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1、PhotovoltaicSystemDesign1IntroductionAfterPVwkersunremittingefftssolarcellproductiontechnologyconstantlyimproveincreasinglywidelyusedinvariousfields.Poststelecommunicationsinparticularthetelecommunicationsindustryinrecen
2、tyearsbecauseoftherapiddevelopmentofcommunicationpowerrequirementshavebecomemesophisticatedsostablereliablepowerSolarenergyiswidelyusedincommunications.howthevariousregionsofsolarradiationconditionstothedesignofbothecono
3、micreliablephotovoltaicpowersystemwhichisoneofthemanyexpertsscholarsstudythelongstingissuebuttherearemanyexcellentresearchresultsfthedevelopmentofChinasphotovoltaiclaidasolidfoundation.Theauthofthestudyatthedesignmethodo
4、logyofexpertsfoundthatthedesignhasonlyconsideredtheselfmaintenanceofbatterytime(thatisthelongestconsecutiverainydays)withouttakingintoaccountthelossofelectricbatteriesassoonaspossibleaftertherecoverytime(ietwosetsofthelo
5、ngestcontinuousraindaystheshtestintervalbetweenthedays).ThisproblemparticularlyinthesouthernChinaregionshouldpaygreatattentiontothesouthernregionbecauseofourrainydayislongtooftheconvenienceofindependentphotovoltaicpowers
6、ystembecausethereisnootheremergencybackuppowerprotectionsothisproblemshouldbeincludedinthedesignconsideredtogether.Inthispaperanintegrateddesignmethodofthepreviousadvantagescombinedwiththeauthovertheyearsactuallyengagedi
7、nthedesignofphotovoltaicpowersystemsexperiencetheintroductionoftwosetsofthelongestconsecutiverainydaystheshtestintervalbetweenthenumberofdaysasthebasisfthedesignofonecomprehensiveconsiderationofthetheimpactofsolarradiati
8、onconditionsofthefactsthatmadesolarcellsthefmulafcalculatingbatterycapacityrelateddesignmethods.2ManyfactsaffectthedesignSunsolarcellsonthegroundsquareontheradiationoflightspectrumlightintensitybythethicknessoftheatmosph
9、ere(ieairquality)geographiclocationthelocationoftheclimateweatherterrainsurfacefeaturessuchastheimpactofitsenergyinonedayJanuaryayearofgreatchangeevenyearsbetweenthetotalannualamountofradiationTherewerealsolargedifferenc
10、es.Squaresolarphotoelectricconversionefficiencybythebatteryitselfthemaindata.Eachyearbecauseofaregionaldataisnotthesameasfthesakeofreliabilityshouldbetakenwithinthelastdecadeoftheminimumdata.Undertheloadofelectricitycons
11、umptioninsunshinenosunshinewhenbatterypowerisrequired.Weatherprovidedbysolarpowerthetotalamountofradiationthetotalsunshinehoursonthebatterycapacityofthesizeofthedecisionisindispensabledata.Phalanxofthesolarcelltheloadsho
12、uldincludeallpowersystemdevices(exceptfusebutalsohaveabatteryelectricalcircuitscontrollersetc.)consumption.Matrixcomponentsoftheoutputpowerthenumberofseriesparallelseriesarerequiredindertoobtaintheoperatingvoltageinparal
13、lelarenecessaryindertoobtainthecurrentwkanappropriatenumberofcomponentsthroughwhichthecompositionofseriesparallelconnectionofsolarcellsrequiredphalanx.3DesignedcapacityofbatteriesSolarcellpowersupplysystemisthebatteryene
14、rgystagedevices.solarcellbatteriesareusuallysquarematchingjobatFloatingstatewiththesquareofitsvoltageoutputloadpowerconsumptionchanges.Itsloadcapacitythanthepowerrequiredismuchgreater.Batteriestoprovideenergyisalsoaffect
15、edbyenvironmentaltemperature.solarcellsindertomatchthejobrequirementsoflonglifebatteryeasymaintenance.(1)Batteryionbeabletosuppttheuseofsolarcellsmanydifferenttypesofbatterieswidelyusedatpresenthaveleadacidmaintenancefre
16、ebatteriesdinaryleadacidbatteriesalkalinenickelcadmiumbatteriesofthree.Domesticusearemainlymaintenancefreeleadacidbatteriesbecauseofitsinherent“free“maintenanceofpropertieslesspollutingtotheenvironmentacteristicsitissuit
17、ableftheperfmanceofreliablepowersystemssolarpowerespeciallyinunattendedwkstations.dinaryleadacidbatteriesrequireregularmaintenancebecauseofitslargerenvironmentalpollutionsothemainsuitablefthemaintenanceoftheabilityhaveth
18、euseoflowgradeoccasions.Althoughalkalinenickelcadmiumbatterieshavebetterlowtemperatureovergetakeoffperfmancebutbecauseoftheirhigherpricesonlyappliestomespecialoccasions.(2)CalculationofbatterycapacityBatterycapacitytoens
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