Emva kokujoyina le “mfazwe”, lithini ixabiso le-BYD?

BYDisebenza kwiibhetri zombuso oqinileyo, kwaye i-CATL nayo ayisebenzi.

Kutshanje, ngokweakhawunti yoluntu "iVoltaplus", Ibhetri ye-Fudi ye-BYD ichaze inkqubela phambili yeebhetri ezizinzileyo okokuqala.

Ekupheleni kuka-2022, imithombo yeendaba echaphazelekayo yakha yabonisa ukuba ibhetri yelizwe lonke elichithwe yi-BYD iminyaka emithandathu iphuhliswa sele iza kuziswa. Ngelo xesha, le projekthi yayikhokelwa ngu-Ouyang Minggao, i-academician ye-Academy yaseShayina yeSayensi kunye noprofesa weYunivesithi yaseTsinghua, kunye nabanye abathathu abacebisi bezemfundo bathatha inxaxheba kumsebenzi wophando kunye nophuhliso. Yayiyiprojekthi engundoqo yesizwe.

Ngokwedatha ekhutshiweyo ngelo xesha, i-electrode ye-solid-state negative ye-electrode isebenzisa izinto ezise-silicon, kwaye ubuninzi bamandla kulindeleke ukuba bufikelele kwi-400Wh/kg. Emva kokubala, uxinaniso lwamandla ebhetri yemeko eqinileyo luphindwe kabini kunolo lweebhetri zeblade zeBYD. Ukongeza, iindlela zayo ezimbini zobugcisa, iibhetri ze-oxide ze-solid-state kunye neebhetri ze-sulfide eziqinileyo, zigqibile imveliso kwaye zinokuvavanywa kwizithuthi.

Nangona kunjalo, bekungekatsha nje ukuba seva malunga nenkqubela phambili yebhetri ye-BYD kwakhona.

Ngokubhekiselele kwiindleko zebhetri yelizwe eliqinileyo, iindleko ze-BOM ezipheleleyo zicetywa ukuba zincitshiswe ngamaxesha angama-20 ukuya kuma-30 kwi-2027, kwaye iindleko zokuvelisa ziya kuncitshiswa nge-30% ukuya kwi-50% ngokuphucula imveliso yemveliso + isiphumo sesikali + inkqubo yokuphucula, njl., kwaye kulindeleke ukuba ibe nexabiso elithile Ukhuphiswano.