。
Thermal mass in buildings can increase occupants thermal comfort inside the building by mitigating the effects of daily and seasonal temperature fluctuations of outdoor temperature swings. This thesis introduces two types of typical thermal mass storage systems and explains the relationship between thermal mass and climate. Several examples of how to use thermal mass in building integrated solar system are provided. All examples are base on professor Tang G. Lee＇s design projects.
出处
《新建筑》
2008年第2期37-41,共5页
New Architecture
关键词
储能材料
太阳能与建筑一体化节能
层化
热容量
热延迟
重质/轻质量建材
thermal mass, building integrated solar system, stratification, heat capacity, thermal lag time, high mass/low mass
