Isingeniso:
Ukushaja imizuzu emi-5 nohla lwamakhilomitha angama-400! NgoMashi 17th, i-BYD yakhipha uhlelo lwayo lwe- "Megawatt Flash Charging", oluzokwenza ukuthi izimoto zikagesi zikhokhise ngokushesha ukukhuphula kabusha.
Kodwa-ke, ukuze kufinyelelwe umgomo we- "oyela nogesi ngejubane elifanayo", i-Byd kubonakala sengathi ifinyelele umkhawulo webhethri layo le-lithium iron phosphate. Naphezu kweqiniso lokuthi amandla e-lithium iron phosphate impahla ngokwawo asondela emkhawulweni wawo wethiyori, i-BYD isacindezela ukuklama umkhiqizo kanye nokwenza kahle kwezobuchwepheshe okweqisayo.
Dlala ngokwedlulele! I-10c Lithium Iron Phosphate
Okokuqala, ngokolunye ulwazi olukhishwe engqungqutheleni yabezindaba ye-Byd, ubuchwepheshe be-Byd's Flash ukushaja isebenzisa umkhiqizo obizwa nge- "Flash Charging Blade Battery", okusaluhlobo lwe-Lithium Iron Phosphate Ibhethri.
Lokhu akupheleli kuphela ukubumba kwamabhethri we-lithium aphezulu afana namabhethri aphezulu we-nickel terrnary emakethe yokushaja esheshayo, kepha futhi kuvumela i-Byd ukuthi iqhubeke nokusebenza kwe-lithium iron phosphate ku-lithium iron phosphate amabhethri we-lithium iron phosphate.
Ngokwemininingwane ekhishwe nguByd, i-BYD ithole amandla aphezulu okushaja kwe-1 megawatt (1000 kw) kumamodeli athile afana ne-han l ne-tang l, kanye ne-flash l, kanye ne-flash l, kanye ne-flash l, futhi i-flash l, futhi i-flash aff l, futhi i-flash. Ibhethri layo le-'Flash Charging 'lifinyelele ezingeni lokushaja le-10C.
Yimuphi umqondo lo? Mayelana nemigomo yesayensi, okwamanje ithathwa embonini ukuthi amabhethri e-lithium iron phosphate asondele emkhawulweni wethiyori. Imvamisa, ukuze kuqinisekiswe ukuhlukunyezwa kwamandla okuphezulu, abakhiqizi bazodela okunye kokukhokhisa kwabo nokukhipha umsebenzi. Ngokuvamile, ukukhululwa okungu-3-5c kubhekwa njengezinga elifanelekile lokukhipha amabhethri we-lithium iron phosphate.
Kodwa-ke, leli Byd lesikhathi likhuphule izinga lokukhuphuka kwe-Lithium Iron Phosphate kuya ku-10c, okungekho kuphela kuphela ukuthi okukhona manje sekucishe kwaphindeka, kodwa futhi kusho ukuthi ubunzima bangaphakathi nokuphathwa okushisayo buye kuphindwe kabili.
UByd uthi ngesisekelo se-blade, i- "Flash Charging Battery" ye-Byd's "ye-Byd's" Flash's "yokwakheka kwe-electrode yebhethri, ukunciphisa ukumelana nokufuduka kwama-lithium ion ngo-50%, ngaleyo ndlela kutholakale izinga lokushaja ngaphezulu kwe-10c okokuqala ngqa.
Kwi-Electrode Material, i-BYD isebenzisa ubumsulwa obuphakeme, ingcindezi ephezulu, kanye ne-high-density yesizukulwane sesine se-lithium iron phosphate izinto zokwakha, kanye nezinqubo zokuqhekeka ze-nanoscale, nezinqubo zefomula ephezulu. Isakhiwo se-crystal esiphelele sangaphakathi kanye nendlela emfushane ye-lithium ion yandisa izinga lokufuduka kwama-lithium ions, ngaleyo ndlela kunciphisa ukumelana kwangaphakathi kwebhethri nokwenza ngcono ukusebenza kwezinga lokukhuphuka.
Ngaphezu kwalokho, ngokuya ngokukhethwa kwama-elektrodi amabi nama-electrolyte, kuyadingeka futhi ukukhetha okuhle kakhulu kusuka okuhle kakhulu. Ukusetshenziswa kwe-graphiolial graphiolial indawo ephakeme engaphezulu komhlaba kanye nokungezwa kokusebenza okuphezulu kwe-peod (polyethylene oxide) ama-electrolyte nawo abe izimo ezidingekayo ukusekela amabhethri we-iron wensimbi ayi-10c lithium.
Ngamafuphi, ukuze uzuze ukuphumelela kokusebenza, i-Byd Sheres ayikho izindleko. Engqungqutheleni yabezindaba, intengo ye-Byd Han L i-EV ifakwe ibhethri "Flash Charging" selifinyelele ku-yuan 270000-350000 yuan, elicishe libe ngu-70000 yuan liphezulu le-205
Yini impilo kanye nokuphepha kwamabhethri wokushaja we-flash?
Vele, ngobuchwepheshe obuphezulu, ukubiza kuyabiza akuyona inkinga. Wonke umuntu usakhathazekile ngekhwalithi nokuphepha komkhiqizo.
Kungashiwo ukuthi impendulo kaByd Lesi sikhathi sihle futhi sigcwele amakhono, okungenani singaphiki umthelela wokungenisa ngokweqile empilweni yebhethri.
Ngoba ngokomthetho, ukushaja okusheshayo nokukhipha i-diskarging kuzoba nemiphumela engaphenduki esakhiweni sebhethri. Ngokushesha ukushaja kanye nejubane lokukhipha, kukhudlwana umthelela empilweni yebhethri yokujikeleza kwebhethri. Ngokuqondene ne-supercharging, ukusetshenziswa kwesikhathi eside kuvame ukunciphisa impilo yebhethri ngo-20% kuya ku-30%. Ngakho-ke, iningi labakhiqizi lincoma ukubhebhetheka ngokweqile njengenketho yokushaja okuphuthumayo.
Abanye abakhiqizi bazokwethula ngokweqile ngesisekelo sokwenza ngcono impilo yomjikelezo yebhethri uqobo. Ukuncishiswa kwempilo yebhethri okubangelwa ukwedlula ngokweqile kususwe ngokwanda kwempilo yebhethri ngomenzi, ukuvumela wonke umkhiqizo ukuthi ulondoloze ukushaja okuhle nokukhipha ukusebenza ngaphakathi kwempilo yayo elindelekile.
Ngaphezu kwalokho, ukuze ufinyelele "Ukushaja kweFlash", i-BYD nayo isebenzise uchungechunge lokuvuselelwa kohlelo ngokuzungeza amabhethri we-lithium iron phosphate kanye lonke uhlelo lokunikeza amandla.
Ukuze unxephezele ukushiyeka kokusebenza okuphansi kwamazinga okushisa kumabhethri we-lithium iron phosphate, uhlelo lwe-Byd's "Flash Charging" lwethula idivaysi yokushisa okufudumele ukuze ulondoloze ukushaja okusheshayo nokukhipha ukusebenza kwebhethri ngokuzikhandla ezindaweni ezibandayo. Ngasikhathi sinye, ukuze ubhekane nokushisa kwebhethri okubangelwa ukushaja kwamandla aphezulu kanye nokukhishwa kwebhethri, igumbi lebhethri lihlanganiswe nohlelo lokulawulwa kokushisa okupholisa khona okungama-composite, okususa ngokuqondile ukushisa kwebhethri ngesiqandisi.
Ngokuya ngokusebenza kokuphepha, i-lithium iron phosphate iphinde yafakazela inani layo. Ngokusho kukaByd, ibhethri yayo "yeFlash" blade idluliswe kalula ku-1200 ton test test kanye ne-70km / H yokushayisana / ye-H. Ukwakheka kwamakhemikhali okuzinzile kanye ne-flame retardant Properties ye-Lithium Iron phosphate futhi iphinde inikeze isiqinisekiso esibaluleke kakhulu sokuphepha kwezimoto zikagesi.
Ukubhekana nebhodlela lokushaja
Mhlawumbe abantu abaningi abanawo umqondo wamandla we-megawatt izinga lamandla, kepha kubalulekile ukuqonda ukuthi i-1 megawatt ingaba amandla efektri ephakathi nendawo, umthamo ofakiwe wesitshalo samandla elanga, noma ukusetshenziswa kukagesi komphakathi wabantu abayinkulungwane.
Yebo, ukuzwile kahle. Amandla okushaja kwemoto alingana naleyo yefektri noma yendawo yokuhlala. Isiteshi esikhulu kakhulu silingana nokusetshenziswa kukagesi kwesigamu somgwaqo. Lesi sikali sokusetshenziswa kukagesi kuzoba inselelo enkulu kugridi yamanje yamadolobha.
Akukhona ukuthi ayikho imali yokwakha iziteshi zokushaja, kepha ukwakha iziteshi ze-Super Charging, kuyadingeka ukulungisa kabusha yonke igridi yamandla kagesi nedolobha. Njengokwenza ama-dumplings ngokukhethekile ipuleti likaviniga, le phrojekthi idinga umzamo omkhulu. Ngamandla alo wamanje, iByd ihlele ukwakhiwa kuphela kweziteshi ezingaphezu kuka-4000 "Iziteshi ze-Megawatt Flash Flash" ezweni lonke ngokuzayo.
Iziteshi zokushaja ze-4000 'ze-Megawatt Flash Flash' empeleni azikwanele. Ukushaja kwe-Flash "amabhethri kanye ne-" Flash Charging "izimoto zimane nje ziyisinyathelo sokuqala sokuthola" uwoyela nogesi ngejubane elifanayo ".
Ngempumelelo yemoto kagesi kanye nobuchwepheshe bebhethri, inkinga yangempela empeleni iqale ukuguqukela ekwakhiweni kwezikhungo zamandla namandla wamandla. Bobabili uByd noCatl, kanye nezinye izinkampani zebhethri nezinkampani zemoto eChina, zingabhekana namathuba amakhulu emakethe kulokhu.
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: Mar-20-2025