摘要
为了改善纺织空调与空压机能耗大、效率低的现状,详述纺企空调风机改造和空压机改造过程,以及空调数字化自动控制系统的功能优势;通过改造前后应用效果对比及经济效益测算,说明风机改造后风量大、耗电少,空压机改造后电耗降低7.6%,气量增加71.5%。指出:纺企通过空调风机改造,应用空调数字化自动控制系统及精益优级空压机,不仅能实现节能、降本、增效,还能改善车间环境、稳定生产生活,但对纺企生产的合理配置提出更高要求;纺企的节能降本增效,离不开技术创新与系统集成的双重驱动。
In order to improve the current situation of high energy consumption and low efficiency of textile air conditioning and air compressor,the transformation process of air conditioning fan and air compressor in textile enterprises is described in detail,as well as the functional advantages of digital automatic control system of air conditioning.Through the comparison of the application effect and the calculation of economic benefits before and after the transformation,it shows that the air volume of the fan is large and the power consumption is less,the power consumption of the air compressor is reduced by 7.6%,and the gas volume is increased by 71.5%.It is pointed out that through the transformation of air conditioning fan,the application of air conditioning digital automatic control system and lean and superior air compressor can not only achieve energy saving,cost reduction and efficiency increase,but also improve the workshop environment and stabilize production and life,but put forward higher requirements for the reasonable allocation of production in textile enterprises.The energy saving,cost reduction and efficiency increase of textile enterprises cannot be separated from the dual drive of technological innovation and system integration.
作者
张建民
吴子才
靳湘
多文新
孟安
万传强
贾建立
ZHANG Jianmin;WU Zicai;JIN Xiang;DUO Wenxin;MENG An;WAN Chuanqiang;JIA Jianli(Expert Committee of Henan Textile Energy and Environment Special Committee,Zhengzhou 450000,China;Shandong Jinxin Air Conditioning Group Co.,Ltd.,Dezhou 253000,China;Weishi Textile Co.,Ltd.,Kaifeng 475000,China;Henan Longao Electrical Equipment Co.,Ltd.,Zhengzhou 450000,China)
出处
《纺织器材》
2024年第4期53-56,共4页
Textile Accessories
关键词
节能降耗
空调
风机
数字化自动控制系统
空压机
能耗基准
energy saving and consumption reduction
air conditioning
fan
digital automatic control system
air compressor
energy consumption benchmark