日用电器
日用電器
일용전기
ELECTRICAL APPLIANCES
2012年
6期
41-44
,共4页
空调器%室内机%循环风量%蒸发器%能力%能效%结构优化
空調器%室內機%循環風量%蒸髮器%能力%能效%結構優化
공조기%실내궤%순배풍량%증발기%능력%능효%결구우화
air conditioner%the indoor unit,circulating airflow%evaporator%capacity%energy efficiency%structural optimization
采用对家用空调器结构优化设计,提高内机循环风量,以及对蒸发器结构进行优化,输入输出管采用多进多出管,使冷媒流人、流出均匀,大大提高产品能力和能效。符合国际、国内节能,低碳环保要求。
採用對傢用空調器結構優化設計,提高內機循環風量,以及對蒸髮器結構進行優化,輸入輸齣管採用多進多齣管,使冷媒流人、流齣均勻,大大提高產品能力和能效。符閤國際、國內節能,低碳環保要求。
채용대가용공조기결구우화설계,제고내궤순배풍량,이급대증발기결구진행우화,수입수출관채용다진다출관,사냉매류인、류출균균,대대제고산품능력화능효。부합국제、국내절능,저탄배보요구。
Using the optimized design for the structure of air conditioner can improve the circulating air flow of indoor unit. Optimizing the structure of the evaporator, and using multiple-out tube for input & output pipe can make the inflow&outflow of refrigerant uniform, which greatly improves product' s ability and energy efficiency. In line with both international and domestic energy efficiency and Lowcarbon green requirements.