Yize kunocwaningo olukhombisa ukuthi ukushaja okusheshayo (DC) kungonakalisa ibhethri ngokushesha kunalokhoUkushaja kwe-AC, umthelela ekushiseni kwebhethri mncane kakhulu. Eqinisweni, ukushaja kwe-DC kukhulisa kuphela ukuwohloka kwebhethri cishe ngamaphesenti angu-0.1 ngokwesilinganiso.
Ukuphatha kahle ibhethri lakho kuhlobene kakhulu nokuphathwa kwezinga lokushisa kunanoma yini enye, njengoba amabhethri e-lithium-ion (Li-ion) ezwela ukushisa okuphezulu. Ngenhlanhla, iningi lesimanjeEVsbanezinhlelo ezakhelwe ngaphakathi zokulawula izinga lokushisa ukuvikela ibhethri, noma ishaja ngokushesha.
Ukukhathazeka okukodwa okuvamile kumayelana nomthelela wokushaja ngokushesha ekonakaleni kwebhethri - ukukhathazeka okuqondakalayo uma kubhekwa lokhoAmashaja we-EVabakhiqizi abanjengoKia ngisho noTesla batusa ukungasebenzisi ukushaja okusheshayo encazelweni enemininingwane yamanye amamodeli abo.
Ngakho-ke uyini ngempela umthelela wokushaja okusheshayo kubhethri lakho, futhi ingabe kuzothinta impilo yebhethri lakho? Kulesi sihloko, sizochaza ukuthi ukushaja okusebenza ngokushesha kangakanani futhi sichaze ukuthi kuphephile yini ukusetshenziselwa i-EV yakho.
Yiniukushaja okusheshayo?
Ngaphambi kokuthi sizame ukuphendula ukuthi ukushaja okusheshayo kuphephile yini ku-EV yakho, sidinga kuqala ukuchaza ukuthi yikuphi ukushaja okusheshayo kwasekuqaleni. Ukushaja okusheshayo, okwaziwa nangokuthi ukushaja kweLeveli 3 noma i-DC, kubhekisela eziteshini zokushaja ezisheshayo ezitholakalayo ezingashaja i-EV yakho ngemizuzu esikhundleni samahora.
Okuphumayo kwamandla kuyehluka phakathiiziteshi zokushaja, kodwa amashaja asheshayo e-DC angaletha amandla aphakathi kuka-7 no-50 ngaphezu kwesiteshi sokushaja se-AC esivamile. Nakuba la mandla aphezulu emahle ekufakeni i-EV ngokushesha, aphinde akhiqize ukushisa okukhulu futhi angafaka ibhethri ngaphansi kwengcindezi.
Umthelela wokushaja okusheshayo kumabhethri emoto kagesi
Ngakho-ke, liyini iqiniso mayelana nomthelela wokushaja okusheshayo kukhoIbhethri le-EVimpilo?
Olunye ucwaningo, olufana nocwaningo lwe-Geotabs lwango-2020, lwathola ukuthi eminyakeni emibili, ukushaja ngokushesha izikhathi ezingaphezu kwezintathu ngenyanga kwenyusa ukuwohloka kwebhethri ngamaphesenti angu-0.1 uma kuqhathaniswa nabashayeli abangakaze basebenzise ukushaja okusheshayo.
Olunye ucwaningo olwenziwa yi-Idaho National Laboratory (INL) luhlole amapheya amabili e-Nissan Leafs, iwakhokhisa kabili ngosuku phakathi nonyaka, kanti ipheya elilodwa lisebenzisa ukushaja okujwayelekile kwe-AC kuyilapho elinye lisebenzisa ukushaja okusheshayo kwe-DC.
Ngemva kwamakhilomitha acishe abe ngu-85,000 emgwaqeni, amapheya ayeshajwe kuphela kusetshenziswa amashaja asheshayo alahlekelwe ngamaphesenti angu-27 omthamo wawo wangempela, kuyilapho amapheya ayesebenzisa ukushaja kwe-AC alahlekelwa ngamaphesenti angu-23 womthamo wawo webhethri.
Njengoba zombili izifundo zibonisa, ukushaja okusheshayo okuvamile kuyayehlisa impilo yebhethri ngaphezu kokushajwa kwe-AC, nakuba umthelela wako uhlala umncane kakhulu, ikakhulukazi uma kucatshangwa ukuthi izimo zempilo yangempela azidingeki kangako kubhethri kunalezi zivivinyo ezilawulwayo.
Ngakho-ke, kufanele ngabe ushaja i-EV yakho ngokushesha?
Ukushaja kweleveli 3 kuyisixazululo esilungele ukugcwalisa ngokushesha ohambeni, kodwa uma ususebenza, ungase uthole ukuthi ukushaja kwe-AC okuvamile kuhlangabezana ngokwanele nezidingo zakho zansuku zonke.
Eqinisweni, ngisho nokushaja okunensa kakhulu kweleveli 2, i-EV yosayizi omaphakathi isazoshajwa ngokugcwele ngaphansi kwamahora angu-8, ngakho-ke ukusebenzisa ukushaja okusheshayo akwenzeki ukuthi kube yinto yansuku zonke kubantu abaningi.
Ngenxa yokuthi amashaja asheshayo e-DC makhulu kakhulu, kuyabiza ukuwafaka, futhi adinga amandla kagesi aphezulu kakhulu ukuze asebenze, angatholakala kuphela ezindaweni ezithile, futhi avame ukubiza kakhulu ukuwasebenzisa kunokusebenzisa amandla kagesi.Iziteshi zokushaja zomphakathi ze-AC.
Ukuthuthuka kokushaja okusheshayo
Kwesinye seziqephu zethu ze-REVOLUTION Live podcast, Inhloko ye-FastNed Yokushaja Ubuchwepheshe, u-Roland van der Put, ugcizelele ukuthi amabhethri amaningi esimanje aklanyelwe ukushajwa ngokushesha futhi anezinhlelo zokupholisa ezididiyelwe ukuze asingathe amandla aphezulu asuka ekushajweni okusheshayo.
Lokhu kubalulekile hhayi kuphela ekushajeni okusheshayo kodwa nasezimweni zezulu ezimbi kakhulu, njengoba ibhethri lakho le-EV lizohlushwa amazinga okushisa abandayo kakhulu noma afudumele kakhulu. Eqinisweni, ibhethri lakho le-EVs lisebenza kahle kakhulu ebangeni elincane lamazinga okushisa aphakathi kuka-25 no-45°C. Le sistimu ivumela imoto yakho ukuthi iqhubeke isebenza futhi ishaja emazingeni okushisa aphansi noma aphezulu kodwa ingase inwebe izikhathi zokushaja uma izinga lokushisa lingaphandle kwebanga elifanele.
Isikhathi sokuthumela: Jun-20-2024