%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