Isingeniso:
Ekuqalisweni komkhiqizo omusha ngo-Agasti 28, i-Penghui Energy yenza isimemezelo esikhulu esingaguqula imboni yokugcina amandla. Le nkampani yethule ibhethri layo lokuqala lesizukulwane sonke lesifundazwe, elihlelelwe ukukhiqizwa kwesisindo ngo-2026. Ngomthamo we-20AH, leli bhethri elihlabayo kulindeleke ukuthi lihlangabezane nesidingo esikhulayo sezixazululo ezisebenzayo nezinzile zokugcina amandla.
Ukwethulwa kwebhethri le-Penghui Energy's All-State-Stature-Staturk kuphawula ingqophamlando ebalulekile ekuthuthukisweni kobuchwepheshe bokugcina amandla. Ngokungafani nendabukoamabhethri e-lithium, ethembele kuma-electrolyte awuketshezi noma we-gel, amabhethri aqinile wombuso asebenzisa ama-electrolyte aqinile. Lo mklamo unikeza izinzuzo eziningana, kufaka phakathi ukuphepha okuthuthukile, ukuqina kwamandla aphezulu, kanye nempilo ende yokujikeleza. Ngenxa yalokhu, la mabhethri anamandla okufaka amandla ezinhlobonhlobo zezicelo, ezivela ku-elekthronikhi yabathengi ezimotweni zikagesi nezinhlelo zokugcina amandla zeGridi.
Impumelelo emkhakheni wamabhethri wombuso oqinile
Engqungqutheleni yabezindaba, ama-Penghui Energy amemezele ukuphumelela okubili okukhulu emkhakheni wamabhethri wombuso oqinile: ukucubungula amathuba emisha kanye nokwenza uhlelo lwezobuchwepheshe, oluxazulule ubuchwepheshe bohlelo lwezobuchwepheshe lwe-oxide alectrolyte technology.
Ngokuya kwe-Process Innovation, i-Penghui Energy Energy yathuthukisa inqubo eyingqayizivele ye-electrolyte emanzi. Le nqubo idlula ngempumelelo inqubo ephezulu yesono lokushisa le-oxide alectroly le-electrolyte, ligwema ubucwebe bemvelo be-ceramic izinto, futhi yenza lula inqubo.
Izindleko eziphelele zamabhethri wombuso oqinile usebenzisa le nqubo kulindeleke ukuthi ibe ngu-15% ephakeme kunezindleko zomhlanganoamabhethri e-lithium.
I-Penghui Energy ithe eminyakeni emi-3 kuya kwengu-5, ngobuciko obuqhubekayo kanye nokwenza kahle kwenqubo kanye nokuncishiswa okuthe xaxa kwezindleko zezinto ezibonakalayo, izindleko zamabhethri awo aqinile e-lithium.
Ngokwesilinganiso sezinto ezibonakalayo, ibhethri le-SOOL-State likaPenghui liqinile lisebenzisa i-Inorlosic electrosite electrosite electrosite electrosite electrosite electrosiite electrosite electrosite electrosite. Ngokungeziwe kuma-electrolyte aclecyte, le ungqimba lwe-electrolyte futhi ihlanganisa izinto ezibalulekile ezifana nama-inorganic composite ama-angeli kanye nezithasiselo ezisebenzayo.
Lokhu okusha kuthuthukisa kahle isimo se-ceramics se-ceramics lapho ugobekile, kuthuthukisa ukunamathela kanye ne-plastiki ye-electrolyte ungqimba, futhi kunciphisa kakhulu amathuba emibuthano emifushane yangaphakathi kumabhethri angaphakathi nombuso wangaphakathi. Ngasikhathi sinye, futhi kuthuthukisa ngempumelelo ukuqina kwe-ionic ye-electosic composite electrosite ungqimba weleva, futhi kunciphisa ukumelana kwangaphakathi kweseli yebhethri, futhi kuqhubeke kuthuthukisa amandla okunciphisa ukushisa kanye nokuphepha kwebhethri lezokuphepha lebhethri eliqinile.
Izinzuzo zamabhethri aqinile wombuso wonke
Enye yezinzuzo eziphambili zamabhethri e-all-solid-state ukukhuphuka kwawo ukuphepha. Ngokungafani nendabukoamabhethri e-lithium, esebenzisa ama-electrolyte avuthayo ashile, amabhethri e-all-state asebenzisa i-solid electrolyte. Lokhu kuqeda ubungozi bokuvuza nokudla okushisayo, kubenza baphephe ukusebenzisa ezinhlobonhlobo zezicelo, kufaka phakathi izimoto zikagesi kanye nesitoreji samandla seGridi.
Ngaphezu kokuphepha, amabhethri e-all-solid-state anikela ngobuningi bamandla aphezulu. Lokhu kusho ukuthi bangagcina amandla amaningi ephaketheni elincane, elikhanyayo, elenza lilungele ukuthola i-elekthronikhi ephathekayo kanye nezimoto zikagesi. Ubuningi bamandla aphezulu busho futhi impilo yebhethri ephakeme, inciphise imvamisa yokushaja, futhi ekugcineni kwathuthukiswa ukusebenza kahle kohlelo lokugcina amandla.
Ngokwengeziwe, amabhethri e-all-state-state abonisa ukusebenza okungcono emazingeni okushisa aphezulu. Amabhethri endabuko angaba asebenze kahle noma ahluleke lapho evezwa ukushisa okwedlulele noma ebandayo, kepha amabhethri e-solid-State aqine kakhulu kulezi zimo. Lokhu kubenza balungele ukusetshenziswa ezindaweni ezahlukahlukene, kufaka phakathi ukuhlola kwesikhala kanye nezicelo zezempi.
Enye inzuzo yamabhethri e-all-solid-state yikhono labo lokushaja ngokushesha. Ama-electrolyte aqinile avumela ukuthutha okusheshayo kwe-ion ngokuqhathaniswa namabhethri endabuko, avumela izikhathi zokushaja ngokushesha. Lokhu kungaba nomthelela omkhulu ekwandiseni ukwamukelwa kwezimoto zikagesi kanye nokuhlanganiswa kwamandla avuselelekayo kugridi.
Ngaphezu kwalokho, amabhethri asetshenziswayo aqinile anobungane ngokwemvelo. Aziqukethe izinto ezinobuthi nezivuthayo ezitholakala kumabhethri endabuko, kunciphisa ubungozi bokungcoliswa kwemvelo kanye nesidingo sezinqubo ezikhethekile.
Ukugcina
Ukwethulwa kwamabhethri e-Penghui Energy's All-Stude-Stude-Stude-Solodwa Kuza ngesikhathi lapho isidingo sezixazululo zokugcina amandla athuthukile ziphuthumayo kakhulu kunangaphambili. Njengoba i-World iguqukela kwikusasa elizinzile futhi likagesi, funa ubuchwepheshe bokugcina obuphezulu, obuphephile futhi obuthembekile bokugcina amandla buyaqhubeka nokukhula. Amabhethri aqinile wombuso wonke anamandla okuhlangabezana nalezi zidingo futhi adlale indima ebalulekile ekubumbeni ikusasa lokugcinwa kwamandla.
Uma unemibuzo noma ungathanda ukufunda okuningi, sicela ungangabazifinyelela kithi.
Isicelo sekhotheshini:
Jacqueline:jacqueline@heltec-bms.com/ +86 185 8375 6538
I-Sucre:sucre@heltec-bms.com/ +86 136 8844 2313
UNancy:nancy@heltec-bms.com/ +86 184 18223 7713
Isikhathi sePosi: Aug-29-2024