基于压电效应的振动能量回收装置的研究进展-(2)

2010291111MechanicalScienceandTechnologyforAerospac[e-mail]@scau．edu．cn510642。。TN384A1003-8728201011-1515-06AReviewofPowerScavengingfromVibrationSourcesBasedonthePiezoelectricEffectWenShengZhangTieminLiuXuYangXiuliEngineeringCollegeSouthChinaAgriculturalUniversityGuangzhou510642AbstractInthelastfewyearstherehasbeenasurgeofresearchintheareaofpowerscavenging．Thisincreaseinresearchhasbeenbroughtonbythemodernadvancesinwirelesstechnologyandmicroelectromechanicalsys-tems．Becauseofpiezoelectriceffectandconversepiezoelectriceffectpiezoelectricmaterialscantransformme-chanicalstrainenergyintoelectricalcharge．Piezoelectricmaterialsarethemajormethodofenergyscavenging．Re-searchachievementsinthisfieldaresummarizedespeciallyonhowtoimprovetheefficiencyofenergyswitchingeffect．Inadditionfutureapplicationsofpowerharvestingareoutlined．KeywordsMEMSpiezoelectricswitchingvibrationsourcespowerscavenging。。3-elec-trostatic、electromagneticpiezoe-lectric。Glynne-Jones1-Williams25mm×5mm×1mm70Hz1μW330Hz0.1mW。12。129。。1.13。3133。31331。31。1Baker43133k、31。Roudy531。Yang633kε。Li7。JEONGDae-Yong8PCB10mm×35mm×0.5mm5mm120V。KangJi-Yoon9Microbubble。。Kang。Lu105mm×1mm×0.1mm7kHz15μm1.6mW。11～14100Hz、。LeeD．G．152。0.54μW/cm2/Hz4.2μW/cm2/Hz。。2151.231。Ericka1625mm。2g、2.58kHZ、1MΩ24V、56kΩ1.8mW。KimS．H．17183。Kim615111。17、180.707a28mJ。317181.3。KimH．W．19204。。7.8N29mm、1mm100Hz、400kΩ39mW、70N29mm、1.8mm52mW。41920Kim-。、、21。2urr2+1rurr－urr2+Fr=1c22urt22uzt2=1sE33槡()ρ22uzz{21ur、uz。。-Tr、TθTz。Dz=d31Tr+Tθ+d33Tz2d31、d33。Q=sDzds3I=dQdtV=QCfree4、Cfree=×/。、。1.4。MateuMoll22。Reilly23、。37.7%87.0%。Roundy24Roundy24Baker2571512930%。、①②23。2252.1PVDF。Lee2627PVDFPEDOT/PSS1MHz10hStarner28PVDF52kg25mW。。Churchill29250μm130mm×13mm×0.38mm180Hz、300με7.5mW。2.2、piezoelectricstackconfiguration、。SongHyun-Cheol30。Ferrari31MFCAmultifrequencycon-verterarray315mm×1.5mm×0.6mm3m1=1.4gm2=0.7gm3=0.6g。Goldfarb32Stephen335Hz100Hz。2.3。Leon340.0019mm19.6m/s243V1.85mW。3。3.1、PPC、GPS。Niu35、、。35、、、69.8W、49.5W、39.2W、2.1W2.2W。NiuPVDF16μW。Kymissis36PVDF。PVDF1.1mW1.8mW8151110.23W。、、、、。3.2。Arms37。1m/s2200με。Plessis38。38、、、、。Plessis100Hz、700με2.8mW。、。4、。、、、-。、、、。、、。、、。1Glynne-JonesPBeebySPWhiteNM．Towardapiezoelectricvibration-poweredmicro-generatorJ．ScienceMeasurement＆Technology2001148268～722WilliamsCBYatesRB．Analysisofamicro-electricgeneratorformicrosystemsJ．SensorsandActuatorsA1996528～113．M．19894BakerJRoudySWrightP．Alternativegeometriesforincreas-ingpowerdensityinvibrationenergyscavengingforwirelesssen-sornetworksA．In3rdInternationalEnergyConversionEngineeringConferencesCSanFrancisco200515～185RoudySWrightPaulKRabaeyJan．Astudyoflowlevelvi-brationsasapowersourceforwirelesssensornodesJ．Com-puterCommunications2003261131～11446YangJSZhouHGHuYTetal．Performanceofapiezoelec-tricharvesterinthickness-stressmodeofaplateJ．Ultrason-icsFerroelectricsandFrequencyControl2005521872～18767LiXPWanYSIlhanAA．ElectromechanicalbehaviorofPZT-BrassunimorphsJ．JournaloftheAmericanCeramicSociety19998271733～17408JeongDYSongHCKimHCetal．Analysisofinhomoge-neousstressdistributioninthepiezoelectricceramicsofunimorphcantileverforenergyharvestingA．InApplicationsofFerro-electricsCNara-cityJapan2007790～7919KangJYKimHJKimJSetal．Optimaldesignofpiezoelec-triccantileverforamicropowergeneratorwithmicrobubbleA．InThe2ndAnnualInternationalIEEE-EMBSSpecialTopicConferenceonMicro-technologiesinMedicineandBiologyCMadisonWisonsin2002424～42710LuFLeeHPLimSP．Modelingandanalysisofmicro-piezoe-lectricpowerformicro-electronechanical-systemapplicationsJ．SmartMaterialsandStructures20041357～6311DonLDAlbertPP．Modelingandoptimalfesignofpiezoelec-triccantilevermicroactuatorsJ．JournalofMicroelectrome-chanicalSystems199763266～27012RoundySLelandESBakerJetal．Improvingpoweroutputforvibration-basedenergyscavengersJ．PervasiveCompu-915129ting2005728～3613JeonYBSoodRJeongJHetal．MEMSpowergeneratorwithtransversemodethinfilmPZTJ．SensorsandActuatorsA200512216～2214LelandESWrightPK．Resonancetuningofpiezoelectricvibra-tionenergyscavenginggeneratorsusingcompressiveaxialpreloadJ．SmartMaterialsandStructures2006151413～142015LeeDGCarmanGPMurphyDetal．NovelmicrovibrationenergyharvestingdeviceusingfrequencyupconversionJ．Transducers＆Eurosensors20071410～1416ErickaMVasicDCostaFetal．Energyharvestingfromvi-brationusingapiezoelectricmembraneJ．JournaldePhy-sique2005IV128187～19317KimSHWilliamWCWangQM．Piezoelectricenergyharves-tingwithaclampedcircularplateanalysisJ．JournalofIn-telligentMaterialSystemsandStructures200516847～85418KimSHWilliamWCWangQM．Piezoelectricenergyharves-tingwithaclampedcircularplateexperimentalstudyJ．Jour-nalofIntelligentMaterialSystemsandStructures200516855～86419KimHWBatraAPriyaSetal．Energyharvestingusingapi-ezoelectric‘cymbal’transducerindynamicenvironmentJ．JapaneseJournalofAppliedPhysics2004436178～618320KimHWPriyaSUchinoKetal．Piezoelectricenergyhar-vestingunderhighpre-stressedcyclicvibrationsJ．JournalofElectroceramics20051527～3421．A．2009C200996～10222MateuLMollF．Optimumpiezoelectricbendingbeamstructuresfor