印制电路信息
印製電路信息
인제전로신식
PRINTED CIRCUIT INFORMATION
2011年
9期
62-64
,共3页
空压机原理%压缩空气%冷却油%冷却器%能量回收%板式交换器%工艺改善%能量计算
空壓機原理%壓縮空氣%冷卻油%冷卻器%能量迴收%闆式交換器%工藝改善%能量計算
공압궤원리%압축공기%냉각유%냉각기%능량회수%판식교환기%공예개선%능량계산
Compressor principle%compressed switches%process improvement%energy calculation air%cooling oil%cooler%energy recovery%plate
空压机是工业领域必不可少的主要辅助生产设备之一,是电能;肖耗“大户”,但真正由电能转换成压缩空气的能量不足30%,期间大量的电能转换成“无价值”的热能被浪费,对环境造成严重的“温室效应”污染。然而节能减排、低碳循环经济已经逐渐成为人们关注的焦点。分析空压机原理,发现大量电能转化成热能由冷却油及压缩空气带走,目前传统方式用的是自然风加抽风机进行冷却,冷却后的风排入大气,造成能量的大量浪费,同时对设备的冷却效果并不佳,利用新型工艺技术改进,由风冷冷改用水冷,实现75%以上的热能回收利用。
空壓機是工業領域必不可少的主要輔助生產設備之一,是電能;肖耗“大戶”,但真正由電能轉換成壓縮空氣的能量不足30%,期間大量的電能轉換成“無價值”的熱能被浪費,對環境造成嚴重的“溫室效應”汙染。然而節能減排、低碳循環經濟已經逐漸成為人們關註的焦點。分析空壓機原理,髮現大量電能轉化成熱能由冷卻油及壓縮空氣帶走,目前傳統方式用的是自然風加抽風機進行冷卻,冷卻後的風排入大氣,造成能量的大量浪費,同時對設備的冷卻效果併不佳,利用新型工藝技術改進,由風冷冷改用水冷,實現75%以上的熱能迴收利用。
공압궤시공업영역필불가소적주요보조생산설비지일,시전능;초모“대호”,단진정유전능전환성압축공기적능량불족30%,기간대량적전능전환성“무개치”적열능피낭비,대배경조성엄중적“온실효응”오염。연이절능감배、저탄순배경제이경축점성위인문관주적초점。분석공압궤원리,발현대량전능전화성열능유냉각유급압축공기대주,목전전통방식용적시자연풍가추풍궤진행냉각,냉각후적풍배입대기,조성능량적대량낭비,동시대설비적냉각효과병불가,이용신형공예기술개진,유풍랭랭개용수랭,실현75%이상적열능회수이용。
Compressor is one of the main auxiliary equipment in modem factories, and is a large power consumption. However, only 30% power is utilized. Value of the energy is wasted and caused global warming pollution. Today, energy conservation, low-carbon cycle of the economy has gradually become the focus of attention. Analysis of the air compressor, we discovered that power changed into heat and was taken away by the cooling oil and compression air. Now it is the traditional way using natural wind plus exhaust fan for cooling, and the cooling the air was discharged into the atmosphere, resulting in substantial waste of energy, while the cooling effect of the equipment is poor. Through the new process implemented by the wind use cold water, it can achieve 75% of heat recycling.