梯级水电站日发电计划优化分析与应用

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1、-------华中科技大学硕士学位论文startedunitsisdeterminedreasonably.Thewaterbetweenthepower-generatingunitsisassignedbyusingparticleswarmoptimizationalgorithm.Thedefectsoftheconventionalpowergenerationschemesareovercomedandtheprecisionofthecascadedaypowergenerationplanisimproved.Them

2、odelisappliedtotheThreeGorges-Gezhoubacascade.Thepracticalproblemsofmodelintheapplicationofthecascadeandthespecificalgorithmareresearchedinpaper.Thesuperiorityofmethodwhichputforwardinthepaperisget,comparedtotraditionalmethods.Atlast,dailygenerationplanningmodulefortheT

3、hreeGorgescascadeisdeveloped,whosefunctionsofdatainput,boundarysetting,adjustmentofthetypicalloadcurveandoptimizationareachieved.Theoptimizationmethodfordailygenerationplanningisestablishedinthestudy,whichimprovestheaccuracyofpowergenerationplan.Itcanreducethedeviationo

4、ftheplannedloadandactualload,AnditcanreducethecapacityofthesecondaryFMadjust.Also,itcanprovideeffectivetechnicalsupportforpowersystemstabilityandefficientoperation.Keywords:dailygenerationscheduling,typicalloadcurve,powergenerationsimulationmodel,ParticleSwarmOptimizati

5、on(PSO),ThreeGorges–Gezhoubacascade-----------III-----------华中科技大学硕士学位论文目录摘要.................................................................................................................................IAbstract........................................................

6、......................................................................II目录..............................................................................................................................IV1绪论.................................................................

7、..............................................................11.1研究背景及意义..........................................................................................................11.2梯级水电站日发电计划编制研究现状......................................................................2

8、1.3论文主要研究内容...................................................................................................