Ukuhlaziywa Kwembangela Nezisombululo Zezinhlamvu Ezibuzwa Imibuzo Yokushaja Ibhethri Lithium PACK

作者：Iflowpower – Kaasaskantava elektrijaama tarnija

Ngokuthuthuka okusheshayo kwamazinga esayensi nezobuchwepheshe, ububanzi bokusetshenziswa kwamabhethri e-lithium-ion sekuyisikhathi eside buzibonakalisa, kodwa ku-PACK yethu yebhethri ye-lithium-ion, sivame ukuhlangana nezinkinga ezihlukahlukene, futhi sihlale sihlupha, ngenxa yalokhu, i-Xiaobian ihlelwe ngokukhethekile. Imbangela Ukuhlaziywa Nezixazululo Ze-Lithium Ions FAQ, ngithemba ukukunikeza wonke umuntu. Okokuqala, i-voltage ayihambisani, umuntu ngamunye uphansi.

I-self-discharge iyancipha kakhulu ekukhishweni, ukuze ukunciphisa i-voltage kuphansi kunomunye okusheshayo, futhi i-voltage iphansi ingaqedwa ngokugcinwa kokuhlolwa kokugcina. 2. Uma ukushajwa kungabangelwa ngisho nokutholwa kwebhethri eliphansi, lapho ukumelana nokuxhumana noma ukushajwa kwekhabhinethi yokuthola akuholeli ekungalinganini.

Esikhathini sokugcina isikhathi esifushane (amahora angu-12), umehluko we-voltage mncane, kodwa umehluko we-voltage phakathi kwesitoreji sesikhathi eside mkhulu, le-voltage ephansi ayinayo inkinga yekhwalithi, ingaxazululwa ngokushaja. Gcina ngaphezulu kwamahora angama-24 ngemuva kwenkokhiso yokukhiqiza. Okwesibili, i-block yangaphakathi inkulu.

Umehluko ekutholeni idivayisi ubangela ukunemba kokutholwa kunganele noma akukwazi ukuqeda i-electrochemical yokuxhumana, okuzokwenza ukuthi isibonisi sangaphakathi sebhulokhi sibe sikhulu, futhi indlela yebhuloho lokuxhumana kufanele isetshenziselwe ukuhlola ukutholwa kwethuluzi lokumelana kwangaphakathi. 2. Isikhathi sokugcina side kakhulu, ibhethri ye-lithium-ion igcinwa isikhathi eside kakhulu, ibangela ukulahlekelwa kwamandla, ukudlula kwangaphakathi, ukumelana okukhulu kwangaphakathi, kungaxazululwa ngokushaja nokukhipha.

3. Ukukhiqizwa kokushisa okungavamile kubangela ukumelana kwangaphakathi kweseli kagesi kuzinqubo (i-spot welding, amagagasi e-ultrasonic, njll.) ukushisa ibhethri ngendlela engavamile, ukuze i-diaphragm ivalwe ngokushisa, futhi ukumelana kwangaphakathi kunzima.

Ukuhlaziywa kwembangela nesixazululo se-Li - Ion Battery Pack and Solutions Three Lithium Ion Battery Nweba 1. Lapho ibhethri ye-lithium ion ishajwa, ibhethri ye-lithium-ion izokhula ngokwemvelo lapho ishaja, kodwa ngokuvamile ingabi ngaphezu kuka-0.1 mm, kodwa ukushajwa ngokweqile kungabangela isisombululo se-electrolytic, ukwanda kwengcindezi yangaphakathi, ukunwetshwa kwebhethri ye-lithium ion.

2. Kunwetshwe 3 phakathi nokucubungula. Uma umjikelezo ujikeleziswa, ukujiya kuzokwanda njengoba inani lemijikelezo landa, kodwa empeleni ayengezwa ngemva kwamaviki angaphezu kwangu-50, futhi ukukhuphuka okusha okuvamile kungu-0.

I-3 ~ 0.6mm, igobolondo le-aluminium libucayi kakhulu, lesi simo Singokwendlela yebhethri evamile. Kodwa-ke, uma ukushuba kwezindlu ezintsha noma ukuncipha kwezinto zangaphakathi kunganciphisa kahle ukwenzeka kokunwetshwa.

Okwesine, ibhethri lamandla kagesi elehlayo linento yokwehla kwamandla ebhethri legobolondo le-aluminium elingaphansi kuka-3.7V, ngokuvamile ngenxa yokuthi iphoyinti elithengiswayo libangelwa kakhulu ukuphuka kwe-diaphragm yangaphakathi yebhethri, okuholela ekwehleni kwe-voltage. Ngokuvamile, indawo yokushisela indawo ayilungile.

Indawo yokushisela indawo efanele kufanele ishiselwe ngezansi noma ibe nophawu oluthi "a" noma "-" olusemaceleni, alukho uhlangothi lokumaka futhi indawo engaphezulu ayishiselwa. Ngaphezu kwalokho, ezinye solderability kuyinto solderability kabi kakhulu, ngakho-ke kudingekile ukusebenzisa indawo enkulu yamanje Welding, okuholela tape ukumelana lokushisa kwangaphakathi, okuholela short circuit ingaphakathi ibhethri. Okunye ukwehla kwamandla ebhethri ngemva kokushiselwa kwendawo kungenxa yokuphuma okukhulu kwebhethri ngokwayo.

V. Ukuqhuma kwebhethri, ngokuvamile kuba nezimo ezilandelayo: 1. Ulayini wokuvikela ukuqhuma okushaja kakhulu uphelelwe amandla noma ikhabhinethi yokutholwa ingalawuleki yenza i-voltage yokushaja ibe mkhulu kuno-5V, okuholela ekuboleni kwe-electrolyte, ukucindezela kwangaphakathi kwebhethri, ukwanda okusheshayo kwebhethri, ukuqhuma kwebhethri.

2. Ulayini wokuvikela ukuqhuma okudlulele ungalawuleki noma iKhabhinethi yokutholwa ingalawuleki yenza imanje ukushaja ukuthi ibangele i-lithium ion ngaphandle kokushumeka, futhi insimbi ye-lithium yakheka phezu kwesigxobo, ingene ku-diaphragm, kanye nesekhethi emfishane ye-electrode ephozithivu nenegethivu ibangela ukuqhuma (akuvamile ukwenzeka). 3.

Lapho igobolondo lepulasitiki elishisela i-ultrasonic liqhuma, kusetshenziswa igobolondo lepulasitiki elishisela i-ultrasonic. Njengoba imishini idluliselwa kumgogodla webhethri, amandla e-ultrasonic angcono kakhulu ukuncibilikisa i-diaphragm yangaphakathi yebhethri, futhi okuhle nokubi kufinyezwa ngokuqondile, futhi ukuqhuma kwenzeka. 4.

Lapho indawo yokushisela, isikhathi sokushisela indawo esiqhumayo sibangelwa ngokweqile ukuqina kwangaphakathi kwesekethe, futhi ishidi lokuxhuma i-electrode eliphozithivu lixhunywe ngokuqondile ku-electrode eyinegethivu lapho i-welding, ukuze i-negative negative ifinyezwe ngokuqondile. 5. Ukuchithwa kwebhethri eliqhuma ngokweqile noma ukuchichima ngokweqile (3C) kulula ukuncibilikisa ucwecwe lwe-electrode yethusi olunegethivu ukuze kufakwe isifunda esifushane esihle nesinegethivu (akuvamile ukwenzeka).

6. Uma ukudlidliza kuwa, iseli eliqhumayo alibekwanga kahle kumongo kagesi webhethri okubangelwa ukundindizela okunamandla noma ukuwa, futhi amaseva aqondile futhi aqhume (akuvamile ukwenzeka). 6.

Ingxenyekazi yebhethri engu-3.6V iphansi 1. Isampula yekhabhinethi yokuthola noma ikhabethe yokutholwa ayizinzile ukuze ibangele inkundla yokuhlola ephansi.

2. Izinga lokushisa le-ambient liphansi (i-platform yokukhishwa ithintwa izinga lokushisa elizungezile). Amaphilisi axhumanisa ama-electrode amahle ngamandla okuhambisa ukuthintana kwe-electrode eyakhayo, ukuze ibhethri ivinjwe.

2. Ucezu lwe-welding alufakwanga, ukumelana nokuxhumana kukhulu, ukuze ibhethri ivinjwe.