欢迎来到天天文库
浏览记录
ID:32053714
大小:1.93 MB
页数:52页
时间:2019-01-31
《河南省电力行业温室气体减排潜力分析》由会员上传分享,免费在线阅读,更多相关内容在学术论文-天天文库。
1、摘要了实现减排情景下的理论减排潜力,河南省电力行业应着力推进电力结构调整,加强并改进发电调度方式。重点发展高参数、大容量、高效率火电机组,加快关停煤耗高、污染重的小火电机组,同时要对传统火电站进行改造升级来提高火电竞争力;积极推进洁净煤技术的开发推广;加快推进风电、秸秆发电和核电发展。关键词:电力温室气体排放LEAP模型情景分析nAbstractWimgreenhousegasmitigationisgettingmoreurgenttoday,thepowerindustry,asahighenergy-consumingindustry,hasbroughth
2、ighergreenhousegasemissions·Henan,asapopulousprovince,hasmoreandmorepowerdemandwiththesteadyandhigh.speeddevelopmentofitseconomy,whichthenleadstothehigherandhigherenergyconsumptionandgreenhousegasemissions.Therefore,itissignificanttOresearchontheemission..reducingpotentialofpowerindus
3、tryinHenanProvince.Basedonthebackground,thispaperadoptsscenarioanalysisandLEAP(Long-rangeEnergyAnalysisPlanningSystem)tostudytheemission-reducingpotentialofHenanpowerindustry.’Firstly,therelatingpoliciesandannualenergyconsumptioniscollectedthroughtheinvestigationandsurveyofHenanpoweri
4、ndustry.Basedonthesurvey,thepowerstructureandmainpoliciesinHenanProvincearesummarized.Secondly,itestablish懿Ⅱle“Greenhousegasemission-reducingpotentialanalysisbasedonLEAPinHenanPowerindustry'’modelwhichisfromyear2005asbaseyeartoyear2020.T№scenariosaresettingbasedonthecurrentsituationof
5、Henanpowerindustryandtheyarebaselinescenario,technologypriorityscenarioandrenewableenergypriorityscenario.Thegreenhousegasemissionsundereachscenariocouldbecalculatedseparately.Themodelresultsshowthatthegreenhousegasemissionsaredecreasedgreatlyintechnologypriorityscenarioandrenewableen
6、ergypriorityscenariocomparedwithbaselinescenariowhichindicatesthehighemission-reducingpotentialinthepowerindustryofHenanProvince.Atlast,itgivessomepolicyadvicetothepowerindustryinHenanProvince·Atpresent,Henanshouldimprovetheefficiencyofpowerindustrybycapacityexpansionofthetraditionalt
7、hermalplantsandreinforcetheimplementationof‘'keepandpromotethelargeandholdorclosedownthesmall”.Thatis,theinstalledcapacitiesofcurrentpowerplantsshouldbeenlargedandsmall—scaleequipmentsshouldbephasedoutofthemarket.Inthelong1%111,HenanshouldmakemoreeffortsIIIAbs仃actonthetechnologicalinn
8、ovati
此文档下载收益归作者所有