流体机械
流體機械
류체궤계
FLUID MACHINERY
2013年
11期
48-51
,共4页
孙晓明%彭恒%林子良
孫曉明%彭恆%林子良
손효명%팽항%림자량
空气压缩机%压缩空气%能源效率%有效能%输功效率
空氣壓縮機%壓縮空氣%能源效率%有效能%輸功效率
공기압축궤%압축공기%능원효솔%유효능%수공효솔
air compressor%compressed air%energy efficiency%available energy%output power efficiency
分析了压缩空气的能量过程、动力用空气压缩机整机的能源效率和压缩空气的做功能力，提出输功效率作为考核空气压缩机的转化能源效率。指出几种空气压缩机效率只有10％左右说法是错误的。
分析瞭壓縮空氣的能量過程、動力用空氣壓縮機整機的能源效率和壓縮空氣的做功能力，提齣輸功效率作為攷覈空氣壓縮機的轉化能源效率。指齣幾種空氣壓縮機效率隻有10％左右說法是錯誤的。
분석료압축공기적능량과정、동력용공기압축궤정궤적능원효솔화압축공기적주공능력，제출수공효솔작위고핵공기압축궤적전화능원효솔。지출궤충공기압축궤효솔지유10％좌우설법시착오적。
The energy transformation in the process of air being compressed , the air compressor's energy efficiency and the work-producing potential of compressed air were analyzed .The output power efficiency as the evaluation of the air compressor 's en-ergy conversion efficiency was proposed .Tell that the air compressor's efficiency is only about 10%is wrong.
