农学学报
農學學報
농학학보
Chinese Countryside Well-off Technology
2011年
5期
40-43
,共4页
汪炳华%徐天养%肖华%向成高%何兵%江红甲%党云波%李润涛
汪炳華%徐天養%肖華%嚮成高%何兵%江紅甲%黨雲波%李潤濤
왕병화%서천양%초화%향성고%하병%강홍갑%당운파%리윤도
太阳能%烘烤%烤烟%密集烤房
太暘能%烘烤%烤煙%密集烤房
태양능%홍고%고연%밀집고방
Flue Curing Tobacco%Curing%Solar%Bulk Curing Barn
为在烤烟烘烤期间利用太阳能替代部分燃煤,以达到节能减排的目的,对现有的密集烤房进行太阳能改造,在屋顶加装太阳能加热室,吸收太阳能并加热太阳能加热室内空气,高温空气通过内循环管道与烤房的加热室、装烟室连通,提供辅助热源。太阳能循环风机由温差控制器控制。对改造的太阳能密集烤房进行烘烤效应研究,结果表明密集型烤房的太阳能改造简单易行,经济实用,节能效果明显;太阳能提供的热量可满足烟叶烘烤前期的需要,每千克干烟耗能比改造前降低20%~24%,烘烤烟叶质量与普通密集烤房所烤烟叶质量相当,社会效益与经济效益明显,在光照好的烟区具有一定的推广价值。
為在烤煙烘烤期間利用太暘能替代部分燃煤,以達到節能減排的目的,對現有的密集烤房進行太暘能改造,在屋頂加裝太暘能加熱室,吸收太暘能併加熱太暘能加熱室內空氣,高溫空氣通過內循環管道與烤房的加熱室、裝煙室連通,提供輔助熱源。太暘能循環風機由溫差控製器控製。對改造的太暘能密集烤房進行烘烤效應研究,結果錶明密集型烤房的太暘能改造簡單易行,經濟實用,節能效果明顯;太暘能提供的熱量可滿足煙葉烘烤前期的需要,每韆剋榦煙耗能比改造前降低20%~24%,烘烤煙葉質量與普通密集烤房所烤煙葉質量相噹,社會效益與經濟效益明顯,在光照好的煙區具有一定的推廣價值。
위재고연홍고기간이용태양능체대부분연매,이체도절능감배적목적,대현유적밀집고방진행태양능개조,재옥정가장태양능가열실,흡수태양능병가열태양능가열실내공기,고온공기통과내순배관도여고방적가열실、장연실련통,제공보조열원。태양능순배풍궤유온차공제기공제。대개조적태양능밀집고방진행홍고효응연구,결과표명밀집형고방적태양능개조간단역행,경제실용,절능효과명현;태양능제공적열량가만족연협홍고전기적수요,매천극간연모능비개조전강저20%~24%,홍고연협질량여보통밀집고방소고연협질량상당,사회효익여경제효익명현,재광조호적연구구유일정적추엄개치。
In order to achieve energy conservation and emission reduction,a combination of energy from solar and coal has been built up based on a bulk curing barn by installing a solar heat system on the top of a bulk curing barn roof which are comprised of a heat room with valve controlled by a fan,lighting and heating transformation sheet and automatic temperature monitor.This study was focused on how much effect of the solar heating system could be as a supplemental energy to curing process,It has been turned out that not only a significant energy reduction has been achieved,but this modification bulk curing barn were easily constructed and economical,the solar energy could supply all heating from the early stage of tobacco curing process.The modified solar curing barn could save 20%-24%coal consumption per kg drying leaf as the one from a bulk curing barn at achieving the equivalent leaf quality.It has shown an encouraging prospective of benefit for economy and society especially on emission reduction and worthwhile for those area with abundant solar resource to extend this technology.