空压系统节能技术的研究  

Pneumatic System Energy Svaing Technology Research

作　　者：徐忠君[1] 

机构地区：[1]烟台南山学院,山东烟台265713

出　　处：《机电产品开发与创新》2011年第6期68-70,共3页Development & Innovation of Machinery & Electrical Products

摘　　要：据中国空压机网调查:全国有180亿元/年的空压机市场,有超过400万台的空压机在工作,22kW以上功率等级的空压机超过100万台,22kW以下中小空压机以活塞式为主。年新增数十万台压缩机。但压缩空气需要消耗巨大能量。绝大多数压缩空气系统,无论其新或旧,运行的效率都很低,存在着设备不匹配、管路损失大、系统泄露、人为需求、不正确的使用和不适当的系统控制等问题。在经过专业的、全面的空气系统评估和分析,并采取恰当的优化措施之后,可以节约能源达到10%～60%。变频空压机已经成为未来的主流发展方向。According to China air compressor network survey： there are 18000000000 yuan / year of air compressor market,has more than 4000000 units of the air compressor in the work,more than 22KW power levels of the air compressor for more than 1000000 Taiwan,22KW following small air compressor with piston type mainly.Year add hundreds of thousands of compressor.But the compressed air needs to consume a great energy.The vast majority of compressed air system,whether new or old,operation efficiency is very low,the existence of device mismatches,line loss,system leakage,human needs,improper use or improper system control problems.In a professional,comprehensive air system assessment and analysis,and to take appropriate measures to optimize,can save energy reaches 10% ～ 60%.Frequency conversion compressor has become the mainstream of the future direction of development.

关 键 词：压缩机 活塞式 节能 变频 

分 类 号：TH45[机械工程—机械制造及自动化]