Hönnun geislaljósavirkni
May 07, 2020
Hönnun á tvöföldum megingeisla íbúð eins ás ljóskerfi stuðningskerfi
Ljóstæki tæki tæki stuðningskerfi mest mikilvægur stuðningur kerfi ljóssólkerfi
sólarorkuþættir, ljósvökvaorkunýtingarviðhorf gera hámörkun áreiðanlegrar ábyrgðar, stuðningsgjaldsheildaraflsvirkjunarframkvæmdirfjárfestingahlutfall er mjög þungt, þess vegna er virkni hönnunar, kostnaðarstjórnun þjónustulífsins mikilvægur vegur af iðnaðarmálum.
BasedontheprojectofstatepowerinvestmentYellowRiverupstreamhydropowerdevelopmentco, LTD,".. Keytechnologydevelopmentanddistributedpowerstationdemonstrationsystemofsingleaxisphotovoltaicstentsystem", thissubjectstudiesthephotovoltaicstentsysteminextremeclimateofqinghaiprovince, whichhasimportantengineeringsignificance.thispaperusedcomputationalfluiddynamicssoftwaretosimulatethestressofphotovoltaicmodulesunderwindfieldconditions, andcomparedtheresultsoffiniteelementfluidcalculationwiththeempiricalcalculationinJapan.
Comprehensiveanalysisoftheprojectarea, weatherstationobservationdata, photovoltaicmodulesbestAnglebyadjustingtheparametersoftheAngleandthewindload, onthisbasis, thedesignofthedoublemainliangpinguniaxialphotovoltaicbracketsystemanditshighAngleadjustinghydraulicpushrodmechanism, thestructureintensity, solvesthespecialenvironment, photovoltaicpanelscomponentsdeformation, fractureandotherissues; Basedonthefiniteelementmethod, thestaticanalysisofthephotovoltaicsupportsystemiscarriedoutinthispaper.
Duetoasuddenwindloadmaycausephotovoltaicpanelsvibrationdeformation, resultsinthedecreaseofthelightconversionefficiencyofphotovoltaic (PV) kerfi, thispaperappliedDavenportmodelanalysisoffluctuatingwindloadspectrum, combiningwithdoublegirderstructuremodalanalysis, candrawtheconclusion: isconducivetoimprovetheenergyconversionefficiencyofpvsystem, Að lokum, thestrengthtestofthedesigneddoublemainbeamstructureiscarriedout.
