Izindawo ezibuhlungu ekuthengisweni kwezimoto ezintsha zamandla zisekhona, futhi ama-DC fast charging piles angahlangabezana nesidingo sokuvuselelwa kwamandla ngokushesha. Ukuthandwa kwezimoto ezintsha zamandla kunqunyelwe yizindawo ezibuhlungu eziyinhloko njengokuphila kwebhethri kanye nokukhathazeka kokushaja. Ukuphendula izinkinga ezingenhla, abakhiqizi abakhulu bayaqhubeka nokuthuthukisa ubuchwepheshe bebhethri futhi basabela ekukhathazekeni kwemakethe ngokufaka amabhethri engeziwe. Kodwa-ke, njengoba kunzima ukufeza impumelelo enkulu kwezobuchwepheshe ekusebenzeni kwamabhethri kagesi esikhathini esifushane, kunzima ukufeza ukwanda okukhulu kwebanga lokushaja okukodwa ngokushesha. Nakuba ukufaka amabhethri engeziwe kungaxazulula inkinga yokukhathazeka yobubanzi babanye abathengi esikhathini esifushane, umphumela wayo ongemuhle ukwanda kwesikhathi sokushaja. Isikhathi sokushaja sihlobene nomthamo webhethri kanye namandla okushaja. Uma umthamo webhethri mkhulu, ibanga lokuhamba ngesikebhe liphakeme, futhi isikhathi sokushaja sidingeka isikhathi eside ngaphandle kokwandisa amandla okushaja. Uma kuqhathaniswa nama-AC piles, ama-DC fast charging piles angashaja ibhethri ngokushesha, ngaleyo ndlela anciphise isikhathi sokushaja, athuthukise ukusebenza kahle kokushaja, futhi ahlangabezane nezidingo zabanikazi bezimoto ukuze kugcwaliswe amandla ngokushesha.
Njengoba iziteshi zokushaja okusheshayo ze-DC zithatha indawo yeziteshi zokushaja kancane ze-AC, i-OBC isibe yinto evame kakhulu phakathi kwezinkampani zezimoto. Njengamanje, kunezindlela ezimbili zokushaja izimoto zikagesi: enye idlula echwebeni "lokushaja okusheshayo", elisebenzisa inqwaba ye-DC ukushaja ibhethri lamandla ngqo; enye idlula echwebeni lokushaja le-AC, okuyichwebeni "lokushaja kancane", elidinga imoto. Ngemva kokuba i-OBC yangaphakathi yenze i-transformer nokulungisa, iphuma ukuze ishaje imoto kagesi. Kodwa-ke, njengoba ama-DC fast charging piles ethatha indawo yama-AC pole kancane kancane, ezinye izinkampani zezimoto zizama kancane kancane ukukhansela ichwebeni lokushaja le-AC. Isibonelo, i-NIO ET7 ikhansele ichwebeni lokushaja le-AC, ishiya ichwebeni elilodwa lokushaja le-DC futhi yashiya i-OBC ngqo. Ukususa i-OBC kunganciphisa isisindo semoto futhi kunciphise izindleko zezimoto zikagesi. Umkhuba wokukhansela amachwebeni okushaja e-AC ngeke nje wehlise isisindo semoto, kodwa futhi uzonciphisa izindleko ezifihliwe njengezixhumanisi zokuhlola izimoto, imijikelezo yokuhlola, kanye nokutshalwa kwezimali kokuthuthukiswa kwemodeli, okunganciphisa kakhulu intengo yokuthengisa yezimoto zikagesi. Ngaphezu kwalokho, njengoba intengo yokulungisa ye-OBC iphakeme kakhulu kuneyama-DC charging pile angaphandle, ukukhansela i-OBC kuzonciphisa cishe izindleko zokusebenzisa izimoto zabathengi ezilandelayo.
Okwamanje kunezindlela ezimbili zobuchwepheshe bokushaja okusheshayo okunamandla aphezulu: ukushaja okusheshayo okunamandla aphezulu kanye nokushaja okusheshayo okunamandla aphezulu. Ukuphendula izinkinga ezifana nengqalasizinda yokushaja engaphelele kanye nesivinini sokushaja esisheshayo, ikhambi lobuchwepheshe eliyinhloko embonini ukushaja okusheshayo okunamandla aphezulu okunamandla aphezulu okunamandla aphezulu okunamandla aphezulu. Njengamanje, zombili izimoto kanye nama-piles kufinyelele ezingeni elikhulu, futhi amandla emodi yokushaja okusheshayo okunamandla aphezulu okutholakalayo ngokuvamile angama-60-120KW. Ukuze kufinyezwe isikhathi sokushaja, kuneziqondiso ezimbili zokuthuthukiswa esikhathini esizayo. Enye ukushaja okusheshayo okunamandla aphezulu ... amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla amakhulu okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla okunamandla oku
Ubunzima bobuchwepheshe bokushaja okusheshayo obunamandla aphezulu busezidingweni zabo zokusabalalisa ukushisa okuphezulu. I-Tesla iyinkampani emele izixazululo zokushaja okusheshayo kwe-DC enamandla aphezulu. Ngenxa yochungechunge lokuphakelwa kwamandla aphezulu olungakavuthwa esigabeni sokuqala, i-Tesla ikhethe ukugcina ipulatifomu ye-voltage yemoto ingashintshi futhi isebenzise i-DC enamandla aphezulu ukuze ifinyelele ukushaja okusheshayo. I-supercharger ye-V3 ye-Tesla inomthamo wokukhipha ophezulu ocishe ube ngu-520A kanye namandla okushaja aphezulu angu-250kW. Kodwa-ke, ububi bobuchwepheshe bokushaja okusheshayo obunamandla aphezulu ukuthi bungafinyelela kuphela ukushaja kwamandla aphezulu ngaphansi kwezimo ze-10-30% ze-SOC. Uma ishaja ku-30-90% SOC, uma kuqhathaniswa nenqwaba yokushaja ye-Tesla V2 (umthamo wokukhipha ophezulu ongu-330A, amandla aphezulu angu-150kW), izinzuzo azibonakali. Ngaphezu kwalokho, ubuchwepheshe obunamandla aphezulu abukwazi ukuhlangabezana nezidingo zokushaja kwe-4C. Ukuze kufezwe ukushaja kwe-4C, kusadingeka kusetshenziswe ukwakheka kwamandla aphezulu. Njengoba umkhiqizo ukhiqiza ukushisa okuningi ngesikhathi sokushaja kwamandla aphezulu, ngenxa yokucabangela ukuphepha kwebhethri, ukwakheka kwawo kwangaphakathi kanye nobuchwepheshe kudinga ukushabalaliswa kokushisa okuphezulu kakhulu, okuzoholela nasekukhuphukeni kwezindleko okungenakugwenywa.
USusie
I-Sichuan Green Science & Technology Ltd., Co.
0086 19302815938
Isikhathi sokuthunyelwe: Novemba-29-2023
