制冷与空调（四川）
製冷與空調（四川）
제랭여공조（사천）
REFRIGERATION & AIR-CONDITION
2012年
6期
584-586
,共3页
太阳能%连续吸附式%冷藏室
太暘能%連續吸附式%冷藏室
태양능%련속흡부식%랭장실
solar energy%continuous adsorption%freezing chamber
太阳能吸附式制冷作为一种无氟制冷技术及利用低品位热源的有效工具,越来越受到重视.同时,使用环保型工质和节能是制冷技术发展的的必然趋势.以一太阳能连续吸附式冷藏室为例,对其进行试验研究,得出吸附床的厚度和太阳能集热器的出水温度对制冷系统性能的影响最大,对今后系统的设计改进和试验具有一定指导意义.
太暘能吸附式製冷作為一種無氟製冷技術及利用低品位熱源的有效工具,越來越受到重視.同時,使用環保型工質和節能是製冷技術髮展的的必然趨勢.以一太暘能連續吸附式冷藏室為例,對其進行試驗研究,得齣吸附床的厚度和太暘能集熱器的齣水溫度對製冷繫統性能的影響最大,對今後繫統的設計改進和試驗具有一定指導意義.
태양능흡부식제랭작위일충무불제랭기술급이용저품위열원적유효공구,월래월수도중시.동시,사용배보형공질화절능시제랭기술발전적적필연추세.이일태양능련속흡부식랭장실위례,대기진행시험연구,득출흡부상적후도화태양능집열기적출수온도대제랭계통성능적영향최대,대금후계통적설계개진화시험구유일정지도의의.
Solar adsorption refrigeration was taken more and more attention as a effective tool of CFC-free refrigeration technology and low-grade heat source. At the same time, the use of environmentally friendly refrigerants and energy-saving refrigeration technology is the inevitable trend of development. In this paper, take a solar continuous adsorption freezing chamber for example, it was tested that the thickness of the adsorption bed and the solar collector water temperature had greatest impact on the system cooling performance which provided a certain significance for future system design improvements and test .
