Umnatha we-Southeast Network, i-16 ka-Agasti (intatheli yethu uPan Yuerong) Ngomhla we-16 ka-Agasti, i-CATL yakhupha ibhetri yokuqala ye-4C ye-supercharged yehlabathi isebenzisa izinto ze-lithium iron phosphate kwaye ikwazi ukuvelisa imveliso eninzi - i-Shenxing ibhetri ephezulu, iqonda ukuba Ifikelela kwi-ultra-fast chaging speed "10 imizuzu yokutshaja, iikhilomitha ezingama-400 zoluhlu lokuqhuba” kwaye ifikelela kuluhlu lokuhamba ngenqanawa olungaphezulu kweekhilomitha ezingama-700, olunciphisa kakhulu unxunguphalo lokuzaliswa kwamandla abasebenzisi kwaye livule ngokupheleleyo ixesha lokutshaja ngaphezulu kwezithuthi zamandla amatsha.
Ibhetri yeCATL's Shenxing supercharged yibhetri yokuqala yehlabathi ene-4C esebenzisa imathiriyeli ye-lithium iron phosphate kwaye inokuveliswa ngobuninzi.Ifoto inikwe ngumququzeleli
Ngokuqhubela phambili okuqhubekayo kobuchwepheshe bebhetri, ukusebenza okubanzi kweebhetri kuphuculwe kakhulu.Emva kokuqonda ngokuthe ngcembe ubomi bebhetri ixesha elide lezithuthi zamandla amatsha, ixhala lokutshaja ngokukhawuleza libe sesona sizathu sithintela abathengi ekuthengeni izithuthi zamandla amatsha.I-CATL isoloko igxininise kwi-essence ye-electrochemistry kwaye iqhubekile nokuvuselela kuzo zonke iinkalo zezinto eziphathekayo, iinkqubo eziphathekayo, kunye nezakhiwo zenkqubo.Iphinde yaphula imida yokusebenza kweenkqubo ze-lithium iron phosphate kwaye yaphayona ukutshaja ngokukhawuleza, ubomi obude bebhetri, kunye nokhuseleko oluphezulu.Qhubekeka ukhokele indlela yokwenziwa kwezinto ezintsha kushishino.
Shenxing ibhetri etshajiweyo.Ifoto inikwe ngumququzeleli
Ngokweengxelo, i-Shenxing Supercharged Battery iphinda ichaze iibhetri ze-lithium iron phosphate.Ngokubhekiselele kwi-cathode speed-up, isebenzisa iteknoloji ye-superelectronic network cathode, i-lithium iron phosphate cathode ngokupheleleyo i-nanosized materials, kwaye yakha inethiwekhi ye-superelectronic ukunciphisa ukuchasana ne-lithium ion yokubaleka.Yenza isignali yokutshaja iphendule ngokukhawuleza.Ngokubhekiselele kwizinto ezintsha ze-electrode, ibhetri ye-Shenxing i-supercharged ithatha iteknoloji ye-ion yesizukulwana sesibini esikhawulezayo esandula ukwenziwa yi-CATL ukuguqula umphezulu wegraphite, ukwandisa i-lithium ion embedding channel kunye nokunciphisa umgama wokufakela, ukwakha "umgwaqo omkhulu" wokuqhuba i-ion. .“.
UWu Kai, isazinzulu esiyintloko seCATL, uthethe kwangoko.Ifoto inikwe ngumququzeleli
Kwangaxeshanye, ibhetri yeShenxing etyalwayo kakhulu isebenzisa uyilo lwepali enemaleko amaninzi ukufezekisa ibhalansi egqibeleleyo phakathi kokutshaja ngokukhawuleza kunye nobomi bebhetri.Ngokubhekiselele kwi-electrolyte conduction, i-CATL iphuhlise ifomyula entsha ye-ultra-high conductivity ye-electrolyte, eyanciphisa ngokufanelekileyo i-viscosity ye-electrolyte kwaye yandisa kakhulu i-conductivity.Ukongeza, i-CATL iphinde yaphucula ifilimu ye-SEI ye-ultra-thin ukuze inciphise ngakumbi ukuxhathisa ukuqhuba.I-CATL iphinde yaphucula i-porosity ephezulu ye-membrane ye-isolation kunye ne-tortuosity pores ephantsi, ngaloo ndlela iphucula izinga lokudluliselwa kwesigaba se-lithium ion liquid.
UGao Huan, iCTO yecandelo leemoto zabakhweli basekhaya eCATL, uthethe kwangoko.Ifoto inikwe ngumququzeleli
Intatheli yafunda ukuba, ngelixa ukhokela ekufezekiseni ukutshaja kwe-4C, iibhetri ezigqithisiweyo ze-Shenxing nazo zinomsebenzi wobomi bebhetri obude, umbane ogcweleyo wokushisa ubushushu obugcweleyo kunye nokhuseleko oluphezulu ngokusebenzisa i-innovation, i-algorithms ehlakaniphile kunye nezinye iindlela.Kwisiseko se-CTP3.0, i-CATL ibe nguvulindlela kwitekhnoloji yeqela le-in-one, ifezekisa ukuhlanganiswa okuphezulu kunye nokusebenza kakuhle kwamaqela, ivumela ibhetri ephezulu ye-Shenxing ukuba iphule umda wokusebenza ophezulu we-lithium iron phosphate kwaye ifezekise ngokulula ubomi obude bebhetri. ngaphezu kweekhilomitha ezingama-700..
Wonke umntu unenkxalabo malunga nobume beebhetri kwiindawo ezinobushushu obuphantsi.Iibhetri zeShenxing ezitshajiweyo kakhulu zinokufikelela kumaqondo obushushu aphantsi kunye namaqondo obushushu aqhelekileyo.I-CATL isebenzisa itekhnoloji yokulawula ubushushu beseli kwiqonga lenkqubo, elinokukhawuleza lifudumale kuluhlu olufanelekileyo lobushushu bokusebenza kwiindawo ezinobushushu obuphantsi.Nakwi--10 ° C kwiindawo eziphantsi kobushushu, inokuhlawuliswa ukuya kwi-80% kwimizuzu engama-30, kwaye inokuhlawuliswa kumaqondo aphantsi.Ukukhawuleza akufihli ngaphantsi kweqanda.Ibhetri ye-Shenxing ye-superchargeable isebenzisa i-electrolyte ephuculweyo kwaye ixhotyiswe nge-separator yokhuseleko oluphezulu, ebonelela "i-inshurensi ephindwe kabini" yokhuseleko lwebhetri.Ukongeza, i-CATL isebenzisa ii-algorithms ezikrelekrele ukulawula indawo yobushushu behlabathi, yakha inkqubo yokukhangela impazamo yexesha langempela, kwaye yoyise imingeni emininzi yokhuseleko ebangelwa kukuzaliswa kwamandla okukhawulezayo, okwenza ukuba i-Shenxing ibhetri etshajiweyo ibe nenqanaba eliphezulu lokhuseleko.
Kwinkomfa yabezindaba, uWu Kai, isazinzulu esiyintloko seCATL, uthe, "Ikamva letekhnoloji yebhetri yamandla kufuneka lijolise phambili kwihlabathi nakwidabi eliphambili lezoqoqosho.Okwangoku, abasebenzisi baqala ukutshintsha ukusuka kubasebenzisi abangoovulindlela ukuya kubasebenzisi abaninzi.Kufuneka senze abantu abaqhelekileyo Basebenzise itekhnoloji ephucukileyo kwaye sonwabele ingeniso yenkqubela phambili yetekhnoloji. ”
Ngombulelo kumandla ayo okuvelisa ngokugqithisileyo, i-CATL okwangoku inotshintsho olukhawulezayo olusuka kwitekhnoloji ukuya kwiimveliso ukuya kwiimveliso, ngaloo ndlela ikhuthaza ukuveliswa kobunzima obukhawulezayo beebhetri zeShenxing ezitshajiweyo.Ngokutsho kukaGao Huan, i-CTO yecandelo leemoto zabakhweli basekhaya be-CATL, i-Shenxing iya kuveliswa ngobuninzi ekupheleni kwalo nyaka, kwaye iimoto zombane ezixhotyiswe ngeebhetri eziphezulu ze-Shenxing nazo ziya kusungulwa kwikota yokuqala yonyaka ozayo.Ukufika kwe-Shenxing ibhetri etshajwa kakhulu sesinye isiganeko esibalulekileyo kwimbali yophuhliso lobuchwepheshe bebhetri yamandla kwaye iya kukhawulezisa inkqubo yokufakelwa kombane ngokubanzi.
Ixesha lokuposa: Nov-04-2023