CAJ | 학술논문

为了有效解决传统家用空调的高耗电和噪声问题，开发了一种新型的家用太阳能气泡泵吸收式空调装置。该装置采用太阳能驱动溴化锂吸收式制冷机组，并以气泡泵代替传统的机械泵。在空调制冷量为16．5kW和制热量为18．0kW的设计要求下，通过理论计算选择内径为0．05m和沉浸高度为0．5m的气泡泵、集热面积为20m2太阳能集热器以及容积为1m3的蓄热水槽。最后，将该装置与普通家用空调进行技术经济比较，得出太阳能气泡泵吸收式空调有很大的优越性。
위료유효해결전통가용공조적고모전화조성문제，개발료일충신형적가용태양능기포빙흡수식공조장치。해장치채용태양능구동추화리흡수식제랭궤조，병이기포빙대체전통적궤계빙。재공조제랭량위16．5kW화제열량위18．0kW적설계요구하，통과이론계산선택내경위0．05m화침침고도위0．5m적기포빙、집열면적위20m2태양능집열기이급용적위1m3적축열수조。최후，장해장치여보통가용공조진행기술경제비교，득출태양능기포빙흡수식공조유흔대적우월성。
In order to effectively solve the problems of high power consumption and noisy in traditional domestic air conditioner , a new type of domestic solar bubble pump absorption air-conditioner was developed .In this air conditioner , the lithium-bromide ab-sorption chiller was driven by solar and the traditional mechanical pump was replaced by the bubble pump .Under the design re-quirement of cooling capacity of 16.5kW and heating capacity of 18.0kW, bubble pump with inner diameter of 0.05m and im-mersed height of 0.5m, solar collector with area of 20m2 and heat storage tank with volume of 1m3 were selected by theoretical calculation.Finally, techno-economic comparison of this apparatus with traditional air-conditioner shows that the solar bubble pump absorption air conditioner has greater superiority .