摘要
介绍了东京电力研究大楼低温送风空调工程概况,剖析了低温送风技术应用时存在的结露问题、冷风感问题等技术难点的成因及解决对策,阐述了所采用的自动遮阳系统、照明自动调节系统等节能技术的应用原理及其具体做法,给出了本系统在一次能耗、环境负荷压力的削减、低温送风动力能耗削减等方面的实测效果,并指出了该低温送风系统存在的不足及今后的发展方向。
The engineering survey of cool air distribution system in the building of Tokyo Electricity Power Research Center was introduced. The cause of formation of these problems on dew on diffuser surface and draft of cool air supply etc were analyzed, and the corresponding methods were presented to solve these, ones when cool air distribution system is used. The application principle on energy saving techniques from auto - control solar radiation blade system and lighting auto-adjusting system ere were described, and its detailed steps to tarry out have been provided. The test effect of the system has .also been given, and the disadvantages on current system and its improvement in the future have been pointed out.
出处
《流体机械》
CSCD
北大核心
2006年第9期80-85,共6页
Fluid Machinery
关键词
低温送风系统
大温差
冷风感
系统节能
实测效果
cool air distribution system
large temperature difference
draft of cool air supply
system energy saving
testing effect
