Umshini wokuhlanganisa i-Fibre-optic fusion usetshenziswa ikakhulukazi kuma-opharetha amakhulu, izinkampani zobunjiniyela, amabhizinisi nezikhungo zokwakha ulayini wentambo ye-optical, ukugcinwa komugqa, ukulungisa izimo eziphuthumayo, ukuhlolwa kokukhiqizwa kwemishini ye-fibre-optic kanye nocwaningo nokufundisa ezikhungweni zocwaningo, imishini ikakhulukazi. ngokukhulula i-arc kagesi ukuze incibilike yomibili imikhawulo ye-fiber optical, kuyilapho usebenzisa isimiso sokungqubuzana kancane kancane ukuze kuzuzwe ukuhlanganisa inkambu yemodi ye-fiber optical.
Ukuze kube lula ukwakha, imakethe ithuthukise iziphaseli ze-fiber optic fusion eziphathwayo, iziphaseli ze-ribbon fibre fusion eziklanyelwe ukuhlanganisa imicu yeribhoni, kanye nezipayisi zokuhlanganisa isikhumba zokuhlanganisa izintambo ze-fiber fiber kanye nezintambo zokubopha.I18650 lithium ibhethripack isiphenduke isixazululo samandla esipele esithandwayo samathuluzi okuhlola obuchwepheshe obuphezulu ngenxa yezinzuzo zawo eziyingqayizivele.
Isipele sebhethri somshini we-fiber optic fusion sidinga amadigri angu-70 okushisa okuzenzakalelayo komsebenzi wokuvikela.Izisetshenziswa eziqala ngokushesha izidingo zamanje zinkulu, inani eliphakeme lamanje lifika ku-15-20A, ukusebenza okujwayelekile okungu-2-3A, izidingo zesikhathi sokusebenza eziqhubekayo zebhethri ziphezulu, ngenxa yalesi sizathu inkampani yethu emshinini wokuhlanganisa i-fiber optic fusion ibhethri isebenzisa amabhethri angenisiwe, Ibhethri inenani eliphakeme lamandla, ikhwalithi yokukhanya, ivolumu encane, impilo yomjikelezo ophezulu, ukuphepha okuphezulu, amandla kagesi aphezulu, ukungaguquguquki okuhle nezinye izinzuzo, i-lithium battery pack design okukhiphayo inani lokuvikela elidlulele 25A Iphakethe lebhethri le-Li-ion lakhiwe nge-over- inani lamanje lokuvikela elingu-25A, ukusebenza kwamanje okuqhubekayo kwe-7A kanye nomthamo wokushaja ongu-6600mAh, ohlangabezana ngokugcwele nezimfuneko zamandla zethuluzi.Imingcele yezidingo zedizayini eqondile imi kanje.
I-1, I-voltage yokuvikela i-overcharge eyodwa: 4.35±0.25V
2, I-voltage yokutakula i-overcharge eyodwa: 4.15±0.50V
3, I-voltage eyodwa yokuvikela ukukhishwa ngokweqile: 2.40±0.08V
I-4, I-voltage yokutakula i-overdischarge eyodwa: 3.00±0.10V
5, Inani elihlanganisiwe lokuvikela ibhethri (10ms) : 20~30A
6, Inani lokuvikela izinga lokushisa elingaphezulu kwebhethri elihlanganisiwe (elibuyiselekayo): 70±5℃
I-7, Ibhethri eliqediwe liphinde libe nesekhethi emfishane, ukuvikela ukushaja okuhlehlayo.
(1) Ibhodi lokuvikela (PCM) : ikakhulukazi iwumugqa wokuvikela owenzelwe iphakethe lebhethri le-lithium elishajekayo.Ngenxa yezici zamakhemikhali zebhethri ye-lithium ngokwayo, kuyadingeka ukuhlinzeka ngokubala kwamandla ahlakaniphile, ukukhokhiswa ngokweqile, ukukhishwa ngokweqile, i-short circuit, i-overcurrent kanye neminye imisebenzi yokuvikela ukugwema ukuvutha, ukuqhuma nezinye izingozi.
(2) I-Protection IC (Protection IC) : idizayini ye-chip eyinhloko yomsebenzi wokuvikela, ukukhokhiswa ngokweqile kwamaseli, ukukhishwa ngokweqile, ukuphindaphinda, ukujikeleza okufushane kanye neminye imisebenzi yokuqapha ku-inthanethi, ukuze iseli libe sendaweni ephephile, ezinzile futhi ephumelelayo.
(3) Ukushintsha izinga lokushisa:ikakhulukazi eyenzelwe umsebenzi wokuvikela izinga lokushisa.Lapho izinga lokushisa lebhethri lifinyelela ebangeni elingu-70±5 ° C ngenxa yezinye izinkinga ezingavamile, iswishi yokushisa iyavulwa ukuze kuvikelwe izinga lokushisa.
(4) 18650 Lithium ion Cell / 18650/2200mah /3.7V Li-ion Cell (SANYO)
(5) I-Field effect tube (MOSFET) :I-MOSFET tube idlala indima yokushintsha kumjikelezo wokuvikela, njalo yenza i-voltage emikhawulweni yomibili yomthwalo ngeke ikhuphuke noma yehle, ukuze kuqinisekiswe ukuzinza kwe-voltage.
(6) Iphakheji yebhethri (indlu)
Isikhathi sokuthumela: Sep-20-2022