简介：

简介：

简介：我国改进型压水堆核电站设计中采用了非能动余热排出系统,它由蒸汽发生器及空气冷却器构成的汽水回路和空气回路组成.本文在RELAP5程序中补充了空气壁面换热结构关系式,分析改进型压水堆核电站(AC600)全厂断电事故后的瞬态行为.结果表明:烟囱高度增加、换热面积增加均使系统的排热能力增强;计算结果与理论分析结果相一致.

简介：ThispaperintroducesthemainPCBrulesbasedonPentiumMformobilecomputerarchitectureinmilitaryarea,settlesrulesoflayout,inductssimulatediscussiontocrosstalkofparallelingtransmissionlines,advertsthematchingrulesoftimelength,andoffersanexecutionwaytoreducemotherboardareaandimprovemakingprocess.

简介：ThePLCanduppercomputerareusedinBOPcontrolsystemoftraditionalthermalpowerplanttomonitorthein-situequipment.Itiscomplicatedandwasteslaborandresources.Itisdifficulttomaintainandmanagethem.BeijingGuoDianZhiShenControlTechnologyappliedthehomemadeDCS(EDPF-NTSystem)totheintegratedBOPcontrolsystemof600-MWsupercriticalpowerunit,whichoffersadvantagesinefficiencypromotion,costreductionandresourcesharing.ThatalsoreflectsthedominanceofEDPF-NTSysteminperformance,price,real-timeDUP,networkcompatibilityandcommunication.Thisarticleintroducesthemaincharacteristics,structureandconfigurationofEDPF-NTSystem,aswellasthehierarchicaloperation,themulti-domainnetworkstructureandtheprivatenetworkrouterdevelopedforZhuanghePowerPlant.

简介：OnOctober27,theThreeGorgesengineeringgreetedanothermilestoneinitsconstruction.LiYongan,presidentofChinaThreeGorgesProjectCorporationdeclaredthatthegoalof136mreservoirimpoundmenthadbeenachieved,andtheThreeGorgesreservoirhadformallyenteredthestageofnormaloperationanddispatching.

简介：岩滩电厂混流式水轮发电机组是哈电公司1984年开始选型、制造，1992年9月开始投入运行的。额定容量302.5MW，转轮名义直径8m，当时世界排行第三。

简介：最近几年我国风电发展很快，通过引进技术、合作生产，已能批量生产小型，甚至中型机组，不过大型机组仍属空白。

简介：Giventhedistributionfeatureofresourcessuchascoalandwater,therequirementsforthedevelopmentofChinesepowerindustry,andthefactofmonopolybyforeigncompanies,itisverynecessaryandsignificanttoindependentlyresearchanddevelopair-coolingtechnologies.Throughexperimentalresearch,simulativecalculation,processandequipmentdevelopment,fieldtestsandademonstrationproject,thedesignandoperationtechnologiesforair-coolingsystemaregraspedandrelevantkeyequipmenti...

简介：Withtherevisionofemissionstandards,deepdesulphurizationandDeNOXisneededincirculatingfluidizedbed(CFB)boilers.Theoperationofthefirstsetof300-MWCFBboilerpluslimestone/gypsumwetfluegasdesulphurization(FGD)systemintheworldshowsthatdeepdesulphurizationandDeNOXofCFBboilershashigherSO2removalefficiencyatalowerCa/Sratiocomparedwithtraditionalinnerdesulphurizationmode.Itcanmeettheincreasinglyrigidemissionstandards,andissuitableformorefuels.DeepdesulphurizationandDeNOXcanalsoachieveahighly-efficienthigh-temperatureCFBboilerthatcannotonlyachieveinnerdesulphurizationandlowNOXemission,butbenefitslow-grade,highsulfurcontentfuelsaswell.ResearchofdeepdesulphurizationandDeNOXwillbeadevelopingdirectionforCFBboilers.

简介：本文的目的是对于利用模拟渐近法来确定多速3相绕组的可能性进行探索。它局限于p/2p极性质的非常简单的情况。这个方案已得出了非常著名的解决办法；于是，就可以着手研究更加困难的问题了。

简介：

简介：在各种类型水轮机中，技术最为复杂、生产周期最长、成本最高的就是转桨式。当今世界上单机容量最大的转桨式机组是水口机组。水口电站位于福建，装机7台，单机容量20万kw，由世界银行融资贷款，于1987-1997年建设。机组由哈电公司与日本日立公司联合设计、合作生产。

简介：BaojiNo.2PowerPlantsituatedatShitoupevillage,ChangqingTownship,FengxiangCounty,BaojiCity,hasaplannedgeneratingcapacity4×300MW,andatotalcapitalinvestment6.25billionyuanRMB.TheStateInvestmentBankandShaanxiProvincialgovernmentinvests70%and30%respectively.Thefirstunitisplannedtobecommissionedin1998,andtotallycompletedintheyear2000.TheBaojiNo.2PowerPlantprojectislistedasastatekeyconstructionprojectinthe9thFive-yearPlanperiodandtakenalsoasademonstrativeoptimizingand

简介：

简介：TianjinBeijiangPowerPlant,oneofthefirstseriesofCircularEconomyDemonstrationProjectinthecountry,successfullyputitssecondunitintooperationonNovember30,2009after

简介：

简介：InChina,electricityconsumptionkeepsgrowingatahighspeedandinstalledcapacitywillbedoubledinthenextfifteenyears.AstheworldsecondCO2producerandalsoamemberofKyotoProtocol,howtobalanceenergyneedsandenvironmentalprotectionresponsibilityinthefutureisaseriousproblemforChina.Assuch,thereareanumberoftechnologychoicesfortoday’selectricpowergeneration.AfterdiscussingthecurrentadvancedpowergenerationtechnologiesbasedonChineseenergystructureandcurrentconditionsofpowerindustry,thispapergivesareferencetothetechnologyoptionsforChinainthefuture.Herepublishedisthesecondpartofthepaper.

简介：根据国内外众多风力发电机组运行维护情况，统计得出风力发电机组中故障发生频率最高的关键部件及故障发生的原因和产生的现象；分析给出风力发电机组运行中对关键部件检测的物理量。根据物理量的特点和关键部件的结构特性，选择相应传感器类型及安装位置，以实时监测机组各部件的运行情况，保证机组的长期稳定运行。

简介：