搜索
20120132JOURNALOFDONGGUANUNIVERSITYOFTECHNOLOGYVol．20No．1Feb．20132012－09－031981—。1211．5238082．201804。。TK02A1009－0312201301－0011－06。。。、80%1。2011、54.2、63.61122。。3。。、、。。。。1。1.11。。、。、。。3－5。2。。。5－6。3。122013。、、/、、、。、7－8。1.2、。。。、、。。39－10。1.31。150。、、、、。、。11－12。2。。。。。513。3。。。1.5～2。。。14－16。4。。。、、、、。、、16－18。5。、、300℃。、、。、。319－22。6。。。。、/。、100%、。、323－24。7。。、、。、。。、113、、。、1625－26。8。。、、、。。。27－28。22.1、、、、29、。30。。、。。3。。。。、31－33。134。。12.2。。、。35。。。、。36－38。39－412。142013。。2。。2.3。。、。、42－43。、。40%。。44－45。。。。。MITRACEnergySaver46－473SitrasSES48－49。30%。3MITRACEnergySaver1153。。。1。。。。。2。。。。。。3。。。、。。1AgencyIE．Worldenergyoutlook2010R2010．2PetroleumB．StatisticalreviewofworldenergyR2012．3．2011～2020R2010．4．J．20092521－8．5．J．20083271－9．6．J．201135833－37．7．J．200823121－10．8．J．20103024101－106．9．J．201029149－53．10．J．2010382438－4247．11．VRLAJ．2007222144－147152．12．J．2005259164－168．13．SOCD．2008．14．J．2007452279－282．15．J．2008421045－47．16．M．2008．17．J．2008362231－235．18．D．2007．19．J．20113147－14．20．J．201027662－65．21．J．201027625－28．22TanXLiQWangH．AdvancesandtrendsofenergystoragetechnologyinMicrogridJ．InternationalJournalofElectricalPower＆ampEnergySystems2013441179－191．16201323．J．2008329569－572．24．J．200828359－62．25．J．20094411－6．26．M．2005．27．D．2010．28．J．200630892－96．29．J．20082111－114120．30．J．200727561－64．31．J．2011355602－604．32．J．200930530－3242．33．J．2009332023－26．34ZhouTFrancoisB．Energymanagementandpowercontrolofahybridactivewindgeneratorfordistributedpowergenerationandgridintegra-tionJ．IEEETransactionsonIndustrialElectronics201158195－104．35．、J．20112112－24．36．D．2008．37．NiMHSOCD．2009．38．D．2005．39GauchiaLBouscayrolASanzJetal．FuelcellbatteryandsupercapacitorhybridsystemforelectricvehicleModelingandcontrolviaen-ergeticmacroscopicrepresentationC．2011IEEEVehiclePowerandPropulsionConferenceVPPC20111－6．40DoucetteRTMcCullochMD．Acomparisonofhigh－speedflywheelsbatteriesandultracapacitorsonthebasesofcostandfueleconomyastheenergystoragesysteminafuelcellbasedhybridelectricvehicleJ．JournalofPowerSources201119631163－1170．41HwangJJChangWR．Characteristicstudyonfuelcell/batteryhybridpowersystemonalightelectricvehicleJ．20122076111－119．42．D．2009．43．D．2010．44．J2009262－64．45．J．201133226－33．46SteinerMKlohrMPagielaS．EnergystoragesystemwithUltracapsonboardofrailwayvehiclesC．2007EuropeanConferenceonPowerElectronicsandApplications20071－10．47BOMBARDIER．MITRACEnergySaverZ．http//．bombardier．com/files/en/supporting_docs/BT－ECO4－MITRAC_Energy_Sav-er．pdf2012．48SIEMENS．SitrasSESStationaryenergystoragesystemforDCtractionpowersupplyZ．http//．mobility．siemens．com/mobility/en/pub/urban_mobility/rail_solutions/electrification/dc_traction_power_supply．htm2012．49SIEMENSE．SitrasHESHybridenergystoragesystemforrailvehiclesZ．http//．mobility．siemens．com/mobility/en/pub/urban_mobility/rail_solutions/electrification/dc_traction_power_supply．htm2011．ReviewontheTechnologyofElectricEnergyStorageandItsApplicationZHAOYang1ZHANGYi－cheng2KANGLi11．CollegeofElectronicEngineeringDongguanUniversityofTechnologyDongguan523808China2．CollegeofElectronicandInformationEngineeringTongjiUniversityShanghai201804ChinaAbstractAsaneffectivemethodofsavingtheenergythetechnologyofelectricenergystoragehasbecomethewidelyfocusedresearchfieldnowadays．Inthispapertheconceptsandcharacteristicsofvariouskindsofenergystoragedevicesareintroducedandanalyzedindetailsandthentheirmostimportantapplicationareasareelaboratedfinallythedevelopmenttendencyandresearchemphasisareexpected．Keywordstechnologyofelectricenergystoragerenewableenergysourceswindpowergenerationelectricvehiclerailwaytransport