InSthe context of a low carbon economy,Smore and moreSnew energySaccess to the grid,SgridSpointSdue toSthe new energySis widely distributed,Sintermittent,Srandom and the stored energy ofSharmonic pollutionSinverter systemSoperationSprocess ofSvoltage fluctuation,Sleading to severeSvoltage collapse.SIn order to maintain theSstability ofSthe new energySgrid,StheSimplementation ofScomprehensive control ofSpower plantSmain transformerSoptimization algorithms,Sincluding regulationSof generation,Stransmission sideSoutputStapsSandSswitching,SorSadditional inputSwattles power compensationSequipmentSfor someSnodes in the network.SThe newSalgorithmSto ensure no optimalSreactive compensationScapacitySand minimumSaccess point for aSfinal control target,SdisturbanceSin access gridSdistributedSenergySis larger,Sthe combination of geneticSalgorithm and immuneSalgorithm.STheScomparisonSresults of the twoSafter theSoptimization,Sthe integrated control strategySof voltageSproofScombined immunologic and geneticStwo algorithms haveSgood convergence andSantiSdisturbance ability,Sand finally toSthe actual caseSto proveStheSeffectiveness of theSimmune genetic algorithm.