文献综述,信息检索报告

信息检索综合检索报告1949级电机专业1班学号19491001姓名江哲明1、检索课题名称智能电网关键技术的研究(SmartGridKeyTechnologyResearch)2、检索策略2.1选择检索工具中国期刊全文数据库（CNKI）美国工程索引（EI）中国专利信息中心百度2.2选择检索词从课题字面选从课题内涵选（同义词、近义词、上下位词）智能电网电网的智能化（smartpowergrids）电网2.0（同义词）关键技术研究（上下位词）核心技术（keytechnology）方法（同义词）3.检索步骤及检索结果3.1中国期刊全文数据库(CNKI)3.1.1检索式篇名＝（智能电网+电网的智能化+电网2.0）*主题=（关键技术+研究+核心技术）3.1.2检索年限2001-20103.1.3检索结果检索命中29篇，选择5篇如下：1、【篇名】智能电网关键技术探讨【作者】刘炜;孙振权;刘燕;【出处】内江科技2010年12期【摘要】本文阐述了智能电网的基本概念,总结了智能电网特征及关键技术;给出了智能电网建设的技术路线;指出了建设智能电网从发电、输电、配电、用电到调度等环节,在网络拓扑、通信系统、高级计量体系、需求侧管理、智能调度、电力电子设备、分布式电源接入等领域需要解决的关键技术问题。2、【篇名】智能电网技术的发展及其应用【作者】董智;【出处】山西能源与节能2010年05期【摘要】叙述了包括量测、通信、信息管理、调度、电力电子和分布式能源接入等智能电网的关键技术,借助美国智能电网研究应用情况,归纳和评述了智能电网技术实现的功能。3、【篇名】智能电网的关键技术【作者】王昌龙;张荣华;周定松;【出处】科技信息2010年16期【摘要】本文主要介绍了智能电网的产生背景和发展历史,阐述了智能电网的内涵和构建智能电网涉及的关键技术。列举了美国智能电网的研究情况,归纳总结智能电网技术实现的功能。展望我国智能电网的发展前景。4、【篇名】浅谈智能电网的关键技术【作者】邬大为;龚海华;【出处】科技创新导报2010年26期【摘要】简述了智能电网的发展需求和现状,分析了包括电网智能安全防御技术、状态监测技术、智能用电技术、大规模储能技术在内的智能电网关键技术的重要价值和技术特点,并结合智能电网关键技术的发展趋势,展望了未来智能电网的发展理念和核心特征。5、【篇名】构建智能电网的关键技术【作者】朱涛;【出处】云南电业2010年06期【摘要】具有节能、环保、高效、经济、安全、友好等性能的智能电网,是未来电网发展趋势。目前,多个国家和地区针对智能电网开展了一系列的研究,南方电网各省区对智能电网的建设也在提速。3.2美国工程索引（EI）3.2.1检索式((smartpowergrids)or（SmartGrid））WNTI)AND(keytechnologyWNKY)3.2.2检索年限2003-20133.2.3检索结果命中1093条结果，经过筛选，选择其中5条：1、【篇名】Researchforthekeytechnologiesofsmartgriddispatching【作者】Hu,Hongqiong(LuZhouElectricPowerCompany,Luzhou646000,Sichuan,China);Ding,Xiaoqun;Chen,Guangyu【出处】AdvancedMaterialsResearch,v403-408,p2814-2817,2012,MEMS,NANOandSmartSystems【摘要】Thispaperstudiedthekeytechnoligiesandscientificissuesofthesmartgriddispatching,combiningthestatusandtrendsofthedevelopmentofsmartgrid,andhasdoneresearchandanalysisfromthefouraspectsrespectivelyasfollow,thesecurityanddefenseofalargenetworkandpanoramicinformationandintegratedtechnologyplatformofsmartgriddispatching,themulti-levelintegrationofsecuritycheckrechnology,energysavingintelligentoptimizationtechnologyandmulti-dimensionalintelligentvisualizationtechnologyoflargegrid.Summarizedtheexistingequipmentandindustrialinthepowernetworkdispatchingandgavesomesuggestionsfordevelopingthetechnologiesofsmartgriddispathching.©(2012)TransTechPublications,Switzerland.(6refs.)MainHeading:SmartpowergridsControlledterms:Electricpowertransmissionnetworks-Energyconservation-Securitysystems-Technology-VisualizationUncontrolledterms:Integratedtechnologies-Integrationofsecurity-Intelligentoptimization-Keytechnologies-Largenetworks-Multi-level-Powernetworks-Researchandanalysis-Scientificissues-Securitychecks-Smartgrid-Smartgriddispatching-Thesecurityanddefense-Visualizationtechnologies-VisualizationtechnologyClassificationCode:525.2EnergyConservation-706.1ElectricPowerSystems-706.1.1ElectricPowerTransmission-901EngineeringProfession-902.1EngineeringGraphics-914.1AccidentsandAccidentPrevention2、【篇名】Keytechnologyresearchonlocalnetsettingsystemofprotectiverelayingsettingforsmartgrid【作者】Hao,Wen-Bin(SichuanChengduElectricPowerBureau,Chengdu610021,China);Hong,Xing-Lü【出处】DianliXitongBaohuyuKongzhi/PowerSystemProtectionandControl,v39,n2,p80-82+87,January16,2011【摘要】Fromtheangleofsmartgriddevelopment,Somecurrentquestionsaboutthelocalnetsettingsystemofprotectiverelayingareanalyzed,forexamplenettopology,parametersmaintenance,settingsystemanddevicemanagement.Thegeneraldesigningstructureoflocalnetsettingsystemofprotectiverelayingsettingbasedonsmartgridispresented.Thenetsettingsystemismadeupofsettingcompute,settingmanagementandrelayprotectivereconstruction.Atthesametime,keytechnologyisdiscussedincludingnettopology,supplypowerscheme,automaticopen-loop,dividinglinejoint,automaticsetting,powersupplycombinationandrelayreconstruction.Thedesignideasofsettingsystemshouldmeetthemanagementandtechnologydemandoflocalnetprotectiverelayingsettingsystemforsmartgrideffectively.(9refs.)MainHeading:RelayprotectionControlledterms:Smartpowergrids-TopologyUncontrolledterms:Automaticsettings-Designideas-Designingstructures-Devicemanagement-Keytechnologies-Localnet-Nettopology-Openloops-Powersupply-Protectiverelaying-Protectiverelayingsetting-SmartgridClassificationCode:706ElectricTransmissionandDistribution-706.1ElectricPowerSystems-921.4CombinatorialMathematics,IncludesGraphTheory,SetTheory3、【篇名】Studyonsmartgridandkeytechnologysystemtopromotethedevelopmentofdistributedgeneration【作者】Huang,B.B.(StateGridEnergyResearchInstitute,Beijing,100052,China);Xie,G.H.;Kong,W.Z.;Li,Q.H.【出处】2012IEEEInnovativeSmartGridTechnologies-Asia,ISGTAsia2012,2012,2012IEEEInnovativeSmartGridTechnologies-Asia,ISGTAsia2012【摘要】Inrecentyears,facingofgrowingpressureonresourcesandtheenvironment,theinevitablechoiceistoimprovethetraditionalenergyefficiencyandvigorouslyadvancetherenewableenergydevelopment.Attheaspectoftechnology,distributedgeneration(DG)technologywhichdeploysrenewableenergysourcesgivesaneffectivetechnicalapproach.Withthelevelofpenetrationofdistributedgenerationbecomeshigher,thechallengesforfuturedistributionsystemshavepresentedsmartgrid(SG),whichintegratetheadvancedsensingtechnology,communicationtechnologyandautomaticcontroltechno