Ngexesha le-MWC yokugqibela ka-2017, UMeizu naye wayeseBarcelona ukubonisa imveliso yenguqu, i Super mCharge, ekwaziyo ukutshaja ii-smartphones ngexesha lerekhodi.
Ngoku inkampani iphinde yabonisa amandla obuchwepheshe bayo bokutshaja ngokukhawuleza Super mCharge, kwaye ngeli xesha uyenzile kwikomkhulu lakhe naphambi kwentatheli yaseTaiwan.
Ukuze ungashiyi indawo nayiphi na impazamo, intatheli yagqiba ekubeni ikhuphe ifowuni yakhe ukuze irekhode yonke inkqubo kwaye ibale imizuzu echanekileyo eyathatha iteknoloji entsha ukutshaja ibhetri ukusuka kwi-0 ukuya kwi-100%.
I-98% yokuguqulwa kakuhle
Ngokukodwa, isitophuwotshi sentatheli samisa Imizuzu emi-18 kunye nemizuzwana engama-12, ngelo xesha ifowuni ephathwayo phantsi kovavanyo yayifikelele kwi 100% intlawulo. Ukongeza, intatheli yaphinda yathi kuyo yonke le nkqubo wayichukumisa isixhobo amaxesha amaninzi ukujonga ukuba ishushu ngakumbi kunesiqhelo, kwaye kubonakala ngathi ubushushu buhlala buphantsi.
Ngokommeli wesebe leR&D likaMeizu, ubuchwepheshe obutsha beSuper mCharge Inoguqulo olusebenzayo lwe-98%, elona likufutshane banokufikelela kumda wethiyori we-100%. Oku kuthetha ukuba amandla amancinci kakhulu alahlekileyo ngenxa yobushushu okanye ezinye izinto ezingaphandle ngexesha lenkqubo yokutshaja.
Akukacaci ukuba zeziphi izicwangciso uMeizu anazo ngetekhnoloji entsha, kwaye asazi nokuba ziya kufika nini ii-smartphones zokuqala ezinenkxaso yeSuper mCharge. Inkampani isaqhuba imifuniselo emininzi okwangoku ukuqinisekisa ukhuseleko lwee-smartphones ngaphambi kokuyiqengqa ngomlinganiselo omkhulu.
Kodwa ukuba bekufuneka ndinike umhla oqikelelweyo, ndingatsho ukuba iifowuni zeMeizu ezineSuper mCharge ziya kufika kuphela ekuqaleni konyaka olandelayo, ngelo xesha siyakubona ngokuqinisekileyo inkqubela phambili ebalulekileyo kwezinye iitekhnoloji zokutshaja ngokukhawuleza kwimarike, njengeQualcomm's. Intlawulo eKhawulezayo okanye i Dash Charge ukusuka kwi-OnePlus.
Ungayibona ividiyo yotyelelo lwentatheli kwikomkhulu laseMeizu Weibo.
Ndiyathetha, abantu bakwaTesla baziziyatha ...
Ingxaki ngesantya sokutshaja sefowuni ephathwayo ... ngokufutshane, ibhetri ye-lithium-ion, ayikona ukuguqulwa kwempumelelo, kodwa kunoko indlela yodwa yokwenza i-battery chemistry igcine amandla ngokukhawuleza kukunyusa umbane. / amperage , nto leyo ilula kakhulu. Ingxaki kukuba xa unyusa ukuhamba kwamandla (ngokusebenzisa i-amperage engaphezulu / i-voltage) i-chemistry yebhetri isabela ngokuvelisa ubushushu. Kwaye ukuba ifika phantsi kweziphi iingongoma ezidlulayo, into esiyibone mva nje ngeNqaku.
Ngethuba nje i-chemistry yebhetri ihlala i-lithium-ion (kwaye andifundi nantoni na malunga ne-Meizu usebenzisa enye i-chemistry), amaxesha okutshaja aya kufana. Enyanisweni, 'iteknoloji' yangoku ye-Quickcharge (esele ilulwaphulo-mthetho ukubiza loo teknoloji) yiprotocol yokulawula ubushushu obuqhelekileyo. Ngaphandle kokuba ibhetri ingagqithi kwiqondo lobushushu elithile, ifowuni ixhasa amandla ombane/i-amperage ngaphezulu. Kodwa xa iqala ukufudumala, iyayinciphisa loo mbane/i-amperage de ifike kwimida ekhuselekileyo…. Ndiyathetha, i-5v 2a max eqhelekileyo.
Kukho amawaka eenkampani kunye nabantu abaphuhlisa esi sihloko. Ngobuvuvu bohlahlo lwabiwo-mali lokwenyani. Phakathi kwazo, i-Samsung, i-Panasonic, i-Tesla ... Ezinye zeeyunivesithi ezihloniphekileyo, kunye namaziko athile awaziwayo, phakathi kwezinye izinto, ngokuqulunqa ifomathi ye-mp3 ... Kwaye ngoku akukho namnye kubo ofumene indlela yokugcina ngaphezulu. amandla, ngokukhawuleza ngakumbi.
Ngaba ufuna ukundixelela ukuba oku kuphunyeziwe… Meizu??? isihlanganisi secandelo lesixhobo esiphathwayo? Ngubani ongazange achukumise ibhetri ngaphakathi ebomini bakhe? Uxolo kodwa ndiyathandabuza.