新增研究生课程申请表范例

新增研究生课程申请表（范例）课程名称（中文）智能电网导论任课教师焦在滨课程名称（英文）IntroductiontoSmartGrid开课学院电气学院开课季节秋课内学时32学分2是否公共课适用专业ElectricalEngineering预修课程课程编号教学主要内容Withthedevelopmentofinformationandcommunicationtechnology,smartgridhasbecomeahotresearchareaintheworld.Basedontheintroductionofkeytechnologyareaandprinciplecharacteristics,thebasicconceptsandtendenciesofsmartgridwillbediscussedinthiscourse.Thecontentsofthiscourseinclude:1.Asystemviewofthesmartgrid.Inthispart,wewillreviewthehistoryofpowersystemandintroducethebackgroundofsmartgrid.2.Keytechnologyarea.Sensingandmeasurement,integratedcommunication,improvedinterfacesanddecisionsupport,advancedcontrolmethodandadvancedcomponentwillbediscussedinthispart.3.Self-healsInthispart,wewillreviewtheself-healingfunctionsintraditionalpowergridanddiscussself-healingtechnologiesinthesmartgrid.4.EnergystorageandrenewableenergyintegrationBasedontheintroductionofkindsofenergystoragetechnologies,thecoordinationbetweenenergystorageandrenewableenergygenerationwillbediscussedinthispartinordertoincreasepenetrationofrenewableenergy.5.ActiveparticipationbycustomersInthispart,wewilldiscussthebenefitsofenablingparticipationbyconsumers.Thedistributedgeneration,micro-grid,virtualpowerplantandtheideaofdemanddispatchareintroducedinthisparttoo.6.AssetoptimizationBasedonreviewofthepresentstateofassetmanagementinpowerutilities,thenewtechnologiesandtendenciesofassetoptimizationinsmartgridwillbediscussedinthispart.7.ControlcenterStrategic-baseddispatchmodelandkeytechnologiesofitssupportsystemwillbeintroducedinthispart.任课教师（签字）主管院长（审核）研究生院审批附件：西安交通大学研究生课程简介和教学大纲（范本格式）西安交通大学研究生课程简介课程编码：·········课程名称：（中）智能电网导论课程名称：（英）IntroductiontoSmartGrid学分数：2课内总学时数：32课程内容简介：本课程以介绍智能电网的基本概念、基本思路以及未来发展趋势为主。其目的在于使学生掌握智能电网的基本概念，了解智能电网发展的思路和最新成果。课程主要内容包括：智能电网的核心技术和主要特征，智能电网硬件基础设施、智能电网自愈理论、用户参与和需求侧管理、可再生能源接入、储能技术、资产管理与优化以及智能电网调度中心新技术。先修课程：电力系统分析电力系统继电保护电气工程概论参考书：1.JamesMomoh.SmartGrid:FundamentalsofDesignandAnalysis.IEEEPress,2012.2.FereidoonP.Sioshansi.SmartGrid:IntegratingRenewable,Distributed&EfficientEnergy.Elsevier,2012.3.PhadkeandJ.S.Thorp.SynchronizedPhasorMeasurementsandTheirApplications.Spring.2010.4.S.P.Chowdhury,P.Crossley,S.Chowdhury.MicrogridsandActiveDistributionNetworks.IETpress,2009.5.AliKeyhani,MuhammadMarwali.SmartPowerGrids2011.Spring,2012.6.杰林思.智能电网：促进节能与需求响应.北京：中国电力出版社，2011.7.秦立军，马其燕.智能配电网及其关键技术.北京：中国电力出版社，2010.执笔人：焦在滨审定人：CourseCode:CourseName:IntroductiontoSmartGridCredit:2TeachingHours：32ExperimentalHours:Introduction:Basicconcepts,characteristicsandpossibletendenciesofsmartgridwillbeintroducedinthiscourse.Thecontentsofthiscourseinclude:principalcharacteristics,keytechnologyareaofsmartgrid;infrastructure(measurementandsensor,communicationandnetwork);self-heals;activeparticipationbyconsumers;assetmanagementandoptimization;renewableenergyintegration;energystorage(batteries,electricvehicleandpumpedhydroelectricstorage)andcontrolcenterinsmartgrid.RequiredCourseinAdvance:Powersystemanalysis,Powersystemprotection,orIntroductiontoelectricalengineeringReference:1.JamesMomoh.SmartGrid:FundamentalsofDesignandAnalysis.IEEEPress,2012.ISBN:978-04708893982.FereidoonP.Sioshansi.SmartGrid:IntegratingRenewable,Distributed&EfficientEnergy.Elsevier,2012.ISBN:978-01238645293.PhadkeandJ.S.Thorp.SynchronizedPhasorMeasurementsandTheirApplications.Spring.2010.ISBN:978-14419456314.S.P.Chowdhury,P.Crossley,S.Chowdhury.MicrogridsandActiveDistributionNetworks.IETpress,2009.ISBN:978-18491901455.AliKeyhani,MuhammadMarwali.SmartPowerGrids2011.Spring,2012.ISBN:978-36422157736.ClarkW.Gellings,TheSmartGrid:EnablingEnergyEfficiencyandDemandResponse.ChinaElectricalPowerPress(CEPP),2011.ISBN:978-75123163937.QinLijun,MaQiyan,DistributionSmartGridandIt’sKeyTechnologies.ChinaElectricalPowerPress(CEPP),2010.ISBN:978-7512306745Writer:ZaibinJiaoExaminer&Approver:教学大纲Part1ASystemViewoftheModernGrid:Introduction(2Hours)1.1Creatingthesystemview:Challengesandrequirements(1Hour)Introductionoftheblackoutsinthehistory;Challengesofpowersystemandmodernpowergrid;Backgroundaboutthesmartgrid.1.2What’sthesmartgrid:Characteristicsanddefinition(1Hour)Keytechnologyareainsmartgrid;Principalcharacteristics.Part2KeyTechnologyAreainSmartgrid(9Hours)2.1SensingandMeasurement:WAMSandAMI(3Hours)ElectricalCurrentTransformer(ECT)andelectricalpotentialtransformer(EPT);SynchronizedPhasorMeasurementsUnit(PMU)andWideAreaMeasurementSystem(WAMS);ApplicationofPMUandWAMSinpowersystem;SmartmeterandAdvancedMeasurementInfrastructure(AMI).2.2IntegratedCommunication(1.5Hours)Broadbandoverpowerline,Wirelesscommunicationtechnologies,othercommunicationtechnologies;Interoperability,standards,andprotocols;Cybersecurity;2.3ImprovedInterfacesandDecisionSupport(1Hours)Visualizationinpowersystem;Decisionsupport;Systemoperatortraining.2.4AdvancedControlMethod(2Hours)AutomatedGenerationControl(AGC);On-lineandoff-lineanalyticaltools;Operationalapplications;Advancedcontrolmethodinsmartgrid.2.5AdvancedComponents(1.5Hours)Powerelectronic;Superconductor;Distributedgeneration.Part3Self-heals:AnticipatesandRespondst