2000, Volume 2, Issue 4
Strategic Study of CAE >> 2000, Volume 2, Issue 4
A Promising Topic in the Development of Electrical Engineering in the 21st Century ——Superconducting Technology in Electric Power System
R & D Center of Applied Superconductivity, HUST, 430074
Next Previous
Abstract
In the new century, people will extensively concern themselves with environment protection and natural resource saving. Their life style will be changed rapidly. Information system will become the most important part of our society. All of these will put forward the following challenging requirements to the electric power system for high economic characteristics, high reliability, high quality, high quantity and high density of power supply. As the conventional technology used in current power system is difficult to meet these requirements, breakthroughs of revolution in electrical technology is in urgent need. Superconducting technology is one of those breakthroughs. It is commonly recognized that superconducting technology will be widely used in the electric power system in the 21st century. This paper systematically analyzes the problems facing the electrical power industry in the 21st century and the potential of using superconducting technology in the future power system. The current states of applying superconducting technology to the electric power system are also overviewed.
References
[ 1 ] HlasnikI , ItoD .ACApplicationofSuper conductorsat 5 0 / 6 0HzFreguency [J], CryogenicEngineering , 1992 , 2 8 (8) :40 4～ 42 6
[ 2 ] 国际超电导产业技术研究中心 .超导电力应用技术开发调查研究 [R], 1998
[ 3 ] Klaus PeterJuengst.SMESProgrees [C].Proc.ofMT 15Beijing , 1997, Part 1, 18～ 2 3
[ 4 ] LuongoCA .Superconductingstoragesystem :Anoverview [J], IEEETrans.onMAG , 1996 , 32 (4) :2 2 14～ 2 2 2 2
[ 5 ] SteklyZJ , WoodsonHH , HatchAM , etal.Astudyofaltrernatorswithsuperconductingfieldwin dings:Ⅱ—Experiment [J ], IEEETrans.OnPAS , 1996 , 85 (3) :2 74～ 2 80
[ 6 ] FominBI , KurilovichLV , KhutoretskyGM , etal.Mainstagesofmanufacturinga 30 0MWsuper condcuting generator [J], Cryogenics, 1987, 2 7:2 43
[ 7 ] TixadorP , BrunetY , WedrineP , etal.Electricaltestsonafullysuperconductingsynchronousmachine[J], IEEETrans .onMAG , 1991, 2 7 (2 ) :2 2 5 6～ 2 2 5 9
[ 8 ] LieseM .Proc .Int.Conf.onlargehighvoltageelectricsytem [C], 1988, 32 :11
[ 9 ] OharaT , FukudaH , OgawaT , etal.Developmentof 70MWclasssuperconductinggenerators [J], IEEETrans.onMAG , 1991, 2 7 (3) :2 2 32～2 2 39
[10] DaffixH , TixadorP .Designofafullysupercon ductingsynchronousmotor [J], ElectricMachinesandPowerSystems, 1997, 2 5 :2 2 7～ 2 45
[11] FevierA , TavergnierJP , LaumondY , etal.Pre liminarytestonasuperconductingpowertransformer[J], IEEETrans .OnMAG , 1988, 2 4 (2 ) :1477～ 1480
[12] IwakumaM , FunakiK , TakeoM , etal.Fabrica tionandpreliminarytestofa 72kVAsuperconductingfourwindingpowertransformer [J], CryogenicEngi neering , 1987, 2 2 (6 ) :35 4～ 36 1
[13] KitoY , OkuboH , HayakawaN , etal.Develop mentofa 6 6 0 0V/ 2 10V 10 0kVAhybrid typesuper conductingtransformer [J], IEEETrans .OnPowerDeliver , 1991, 6 (2 ) :816～ 82 3
[14] HornfeldtS , AlbertssonmO , BonmannD , etal.Powertransformerwithsuperconductingwingds [J], IEEETrans.onMAG , 1993, 2 9 (6 ) :35 5 6～35 5 8
[15] FunakiF , IwakumaM , KajikawaK , etal.Devel opmentofa 5 0 0kVA classoxide superconductingpowertransformeroperatedatliquid nitrogentempera ture [J], Cryogenics, 1998, 38 (2 ) :2 11～ 2 2 0
[16] WalkerMS , HazeltonDW , MurrayFS , etal.Preliminarytestofacryocooled 1MVAHTStrans former [C], Proc .Int.WorkshoponSuperconduc tivity . 1997, 2 9～ 33
[17] KlaudyPA , GerholdJ.Practicalconclusionsfromfieldtrialsofasuperconductingcable [J], IEEETrans.onMAG , 1983, 19 (3) :6 5 6～ 6 6 1
[18] ForsythEB , ThomsRA .Performancesummryofthebrookhavensuperconducting powertransmissionsystem [J], Cryogenics, 1986 , 2 6 :5 99～ 6 14
[19] KosakiM , NagaoM , MizunoY , etal.Develop mentofextrudedpolyethleneinsulatedsuperconductingcable [J], Trans .IEEofJapan , 1998, 10 8 (11) :977～ 983
[20] IwataY , HonjioS , Hobara .Developmentof 6 6kVcompacthigh Tcsuperconductingcable [C], Proc .InterWorkshoponSuperconductivity . 1997, 17～ 2 0
[21] VerhaegeT , TavergnierJP , LaumondY , etal.Experimental7 2kV/ 1kA/ 3kAcurrentlimitersys tem [J], IEEETrans .OnAPS , 1993, 3 (1) :5 74～ 5 77
[22] HaraT , OkumaT .YamamotoT , etal.Develop mentofanew 6 6kV/ 15 0 0kVAclasssupercon ductingfaultcurrentlimiterforelectricpowersystem[J], IEEETrans.OnMAG , 1993, 8 (1) :182～192
[23] PaulW , BaumannT , RhynerJ , etal.Tetsof 10 0kWhigh Tcsuperconductingfaultcurrentlimiter [J], IEEETrans.OnAPS , 1995 , 5 (2 ) :10 5 9～ 10 6 2
[24] TixadorP .Experimetalresultsonanhybridsupercon ductingcurrentlimiter [J], IEEETrans.OnASC , 1995 , 5 (2 ) :10 5 5～ 10 5 8
[25] PaulW .Proc.of10thInt.Conf.Onadvanceinsu perconductivity (ISS’ 97) .
[26] RogersJD , SchermerRI , MillerBL , etal. 30MJsuperconductingmagneticewnergystoragesystemforelectricutilitytransmissionstabilization [C], Proc .oftheIEEE , 1985 , 71:10 99～ 110 7
[27] HaraiS , NakamotoK , TakahashiN , etal.TheSMESmodelcoil fabrication [J], CryogenicEngi neering , 1998, 33 (7) :46 0～ 46 6
[28] IrieF , TakeoM , SatoS , etal.AfieldexperimentonpowerlinestabilizationbyaSMESsystem [J], IEEETrans.onMAG , 1992 , 2 8 (1) :42 6～ 42 9[2 9] HaradaN .ToyodaK , MinatoT , etal.Develop mentof 40 0kJNb3 SnsuperconductingmagnetforSMESSystem [J], Trans.IEEJapan , 1996 , 116 (7) :770～ 775
[29] ImayoshiT , KanetakaH , HayashiH , etal.Devel opmentof 1kWh classmodule typeSMES designstudy [J], IEEETrans.OnASC , 1997, 7 (2 ) :844～ 848
[31] 东京大学 .奥地利电力公司购入超导磁储能 (SMES) 设备 [J], 超电导通讯 , 1999, 8 (2 ) :5
[31] TangYJ, KatoT , HayakawaN , etal.Develop mentoftheprospectivepowertransmissionmodelsys temintegratedundersuperconductingenvironmentpromise [J], IEEETrans .OnASC , 1994, 5 (2 ) :945～ 948
[33] NagayaS , MinamiM , KawashiwaH , etal.Devel opmentof1kWhsuperconductingbearingflywheelen ergystorage [C], Proc.Int.WorkshoponSuper conductivity , 1998, 34～ 37
[33] NemotoK , TomitaM , KoyanagaK , etal.Nb3 Snpersistentcurrentswitchwithacurrentcapacityof 3kA [C], Proc.ofMT 15 , Beijing :1997, 6 13～6 16
京公网安备 11010502051620号
