液压挖掘机回转能量回收系统设计与仿真摘要伴随着世界经济的飞速成长,人类正在面临着史无前例的难题。在这些危机当中,能源方面无疑是很具代表性也很是严重的一个。为解决能源危机,世界各国出台了一系列政策扶持节能减排的发展，我国早已将相应的节能减排纳入到一系列发展规划过程当中，在此过程中为了确保其能得到全面彻底性的发展，愿意为世界范围内共同繁荣昌盛贡献出一份力量，本文针对于挖掘机回转系统展开一系列节能性的研究，挖掘机在工程机械领域，应用相对较广，而且能量消耗极为严重。通过检索国内外相关文献并对其进行切实有效分析，总结归纳了当前形势下的各种各样的节能方式，成功将能量收受接收管应用到液压挖掘机回转体系当中。通过构建切实有效的数学模型，对相应的节能性，展开了一系列研究，并完成了相关仿真验证了理论的正确性。针对相关液压参数以及工况环境所能够带来的一定节能性影响进行了研究讨论。通过模拟实验的形式对仿真探讨的成果进行了验证,为所提出的基于能量回收再利用的液压挖掘机回转液压系统的使用积攒了实验数据保障。关键词：能量回收再利用节能能量浪费液压挖掘机的回转液压系DesignandSimulationofrotaryenergyrecoverysystemforhydraulicexcavatorAbstractWiththerapidgrowthoftheworldeconomy,mankindisfacinganunprecedentedproblem.Inthesecrises,energyisundoubtedlyaveryrepresentativeandveryseriousone.Inordertosolvetheenergycrisis,countriesaroundtheworldhaveintroducedaseriesofpoliciestosupportthedevelopmentofenergyconservationandemissionreduction.Chinahasalreadyintegratedthecorrespondingenergyconservationandemissionreductionintoaseriesofdevelopmentplanningprocesses,inordertoensureitscomprehensiveandthoroughdevelopment.Wearewillingtocontributetothecommonprosperityoftheworld.Thispaperisaimedataseriesofenergy-savingresearchontheexcavatorslewingsystem.Theexcavatorisrelativelywidelyusedinthefieldofconstructionmachinery,andtheenergyconsumptionisextremelyserious.Byretrievingrelatedliteraturesathomeandabroadandanalyzingthemeffectively,wesummarizedandsummarizedvariousenergy-savingmethodsunderthecurrentsituation,andsuccessfullyappliedtheenergyreceivingandreceivingtubestothehydraulicexcavatorsystem.Throughtheconstructionofeffectivemathematicalmodels,aseriesofresearcheshavebeencarriedoutonthecorrespondingenergy-saving,andtherelevantsimulationshavebeenverifiedtoverifythecorrectnessofthetheory.Theresearchanddiscussionontherelatedenergy-savingeffectscausedbyrelevanthydraulicparametersandworkingconditionswerecarriedout.Theresultsofthesimulationwereverifiedbytheformofsimulationexperiments,andtheexperimentaldataguaranteewassavedfortheuseofthehydraulicexcavatorrotaryhydraulicsystembasedonenergyrecovery.KeyWords：energyrecoveryandreuseenergyconservationenergywasterotaryhydraulicsystemofhydraulicexcavator目录..........................................................................................................................................6...................................................................................................................6.....................................................................................................................7..............................................................................................................7..............................................................................................................7.............................................................................................................8..................................................
