制冷与空调
製冷與空調
제랭여공조
REFRIGERATION AND AIR-CONDITIONING
2014年
9期
50-53
,共4页
申长军%黄翔%宋祥龙%张璐瑶%董晓杰%席德科
申長軍%黃翔%宋祥龍%張璐瑤%董曉傑%席德科
신장군%황상%송상룡%장로요%동효걸%석덕과
干空气能%蒸发冷却空调技术%蒸发式冷风扇%风光互补发电技术%风洞试验
榦空氣能%蒸髮冷卻空調技術%蒸髮式冷風扇%風光互補髮電技術%風洞試驗
간공기능%증발냉각공조기술%증발식랭풍선%풍광호보발전기술%풍동시험
dry air energy%evaporative air conditioning technology%evaporative cooling fan%wind-light complementary technology%wind tunnel tests
夏季，为给户外场所降温并节约电能使用，提出利用蒸发冷却空调与风光互补发电相结合的方式。本文分别介绍了这两项技术的发展现状、原理及特点，并通过风洞模拟自然界风力带动风车发电，再与光伏板进行互补发电实验，得出其互补发电功率为166.4W，能够带动一台额定功率为170W的蒸发式冷风扇平稳运转。这两项技术的有效结合是一种绿色、低碳、环保的降温和能源利用方式。
夏季，為給戶外場所降溫併節約電能使用，提齣利用蒸髮冷卻空調與風光互補髮電相結閤的方式。本文分彆介紹瞭這兩項技術的髮展現狀、原理及特點，併通過風洞模擬自然界風力帶動風車髮電，再與光伏闆進行互補髮電實驗，得齣其互補髮電功率為166.4W，能夠帶動一檯額定功率為170W的蒸髮式冷風扇平穩運轉。這兩項技術的有效結閤是一種綠色、低碳、環保的降溫和能源利用方式。
하계，위급호외장소강온병절약전능사용，제출이용증발냉각공조여풍광호보발전상결합적방식。본문분별개소료저량항기술적발전현상、원리급특점，병통과풍동모의자연계풍력대동풍차발전，재여광복판진행호보발전실험，득출기호보발전공솔위166.4W，능구대동일태액정공솔위170W적증발식랭풍선평은운전。저량항기술적유효결합시일충록색、저탄、배보적강온화능원이용방식。
In the summer, to solve the problem of cooling and the problem of its power , put forward using evaporative air conditioning technology and wind-light complementary technology combination of cooling and power supply. This paper introduces the present development situation of these two technologies, the principle and characteristics, Wind fan was driven by wind tunnel to simulation nature windmills and solar panels complementary to generation power by the experiment, it is concluded that the complementary power of 166.4 W will generate a rated power of 170 W ,evaporative cooling fan runs smoothly. Effective combination of these two technologies is a green, low carbon, environmental protection, for cooling and energy utilization way.
