建筑与文化
建築與文化
건축여문화
ARCHITECTURE & CULTURE
2014年
11期
171-172
,共2页
UTC%数值模型%太阳辐射强度%安装方位%安装角度
UTC%數值模型%太暘輻射彊度%安裝方位%安裝角度
UTC%수치모형%태양복사강도%안장방위%안장각도
UTC%numerical model%solar radiation intensity%instal ation location%instal ation angle
无盖板渗透型集热器(简称UTC)可以有效地利用太阳能,而太阳辐射强度对UTC的热性能有重要的影响,为了使集热器能输送更多的热量,使集热板表面接受较高的太阳辐射强度是一个基本条件,因此合理有效的安装方位与安装角度有利于UTC运行效率的提高。本文通过对UTC建立数值模型来得出UTC适宜的安装方位与安装角度,为UTC的实际应用提供依据。
無蓋闆滲透型集熱器(簡稱UTC)可以有效地利用太暘能,而太暘輻射彊度對UTC的熱性能有重要的影響,為瞭使集熱器能輸送更多的熱量,使集熱闆錶麵接受較高的太暘輻射彊度是一箇基本條件,因此閤理有效的安裝方位與安裝角度有利于UTC運行效率的提高。本文通過對UTC建立數值模型來得齣UTC適宜的安裝方位與安裝角度,為UTC的實際應用提供依據。
무개판삼투형집열기(간칭UTC)가이유효지이용태양능,이태양복사강도대UTC적열성능유중요적영향,위료사집열기능수송경다적열량,사집열판표면접수교고적태양복사강도시일개기본조건,인차합리유효적안장방위여안장각도유리우UTC운행효솔적제고。본문통과대UTC건립수치모형래득출UTC괄의적안장방위여안장각도,위UTC적실제응용제공의거。
Unglazed Transpired Col ector (UTC) can use the solar energy effectively, and solar radiation intensity has an important influence on the thermal performance of the UTC, in order to make the col ector transfer more heat, the heat col ecting plate surface received higher strength solar radiation is one of the basic conditions, so the reasonable instal ation position or instal ation angle is conducive to improving the operational efficiency of the UTC.this paper takes advantage of a UTC numerical model and gives the reasonable instal ation position and instal ation angle of the UTC,providing the basis for the practical application of the UTC.