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Ama-bhethi zingaphezulu kwi-ziqondiso ezininzi eziyaziwa ngalokhu sizisebenzisa kulesi sikhathi. Ngoko ke, akuyinto yokulandelana — umthombo omunye wokuqhubeka nge-ndawo yezilungileyo. Ikhona ingxelo ekugcwaleni elizama ukuba i-lithium capacitor 3.7V futhi lesi sikhathi sasemva, sibonisa ngaphambili lokubanjwa okanye lokusebenza olungumoya ungaba lula kunye nokuba kungenani, sibonelela ngokwesobizo ukuba yintoni engenayo kwi-ziqondiso eziningi. Umthombo omunye wesintu esihlala kwi-gadgets yakho yi-iSemi. lithium capacitor 3.7v . Ndiya, inakwazi ukuba ibe ngomphetheli kodwa neengxelo ezinomsindo zayo ezifanayo. Yinkampani enye elihlukene elisetshenziswa ngokuba ilithium (lithium yintliziyo eyahlukene njenge-metal yindlela yebhethi). Kwicala le-lithium capacitor, lokhu kungabangako ukusetyenziswa kunye nokusetyenziswa ngazo zonke izinsuku ngaphandle kokuba kuhlanganise amaxwebhu ngaphandle komphetheli wasebantfu, kodwa uhlobo lwesintu sokusetshenziswa kuhlupheka.
Le Lithium capacitor 3.7v lokhu ungene ukuthi uhlaleke amandla ekupheleni kakhulu ngqo. Lokho liphathelise kakhulu umthetho ophakathi wezi zinto ezaziphiwa ukuthi zidinge uphawu oluncane lwamandla. Ukuba le ndaba idinga amandla kakhulu ngenxa yekusho, njengoba umcembi wophoyintshi wenqanawa udibe ukuthi adibene namandla kakhulu ngenxa yokuba umcambo wendlela adibe ukuthi aqhubhe amandla angaphambili ukusuka kuhlala. Lokhu kukho i-iSemi inqanawe yesilithium uyavumela, uzobuya nokuthatha ukuphawula okanye kunye nokuthi udinga kakhulu. Ngoku qinile, yini okudingeka ukusebenzisa i-lithium-capacitor 3.7V?? Ekuqaleni, akwazi ukufinyelela. Lokhu kuhlola kakhulu kumboniso elikhulu lokusebenza ngokukhonziswa ngokwesikhashana kulokhu ukuba ayihlobene nge-ndawo elishumi elikhona. Kwiinkcukacha, lokhu kuzifuneka ukuba uhlobo lokusebenza lwehlukwe ngokufinyelela imali yakho ngemva kokudibanisa. Ngokulandel’ ukuba ungayenza imali ngokulandel’ ukuba ungahamba ukusebenzisa amabhetari amandla!
Ngaphandle kwezi zinto, i-iSemi lithium ion capacitor ukuya kumntu ongqondiyo ngokuthi uma uhlale kakhulu nokuba umsebenzi wakho ube ungene emanzini, uzoba ukuba imali yakho iyahlala ekunye. Ngemva kokucacile kwezinye izinto, amabhetari aziphumelela ngokupheleleyo kunye nomsebenzi wesikhashana. Amalithiyim abafundiswa abaqhuba amandla akhe ngokubanzi kakhulu kunye nokuhlola okanye ukusetyenziswa kwesikhathi esikhundleni sasemva lokusebenza. Ukufakelwa kwezindlela ezinethile ezifanelekayo ngokuthi uzobuyela kuwo ngenxa yokuba umsebenzi wakho uzohamba ngokushaya.
Kunye nalokho, amalithiyim abafundiswa abaqingatha ngokukhuthaza ngokwesixa kunye nokulula kakhulu kunye nokuhlola okanye ukusetyenziswa kwesikhathi esikhundleni sasemva lokusebenza. Lokhu kuhluke ukuba isetyenziswa esisetshe esisekupheleni (ngoko ke amandla amanani, amandla amaphila nokuhlola okanye ukusetyenziswa). Ukhona okungaba yindawo yokugcina ukuba umsebenzi wakho uzohamba ngokushaya.
Kwazi zonke iindlela zokuhlanganisa ezifanelekayo kanye nokuthi zilandelwe ngokubanzi kwiindlela zokugcina lethe ngezinto eziphakamiswayo kumthethomu wemadi kaloku. Zingaba ngenkathi amandla wenqanawe azidinga umphathiso wesikhephe sesikhatsi esidingekayo ukusetyenziswa ngendawo enye. Ukufakwa kokuba lokhu kunye nomsebenzi ongaphambili okungapheleleyo nokuphendula idatha phakathi kwesinye isikhatsi, ngokushesha. Izinhlobo ezidinga umphathiso kanye nokuthi bayenza ngokulandelana ukuthi angavunyelwe ngokukhipha kakhulu (noma ngokushesha, ngeminyaka eminingi). I-capacitor yaseLithium 3.7V (ngoko elinkwaywe) lingabizela lemvume kwaye i-capacitors yaseLithium zazingabiye ngokukhanya, zibizela amandla ethile esincedisiyo ngakho sonke into esidingayo ngaphandle kokuthi sibhidise imali noma isikhombiso sokusebenza, okuningi lapho.
Ukunikezelwa kusuku ngasinye kukwi-lithium capacitor 3.7 v usebenzisa iindlela ezine ezigcweleyo. Kukhona iindlela ezimbini zokungena kwindawo eyenziwa ngokusuku ukunika amandla avamele 5MW/10MWH. Ngaphezu koko, abasebenzi beR kunye neD basebenzela kumgangatho ongcono wamafundo baya kuthumela ngempindo yezifundo kunye nezimali zomsebenzi kumprojekthi.
I-Henan SEMl Science and Technology Co., Ltd. yinxalenye engqongqo yesayensi kumgaqo we-lithium capacitor 3.7 v, ebomvu ngokuphumelelayo kumsebenzi wokugcina umoya, ukuhlengahlenga nokwenza izinto zokulungelelanisa amandla yenyaniso entsha, kunye nezisalathiso zezixhobo zokulungelelanisa kunye nokubeka komphakathi. Umeko wosuku ngasinye uyile 6GWH.
Iqela lethu le teknoloji lithathe isicwangciso nesincediswa ukwenza nokudala iintsolobonoxolo zokugcina imithwalo yokwenza imithwalo ngokuchaza inkqubo yethu. Sicela siyifumane i-Lithium capacitor 3.7 v inzululwazi ezimfutshane, iinkcazelo ezinxulumene, iinkcukacha ze teknoloji kunye neenguqulelo eziphambili ukuze sikhuthaze indlela efanelekileyo yokugcina imithwalo yokwenza imithwalo.
Iqela lethu leR and D lithathe i-Lithium capacitor 3.7 v kumendini ye elektroniki, ukuhlanganisa kunye nokulungisa inkqubo yokugcina imithwalo. Bathakatha naphakade ubume bokomnto kunye nokulawula kwamandla wokugcina imithwalo. Iqela lethu lokunyuka liphakanyiswe ekulungiseni iindlela zokunyuka, ukongeza ubunzima kunye nokugcina ubomi.
