安徽农业科学
安徽農業科學
안휘농업과학
JOURNAL OF ANHUI AGRICULTURAL SCIENCES
2009年
36期
18309-18310,18314
,共3页
空气源%热泵%热水器
空氣源%熱泵%熱水器
공기원%열빙%열수기
Air source%Heat pump%Water heater
介绍了空气源热泵热水器的原理及发展前景,设计了冷凝器(储水箱)的形式,并对系统装置进行了试验研究.结果表明,空气源热泵热水器优于常规系统,热泵综合利用装置在制冷兼制热水的运行状况下,可提高系统的制冷性能,减少能耗,而且还能够回收制冷系统的冷凝热量供应热水.
介紹瞭空氣源熱泵熱水器的原理及髮展前景,設計瞭冷凝器(儲水箱)的形式,併對繫統裝置進行瞭試驗研究.結果錶明,空氣源熱泵熱水器優于常規繫統,熱泵綜閤利用裝置在製冷兼製熱水的運行狀況下,可提高繫統的製冷性能,減少能耗,而且還能夠迴收製冷繫統的冷凝熱量供應熱水.
개소료공기원열빙열수기적원리급발전전경,설계료냉응기(저수상)적형식,병대계통장치진행료시험연구.결과표명,공기원열빙열수기우우상규계통,열빙종합이용장치재제랭겸제열수적운행상황하,가제고계통적제랭성능,감소능모,이차환능구회수제랭계통적냉응열량공응열수.
The principle and development prospect of air source heat pump water heater were introduced, the form of condenser (water storage tank) was designed, and the experimental study on installations was carried out. The results showed that air source heat pump water heater was superior to conventional system. Under the operation of cooling and heating, heat pump comprehensive utilization equipment could improve the heating performance, reduce energy consumption, and recycle condensing heat to provide hot water.