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氢燃料电池一体化后备电源系统 被引量:1

Hydrogen Fuel Cells Integration Emergency Power System
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摘要 在21世纪新能源中,清洁而高效的氢能扮演着重要的角色,其他各种能源都可以转化为比较容易储存的氢。氢燃料电池作为当今最被看好的新能源之一,有着清洁、高效等优点,氢燃料电池属于可再生清洁能源领域,具备零排放的标准要求,可直接应用到生产生活中。氢燃料电池一体化后备电源系统技术先进、使用方便,可以实时监控设备的各项参数,可以满足停电后设备供电的需求。 During the 21st century new energies,clean and efficient hydrogen plays an important role,and all other energy sources can be converted into hydrogen that is easier to store.As one of the most promising new energy sources,hydrogen fuel cells are clean,efficient and so on.Hydrogen fuel cells are in the field of renewable clean energy and have zero emission standards,which can be directly applied to production and life.The hydrogen fuel cell integrated backup power system is advanced in technology and convenient to use,and can monitor various parameters of the equipment in real time,which also can meet the requirements of power supply after power failure.
作者 许鹏 XU Peng(Jiangsu Broadcasting Cable Information Network Co.,Ltd,Zhenjiang Branch,Zhenjiang 212004,China)
出处 《中国有线电视》 2019年第1期38-41,共4页 China Digital Cable TV
关键词 氢燃料电池 后备应急电源 储氢系统 hydrogen fuel cell backup power supply hydrogen storage system
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  • 1EVE S,STEIGERWALT T,GREGG A,et al.Pt-Ru/carbon fiber nanocomposite; synthesis' characerization,and performance as andoe catalyst of direct methanol fuel cells.A search for exceptional performance [J].The Journal of Physical Chemistry.(B) Materials,Surface
  • 2SHIOYAMA H,YAMADA Y,UEDA A,et al.Screening of carbon supports for DMFC electrode catalysts supports for thermography[J].Carbon,2003,41(3): 607-609.
  • 3CHEN P,WU X,LIN J,et al.High H2 uptake by alkali-dopped carbon nanotubes under ambient pressure and moderate temperatures[J].Science,1999,285: 91-93.
  • 4LI X S,ZHU H W,CI L J,et al.Hydrogen uptake by graphitized multi-walled carbon nanotubes under moderate press and at room temperature[J].Carbon,2001,39(13): 2 077-2 088.
  • 5TIBBETTS G G,MEISNER G P,OLK C H.Hydrogen storage capacity of carbon nanotubes,filaments,and vapor-grown fibers [J].Carbon,2001,39(15): 2 291-2 301.
  • 6NAKAMURA M,HOSAKO Y,OHASHI H,et al; Porous carbon electrode materials method for manufacturing the same and carbon fiber paper[P].EP: 1 195 828,2002.
  • 7LARRY G C,DENNIS C N,PAUL R W.Method for fabricating a carbon electrode substrate[P].US: 4 115 528,1978.
  • 8FRANZ S,Laminar carbon member and a method of manufacturing it[P].US: 4 234 650,1981.
  • 9VICTOR T,Peter W,HEIKO L,et al.Electrode substrate for electrochemical cells based on low-cost manufacturing process[P].US:6 511 768,2003.
  • 10HIROYUKI F,HISATSUGU K,HIROTO F,et al.Process for preparing a fuel cell electrode substrate comprising carbon fibers[P].US: 4 506 028,1985.

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