基于多能互补的光伏建筑一体化微电网负荷节能控制方法

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Abstract：Adynamic loadenergy-savingcontrolmethodbasedonmulti energycomplementarityis proposed toaddress the problemoflowacuracyintraditional energy-savingcontrolmethods inphotovoltaicbuilding integratedmicrogrids.Preproess theoriginalloadsampledatathroughloaddataclasificationanddoublecorrction.Basedonthespatialcouplingrelationshipof photovoltaic building integrationandmulti energycomplementarity，combinedwitheventtriggeringmechanismand decompositioncoordination method，adecoupling modelof multienergycomplementaryregions isconstructed todecouple the multi energycontroledregions，andamulti-levelschedulingloadcontrol strategyisdesigned.Theload parametersof the microgridarecoordinated throughactive frequencyresponse，andthesupplyanddemandbalanceofthepowergridisadjustedby combining theoperationstructureof multiple levelsinphotovoltaic building integration．Realizeloadenergy-savingcontrol. Theresultsshowthat the proposed methodhas an average eroroflessthan2.1MWbetweenthecontrolledloadand the actual loadin diferent typicalload scenarios（morning peak，noon trough，evening peak，night trough，etc.），efectivelyreducing thedeviationbetweenthecontrolled loadandtheactual load，and has beterenerg-savingcontrolacuracyand stability.

Keywords：multi energycomplementary；photovoltaicbuilding；integrated microgrid；microgridload;event triggering mechanism； energy saving control

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微电网主要利用可再生资源进行发电。（剩余4766字）