摘要
基于温湿度独立控制思路,提出了一种冰蓄冷辐射空调系统,该系统将冰蓄冷技术和毛细管辐射空调技术相结合,系统还利用地源为毛细管辐射供冷提供主要的高温冷源,以实现电力负荷"削峰填谷"、降低能耗和更好的热舒适性。以杭州地区某办公楼为实例,进行了负荷计算、空调方案设计和蓄冷策略制定等工作,并与常规空调系统相比较进行了节能分析,结果表明冰蓄冷辐射空调系统具有明显的节能优势。
Based on the idea of temperature and humidity independent control, a new air - conditioning system were presen- ted, which combined ice storage air - conditioning system and capillary radiation air - conditioning. And ground - source was also applied to provide mainly high temperature cold source for capillary radiation air - conditioning. The air - conditioning system were characterized by power load peak load shifting, reducing energy consumption and providing good thermal comfort. Taking an office building in Hangzhou area as an example, some work are developed like calculating building load, designing air condition- ing schemes and making cold storage strategy, and in order to compare with conventional air conditioning system, energy con- sumption is analyzed, the results show that the ice storage air- conditioning system has advantages in energy conservation.
出处
《低温与超导》
CAS
北大核心
2014年第2期85-91,共7页
Cryogenics and Superconductivity
基金
国家自然科学基金(U1304521)
河南科技大学重大前期预研(2011CX007)项目
关键词
温湿度独立控制
冰蓄冷
辐射空调
能耗
工程实例
Temperature and humidity independent control, ice thermal storage, Radiation air - conditioning system, Energy consumption, Project example
