Ukusebenza kwamaseli we-heterojujuction we-26.6% ku-P-Type Silicon Wafers kutholwe.

I-hetewojunction eyakhiwe esikhungweni se-Amorphous / Crystalline (A-SI: H / C-SI) enezindawo ezihlukile ze-elekthronikhi, ezilungele i-silicon heterojunction (shj) amaseli elanga. Ukuhlanganiswa kwe-Ultra-mncane a-si Ngaphezu kwalokho, i-A-SI: h Ungqimba lokuxhumana, ukhishwe ngohlobo lwe-n noma uhlobo, ungakhala kwisigaba esixubile, unciphise ukumuncwa kwezihlakala kanye nokuthuthukisa ukuthuthuka kwenethiwekhi nokukhulisa ukusebenza kahle kanye nokuthuthukisa ukuthuthukisa kanye nokusebenza kahle.

I-Longi Green Energy Technology Technology Co, Ltd's Xu Xixiang, uLi Zhenguo, kanti abanye bathole ukusebenza kahle kwe-26.6% shj shj solar cell ku-P-Type Alicon Wafers. Ababhali basebenzise i-phosphorus diffenusion Gettering Strategy yokuhlehlisa futhi basebenzise i-Nanocrystalline Silicon (NC-SI: H) Oxhumana nabo abakhethiwe, bakhulisa kahle ukusebenza kwe-P-Type Card Shj Solar Portar kuya ku-26.56%, ngaleyo ndlela kusungulwa i-benchmark entsha yokusebenza nge-P Amaseli we-silicon solar.

Ababhali bahlinzeka ngengxoxo eningilizayo ekuthuthukisweni kwenqubo yedivayisi kanye nokwenza ngcono ukusebenza kwe-Photovoltaic. Ekugcineni, kwenziwa ukuhlaziywa kokulahlekelwa amandla ukuze kunqunywe indlela yokuthuthuka yesikhathi esizayo ye-P-Type Shj Solar Cell Technology.

26.6 Ukusebenza kweSolar Panel 1 26.6 Ukusebenza kahle kwe-solar panel 2 26.6 Ukusebenza kweSolar Panel 3 26.6 Ukusebenza kwe-Solar Panel 4 26.6 Ukusebenza kwe-Solar Panel 5 26.6 Ukusebenza kahle kwe-solar panel 6 26.6 Ukusebenza kahle kwe-solar Panel 7 26.6 Ukusebenza kahle kwe-solar panel 8


Isikhathi Sokuthumela: Mar-18-2024