(Novemba 3), i-Global Hard Technology Innovation Conference yango-2023 yavulwa e-Xi'an. Emcimbini wokuvula, uchungechunge lwezimpumelelo ezinkulu zesayensi nezobuchwepheshe zakhululwa. Enye yazo i-crystalline silicon-perovskite tandem solar cell eyakhiwe ngokuzimela izinkampani zezwe lami ze-photovoltaic, ephule irekhodi lomhlaba kulo mkhakha ngokusebenza kahle kokuguqulwa kwesithombe sika-33.9%.
Ngokwesitifiketi sakamuva esivela ezinhlanganweni ezigunyazwe ngamazwe ngamazwe, ukusebenza kahle kwamaseli e-crystalline silicon-perovskite anqwabelene athuthukiswe ngokuzimela yizinkampani zaseShayina sekufinyelele ku-33.9%, kwephula irekhodi langaphambili lika-33.7% elibekwe ithimba labacwaningi baseSaudi futhi libe umholi wamanje emhlabeni jikelele ukusebenza kahle kwamaseli elanga. irekhodi eliphakeme kakhulu.
U-Liu Jiang, uchwepheshe wezobuchwepheshe e-LONGi Green Energy Central Research Institute:
Ngokubeka phezulu ungqimba lwe-wide-bandgap perovskite material phezu kwe-crystalline silicon solar cell yasekuqaleni, ukusebenza kahle komkhawulo wethiyori kungaqhubeka kufinyelele ku-43%.
Ukusebenza kahle kokuguqulwa kwe-Photoelectric kuyinkomba eyinhloko yokuhlola amandla obuchwepheshe be-photovoltaic. Kalula nje, ivumela amaseli elanga endaweni efanayo futhi amunca ukukhanya okufanayo ukuze akhiphe ugesi owengeziwe. Ngokusekelwe kumthamo we-photovoltaic osanda kufakwa emhlabeni wonke wama-240GW ngo-2022, ngisho nokwenyuka ngo-0.01% ekusebenzeni kahle kungakhiqiza ugesi ongeziwe wama-kilowatt-amahora angu-140 njalo ngonyaka.
Jiang Hua, iphini likanobhala-jikelele we-China Photovoltaic Industry Association:
Uma lobu buchwepheshe bebhethri obusebenza kahle kakhulu sebukhiqizwe ngobuningi ngempela, buzoba yinzuzo enkulu ukukhuthaza ukukhula kwayo yonke imakethe ye-photovoltaic ezweni lami ngisho nasemhlabeni.
Isikhathi sokuthumela: Mar-06-2024