Iprobe yovavanyo lwe-photovoltaic yinxalenye echanekileyo kwinkqubo yovavanyo lweshishini le-photovoltaic, esetyenziselwa kakhulu uvavanyo lokusebenza kombane kweeseli zelanga kunye neemodyuli ze-photovoltaic. Iquka usetyenziso olufana novavanyo lwe-IV, ukuhlolwa kwe-EL, ukulinganiswa kokumelana kwamaphepha, kunye nokuhlela iiseli. Iqinisekisa unxibelelwano oluzinzileyo, olunokumelana okuphantsi kunye nemigca yegridi ye-electrode yeseli, iqokelela ngokuchanekileyo iiparameter ezifana nombane kunye nombane, kwaye iququzelela ukuhlolwa komgangatho wemveliso, ukubekwa kwinqanaba lokusebenza, kunye nokufunyanwa kweziphene. Eli candelo libalulekileyo libalulekile kuyo yonke inkqubo ye-R&D ye-photovoltaic, imveliso, kunye nokuhlolwa komgangatho, ukuqinisekisa umgangatho wefektri weemveliso ze-photovoltaic.
Ishishini le-photovoltaic lehlabathi ngoku lifumana uphuhliso oluqhubekayo olukhawulezayo, kunye nomthamo ofakiweyo okhulayo ngokuthe chu. Iitekhnoloji ezintsha ze-photovoltaic ezifana ne-crystalline silicon esebenza kakuhle kunye ne-perovskite ziyaqhubeka nokukhula, ziqhuba iimfuno eziphezulu zokuchaneka kovavanyo kunye nokuzinza. Okwangoku, ukwanda kwamandla emveliso ye-photovoltaic kukhuthaze ukukhula kwemfuno yezixhobo zokuvavanya, okukhokelela ekunyukeni okukhulu kwemfuno yemarike yeenaliti zokuvavanya i-photovoltaic njengezinto ezisetyenziswayo. Ukusebenzisa izibonelelo zophuhliso lwexesha elide zecandelo lamandla ahlaziyekayo kunye nokuqhubela phambili kokutshintshwa kwekhaya kwiindawo zovavanyo oluchanekileyo oluphezulu, ubungakanani bemarike yeshishini lenaliti yokuvavanya i-photovoltaic buya kuqhubeka nokukhula, ngamathuba athembisayo kakhulu ophuhliso.
Ixesha leposi: Epreli-17-2026