Photovoltaic(PV)cellscanabsorbupto8

Photovoltaic(PV)cellscanabsorbupto80%oftheincidentsolarradiationavailableinthesolar
spectrum, however,onlyacertainpercentageoftheabsorbedincidentenergyisconvertedinto
electricity dependingontheconversionefficiency ofthePVcelltechnology.Theremainderofthe
energy isdissipatedasheataccumulatingonthesurfaceofthecellscausingelevatedtemperatures.
TemperatureriseofPVcellsisconsideredasoneofthemostcriticalissuesinfluencing their
performance, causingseriousdegradationandshorteningthelife-timeofthecells.Hencecoolingof
PV modulesduringoperationisessentialandmustbeanintegralpartofPVsystemsparticularlyinsun-
drenched locations.Manyresearcheshavebeenconductedinvestigatingarangeofmethodsthatcanbe
employedtoprovidethermalmanagementforPVsystems.Amongthesedesigns,systemsutilizingair,
liquid,heatpipes,phasechangematerials(PCMs),andthermoelectric(TE)devicestoaidcoolingofPV
cells. Thispaperprovidesacomprehensivereviewofvariousmethodsreportedintheliteratureand
discusses variousdesignandoperatingparametersinfluencing thecoolingcapacityforPVsystems
leading toanenhancedperformance

ผลลัพธ์ (ไทย) 1:

เซลล์แสงอาทิตย์ (PV) cellscanabsorbupto80% oftheincidentsolarradiationavailableinthesolarรุ้ง ไร onlyacertainpercentageoftheabsorbedincidentenergyisconvertedintoไฟฟ้า dependingontheconversionefficiency ofthePVcelltechnology.Theremainderoftheพลังงาน isdissipatedasheataccumulatingonthesurfaceofthecellscausingelevatedtemperaturesTemperatureriseofPVcellsisconsideredasoneofthemostcriticalissuesinfluencing ของพวกเขาประสิทธิภาพ causingseriousdegradationandshorteningthelife-timeofthecells HencecoolingofModulesduringoperationisessentialandmustbeanintegralpartofPVsystemsparticularlyinsun PV-ขาวตำแหน่ง ManyresearcheshavebeenconductedinvestigatingarangeofmethodsthatcanbeemployedtoprovidethermalmanagementforPVsystems.Amongthesedesigns,systemsutilizingairของเหลว heatpipes, phasechangematerials (PCMs), andthermoelectric (เต้) devicestoaidcoolingofPVเซลล์ Thispaperprovidesacomprehensivereviewofvariousmethodsreportedintheliteratureandกล่าวถึง variousdesignandoperatingparametersinfluencing thecoolingcapacityforPVsystemstoanenhancedperformance ชั้นนำ

ผลลัพธ์ (ไทย) 2:

เซลล์แสงอาทิตย์ (PV) cellscanabsorbupto80% oftheincidentsolarradiationavailableinthesolar
สเปกตรัม แต่ onlyacertainpercentageoftheabsorbedincidentenergyisconvertedinto
ไฟฟ้า dependingontheconversionefficiency ofthePVcelltechnology.Theremainderofthe
พลังงาน
ของพวกเขา
ประสิทธิภาพ causingseriousdegradationandshorteningthelife-timeofthecells.Hencecoolingof
PV modulesduringoperationisessentialandmustbeanintegralpartofPVsystemsparticularlyinsun-
เปียกโชก Thispaperprovidesacomprehensivereviewofvariousmethodsreportedintheliteratureand กล่าว variousdesignandoperatingparametersinfluencing thecoolingcapacityforPVsystems ชั้นนำ toanenhancedperformance

ผลลัพธ์ (ไทย) 3:

แผงเซลล์แสงอาทิตย์ ( PV ) cellscanabsorbupto80 % oftheincidentsolarradiationavailableinthesolar
สเปกตรัม อย่างไรก็ตาม onlyacertainpercentageoftheabsorbedincidentenergyisconvertedinto
ไฟฟ้า dependingontheconversionefficiency ofthepvcelltechnology . isdissipatedasheataccumulatingonthesurfaceofthecellscausingelevatedtemperatures พลังงาน theremainderofthe

temperatureriseofpvcellsisconsideredasoneofthemostcriticalissuesinfluencing ของพวกเขา
ประสิทธิภาพ causingseriousdegradationandshorteningthelife timeofthecells . hencecoolingof
-
modulesduringoperationisessentialandmustbeanintegralpartofpvsystemsparticularlyinsun PV เปียกสถานที่ manyresearcheshavebeenconductedinvestigatingarangeofmethodsthatcanbe
employedtoprovidethermalmanagementforpvsystems .amongthesedesigns systemsutilizingair
, , ของเหลว , heatpipes phasechangematerials , ( pcms ) andthermoelectric ( TE ) devicestoaidcoolingofpv
เซลล์ thispaperprovidesacomprehensivereviewofvariousmethodsreportedintheliteratureand

toanenhancedperformance กล่าวถึง variousdesignandoperatingparametersinfluencing thecoolingcapacityforpvsystems ชั้นนํา