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压缩空气系统设计存在的问题研究

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摘要 当前常用的压缩空气系统在设计中,存在着能耗大、运行费用高的问题,这在能源紧张、电价上涨的今天对生产企业无疑带来了较大的成本负担。本文针对压缩空气系统设计存在的问题展开分析,为压缩机设计提供资料参考。
出处 《同行》 2016年第4期63-64,共2页
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  • 1Grazzini G,Milazzo A.Exergy Analysis of a CAES With Thermal Energy Storage[].th European Thermal Sciences Conference.2008
  • 2Swierczynski M,Teodorescu R,Rasmussen C N,et al.Overview of the Energy Storage Systems for Wind Power Integration Enhancement[].IEEE International Symposium on Industrial Electronics.2010
  • 3Succar S,Williams R H.Compressed Air Energy Storage: Theory,Resources,and Applications For Wind Power[]..2008
  • 4Meiwes H.Technical and Economic Assessment of Storage Technologies for Power-Supply Grids[].Acta Polytechnics.2009
  • 5STEFAN ZUNFT,CHRISTOPH JAKIEL,MARTIN KOLLER,etal.Adiabatic compressed air energy storage for the grid integrationof wind power[].Sixth International Workshop on Large-Scale Inte-gration of Wind Power and Transmission Networks for offshoreWindfarms.2006
  • 6Bullough C,Gatzen C,Jakiel C, et al.Advanced adiabatic compressed air energy storage for the integration of wind energy[].Proceedings of the European wind energy conference.2004
  • 7B. Bolund,H. Bernhoff,M. Leijon.Flywheel energy and power storage systems[].Renew Sustain Energy Rev.2007
  • 8Cavallo A.Controllable and affordable utility-scale electricity from intermittent wind resources and compressed air energy storage(CAES)[].Energy.2007

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