4.2V Li-ion Battery: Isixazululo Samandla Esisebenza Kakhulu Esinezici Zokuphepha Eziphambili

4.2 v li ion battery

Umbhikisi wesiLi-ion esinye kusukela ngamakhulu emikhono yezilungileyo ezinethuthukiseni zokuphumula, uhlala okulinganayo nokusebenza kahle umthombo wemali wesikhatsi esisodwa lesiNgesi. Lomgqatsho osebenzisa umbhikisi wesiyili-esiNgonyama ukufakamana amandla amaphandle kwezikhatsi ezifanele ngenxalenye yokulandelana ne-Li-ion. Ukubheka kwezinhlobo zombhikisi zizihlabelelanga i-lithium-cobalt oxide cathode kunye no-graphite anode, ziqalelwe ngokwesigaba sokuqinisekiswa sengxelo yokushintsha olunqume amabhopho abangaphambili ngasikhatsi sokushicilela kunye nokushintshwa. Amabhopho ababekwe ngokugcina amaphrojekthi apha aphinde akhawuleze ukufaka indlela yokuhlala ekuziphathelweni lwezikhatsi ezibonakaleni, ukuvumelanisa ukushicilela kakhulu kunye nokuhlala kwindawo ephakeme. Isinye so-4.2V sikusukela ngokuba kuhlukeleleyo lokulandelana phakathi komthombo wemali wesikhatsi kunye nokuhlala kahle, ukuba kuyimvelo ofanele lokuncedisiweyo yezilungileyo kunye nokuphumula. Umthombo wasebenzela uluhlola amandla amaphandle kwezikhatsi, futhi kufakamanye amandla amaphandle kwezikhatsi, kuhlukeleleyo lokuhlala kahle ngendlela edingekayo kuzo zindawo eziningi. Amabhopho ababekwe ngokugcina amandla amaphandle kwezikhatsi, azibhekisele uphawu lwemali elinganayo ngemuva kokucacile kweziqhutywa ezininzi. Izinsuku ezincane nezidingo ezincane zakho, ngokubanjwa kunye nokuhlala kahle, zikhawuleze ukuba zikhona kakhulu ngokusebenza ngokukhangelwa ngokuphawuliweyo, zikhawuleze ukuba zikhona kakhulu ngokusebenza ngokukhangelwa ngokuphawuliweyo, zikhawuleze ukuba zikhona kakhulu ngokusebenza ngokukhangelwa ngokuphawuliweyo, zikhawuleze ukuba zikhona kakhulu ngokusebenza ngokukhangelwa ngokuphawuliweyo, zikhawuleze ukuba zikhona kakhulu ngokusebenza ngokukhangelwa ngokuphawuliweyo, zikhawuleze ukuba zikhona kakhulu ngokusebenza ngokukhangelwa ngokuphawuliweyo.

Umbhikisi we-Li-ion e-4.2V uhlu lwezindlela ezimbili ngezintathu ezifanayo okuthi kudinga ukuba kuhle kakhulu lokho kwiqhutywa lemfazwe nezinhlobo zokusebenza. Yeyokuqala, umdlalo wesintsi wakhe ofanele ukuze amahha angavale ngomoya omnyama ngalokhu okuyisisekelo esikhulu, ukuze kwenziwe izidingo zokubhekisisa amandla amacala nokuhlola amandla aphoqele. Umdlalo wesintsi wakhe wendlela yezilondolozi ezifana kakhulu ngaphandle kokuthi amandla akwazi ukuphucula ngokukhawuleza ngaphandle komoya ongashaywa ngokushesha. Ngaphandle komdlalo oludala lokusebenza, lemidlalo ayahlukaniswa ukufinyelela noma ukususa imibuzo yokuchoba ukuba akhuse ukusebenza kwakhe. Ukungabekho kwalokho lokulandelayo elingezantsi, usetyenziswa abasebenzisi bazame ukuchoba umbhikisi ngonyaka enye ngaphandle kokuthi bakwazi ukubonisa ukuba indlela yakhe yakwazi ukuphucula. Izindaba zokuhlola zihlukaniswa, futhi zinamandla kakhulu, phakathi kwezinto zokuchoba ngaphezulu, zokugcina, kunye nomdlalo omtsheni, ukuze bazingene kakhulu kumsebenzi osukelwayo. Umbhikisi ungenziwa ngokuphi ingxenyeko, uphumeleleyo 5-10% yakhe yemoya ngomuva wenkulu uma kuhlinzekile ngakwesihlanu. Iziphumo zakhe zokuhlola ziziphi zizininzi ngokuthi ngaphandle komdlalo okanye, ngoba awunikezela imibiza emkhulu engcono kunye nokuba zinakutshenteka. Umdyadiselo wokuchoba kukhona kakhulu, kunjalo ngezinye iindlela ziqhamuka ifuyo ngeminyaka engu-2-3 ngaphandle kokuthi amandla akwazi ukuphucula ngokushesha. Le midlalo uziphatha kakhulu ngaphandle komoya omncane, ukuze zibe kufanele kwiqhutywa lesikhatsi somncane. Isikhatsi sengxenyeko sokusebenza sakhe sikhona kakhulu, siphuma ngokuphi indlela eyishumi ne-500 ngaphandle kokuthi amandla akwazi ukuphucula, ukuze ibe yinkululo yokuthi inani lemali kunjalo kunye nokugcina ukusetyenziswa kweembhikisi.

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Umgabheni womdlalo kunye nezimo zokuphumelela

Iliyonki leLi-ion e-4.2V libonisa izilungiselelo zokuphakamisana ze-energy, istorage esizinezinye iminithi ngaphandle kweziteknoloji ezilandelayo zokusebenza kwe-liyonki. Ukuphakamiswa okuthile kwe-energy kunquma ukusetyenziswa kwesikhashana sokugcina ngephakathi nokubalulekiswa kwe-endusi ngaphansi kwe-compact package. Liyonki lushayelela umkhuhlane wovolite ofanele ngaphandle komoya wakwakhe wokuquketha, usure yendusi yokusebenza ngokuzikhona ngaphandle kokucabanga lokusebenza. Leli futhi lokuncedwa kakhulu ngendaweni yokusebenza yama-equipment elektronika engazixhasweyo apho ukuphakamiswa kwevoltage kukuningi. Ukuphakamiswa okukhulu kwe-cell chemistry ucinga amanqaku angaphambili ngokushesha ngaphandle kokuhlola liyonki, uvumelela abasebenzisi bavumelane emva kweenyanga ezincinci. Ukugxila kwe-high energy density kunye nokusebenza osure kunyathelisa liyonki lalindelela lokusebenza kakhulu lokunquma ukuthi amandla ahlola.

Izicatshulwa nezindaba zokuprotekela Zokuthile

Ukusafisa kuhluke kwi-design yebhethi le-4.2V Li-ion, uhlalelwa ngemibono eminingi yokugcinwa ukuvumela uphumaphandle lokusebenza kunye nokuphathelwa ngempumelelo. Ngokwesikhatsi sonyaka, kulandelwe i-bhethi elithileyo lomkhakha olubheka amavolayenti, amaphandle kunye nemperiphethe ngokushesha. Lomkhakha lumenza okungasebenzi njalo njengokuthi ukuhlawulwa, ukudibana kunye nokuqoqa kwesikhwama, uvumelela ngokuzenzakalelayo ukufinyelela i-bhethi xa zingasetyenziswa izidingo zokusafisana. Isistimu sokugcina umthombo wamandla wakuhlola iminthe ezifanele, uvumelela ukungakuhlulekiswa ngendlela yokusebenza ngokupheleleyo phambi kokuthimba kunye nokusebenzela kakhulu. Uhlambo lwembiko lwesebenza luhlalelwa ngokwesikhatsi sombolo wesimanje kunye nezicatshulwa ezindlezayo, uziphatha izinsuku ezimbili zokusafisana. Izinsuku ezihluke ze-safety ziziphatha ukusetshenziswa kwiseva esisodwa kunye namalayini apho uhlobene kuhluke kuhluke.

Ukukhona Kwesikhatsi Sesikhombisa kunye Ngephrojekthi Yocwaningo

I-battery ye-Li-ion e-4.2V iyiphikiswa ngokwesiphi esikhize kakhulu nokuthi ukuhlawulwa, ukhetha okukhula lokho phakathi kwesikhashana. Ukubuyiselwa okuncane kwe-chemistry yenkqubo yebattery iyeza amanani akhona emangweni ngenxa yokuhlala kuchasene nge-80% okanye lapho kahle nge-500 amacyekel entsha. Oku kuhlinzeka kakhulu ukuya kuvela ukususa ukuphatha kwesinye sinxumelela. Umlinganiswa okuncane we-self-discharge kubaluleka ukuba umoya wokugcina wakhiwe kumva kwiindlela ezidingekayo, ukuba kungabonakali kakhulu phakathi kwezi zinto zokuphucukelela imfuko. Ukususa okunamandla we-memory effect ukuya kuvela ukuthi amacyekel angazange azibuyekezele inani lemfuko, ukusenzela ukuthi izindlu zokuqinisekisa zizozibuyekelela. Ukugcina kakhulu kwe-servicing sengxenyeni kunye nokuzipha okuningi lwabantu ekuziphathe kuhlanganisa ukuthi amagumbi apha angenziwayo kunye nokuthi kuhlinzekileyo kakhulu kwiendlela yokusebenza kweziciko zesikhashana.

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Sicela Usishiyele Umlayezo

WENZHOU SMARTDRIVE NEW ENERGY TECHNOLOGY CO.,LTD

4.2V Li-ion Battery: Isixazululo Samandla Esisebenza Kakhulu Esinezici Zokuphepha Eziphambili