%0 Journal Article
%T applicationofgeneticalgorithmincoldendsystemoptimizationforthermalpowerplants
%A liqianjun
%A liuguangyao
%A zhaoquanbin
%A julincang
%A chongdaotong
%J ÈÈÁ¦·¢µç
%P 26-30
%D 2014
%X systematicalanalysisonfactorsaffectingthecoldendsystemwasconducted.theoptimizationmodelwasobtained£¬whichregardedtheminimumcoalconsumptionrateasthetargetfunction£¬usedseveralobjectiveconditionsasthevariables£¬suchasflowandtemperatureofthecirculatingwater£¬sub£¿coolingdegreeofthecondenser£¬foulingandairleakageinthecondenser.geneticalgorithmwasemployedtooptimizethemultiplefactors£¬andtheoptimizationconditionsfortheminimumcoalconsumptionrateandthecorrespondingparameterswereobtained.comparisonindicatedthatthisgeneticalgorithmnotonlycanoptimizethecoldendsystemquicklyandaccurately£¬butalsocancompensatetheeconomicefficiencydropthatcausedbydefectsofsomeparametersthroughautomaticadjustmentoftheparameters.
%K geneticalgorithm
%K circulatingwatertemperature
%K heattransfercoefficient
%K condenser
%K circulatingwaterflow
%K coalconsumptionrate
%U http://rlfd.paperopen.com//oa/darticle.aspx?type=view&id=201401006