I-8S 24V LiFePo4 Ibhethri 3.2V Ibhodi Lokuvikela Amandla 60A elinomsebenzi Wokulinganisa, Ukuvikelwa Kwamanje (10006247)
Nika amandla amadivayisi akho ngebhodi lakamuva lokuvikela ibhethri! === ## Hlala uphephile ngenkathi ushaja ngebhodi elithuthukisiwe le-8S 24V LiFePo4! Ingabe ukhathele ukukhathazeka ngokushajwa ngokweqile noma ukulimaza amadivayisi akho ngenxa yemithombo yamandla engazinzile? Ungabe usabheka okunye! Ibhodi Lokuvikela Ibhethri le-8S 24V LiFePo4 likhona ukuze wonge usuku. Ngebhodi lokuvikela amandla elingu-3.2V elikwazi ukuphatha kufika ku-60A, unganika wonke amadivayisi akho amandla kalula nangokuthula kwengqondo. Asisekho isidingo sokugcizelela mayelana nokushaja okweqile noma okungalinganiseli. Le bhodi yokuvikela ibhethri esezingeni eliphezulu ifika ifakwe imisebenzi yokulinganisa ukuze kuqinisekiswe ukuthi iseli ngalinye kuphakethe lakho lebhethri lishajwa ngokulinganayo nangempumelelo. Ngakho-ke hlala uphumule, uphumule, futhi uvumele leli bhodi likwenzele wonke umsebenzi onzima!
Ishaja yamanje: Iyafana neyamanje eqhubekayo
I-voltage yokushaja: 29.6V
Ukuvikelwa kokushaja I-voltage yokutholwa kwe-overcharge:3.7V±0.05V
I-voltage yokukhishwa ngokweqile: 3.6V±0.05V
Ukubambezeleka kokuvikelwa kwe-overcharge: 600uS
Ukuvikelwa kokukhipha ngokweqile
I-voltage yokuvikela ukukhishwa: 2.2V ± 0.1V
I-voltage yokukhishwa kokukhipha ngaphezulu: 2.5V± 0.1V
Ukulibaziseka kokukhipha ngaphezulu: 600uS
Ibhalansi
I-voltage yokuthola ibhalansi: 3.55V
I-voltage yokukhululwa elinganisiwe: 3.55V Ibhalansi yamanje: 35mA±5mA
Ukuvikelwa kokukhishwa Okukhona ngokushesha: okwamanje okuqhubekayo * 2.5 Ukubambezeleka kokutholwa okudlulele: 600uS Thola i-voltage yokukhipha ngaphezulu: 100mV Isimo sokukhishwa kokuvikela okudlulele: Nqamula umthwalo
Ukuvikelwa kwesekethe emfushane Isimo sokuvikela isekethe emfushane: Umthwalo wangaphandle wesekethe emfushane ukubambezeleka kokutholwa kwesekethe emfushane:600uS Isimo sokukhululwa sokuvikela isekethe emfushane: Nqamula umthwalo
Ukumelana kwangaphakathi Isekethe enkulu ekumelaneni nayo:≤10mΩ
Ugesi ozimele uyawusebenzisa Isimanje esisebenzayo:≤100uA Yamanje yokulala (uma ibhethri seliphele kakhulu):≤20uA
Ibanga lokushisa Lesikhathi Esisebenzayo : -20 ℃/+80 ℃
Sebenzisa uxhaxha lwemisebenzi: 1. Intambo iqala ocingweni olumnyama oluncanyana oluxhuma u-B-, ucingo lwesibili (intambo ebomvu encane) ixhunywe esigxotsheni sebhethri lokuqala, futhi isigxobo esiphozithivu sebhethri ngalinye sixhunywa ngokushintshana kuze kube yilapho ucingo lokugcina olubomvu luxhunywe ku-B+; 2. Ngemva kokuxhuma ikhebula, ungafaki ipulaki ngqo ku-BMS. Linganisa i-voltage phakathi kwamatheminali amabili ensimbi ancikene ngemuva kwepulaki. Uma i-voltage yebhethri ye-terpolymer kufanele ibe phakathi kuka-2.8V no-4.2V, ibhethri ye-iron-lithium kufanele ibe phakathi kuka-2.5V no-3.65V. 3. Ngemva kochungechunge lwezintambo olulungile nokuqinisekiswa kwe-voltage, faka isokhethi ye-BMS. 4. Ulayini webhodi lokuvikela B (umugqa owugqinsi oluhlaza okwesibhakabhaka) uxhunywe esigxotsheni esinegethivu sephakethe lebhethri. 5. Ngemva kokuba izintambo seziqediwe, linganisa ukuthi ingabe ingqikithi yamandla kagesi wephakethe lebhethri kanye nengqikithi yamandla kagesi adlula ku-BMS kuyalingana. Uma zihlukile, hlola futhi ngokuya ngohlelo lwezintambo olungenhla.
Izinyathelo zokuphepha 1. Amabhodi okuvikela ibhethri le-lithium amapulatifomu ahlukene kagesi awakwazi ukuxutshwa. Isibonelo, amabhethri e-iron-lithium awakwazi ukusebenzisa ibhodi lokuvikela lamabhethri e-ternary; 2. Imingcele yokuklama kanye nemibandela yokusetshenziswa kufanele ilandelwe ngesikhathi sokusetshenziswa; 3. Ukushaja nokukhipha imisinga akumele kudlule inani elilinganiselwe; 4. Sicela usebenzise ipuleti elivikelayo ngaphakathi kwezinga lokushisa elishiwo futhi uqinisekise indawo enhle yokukhipha ukushisa ezungeze ipuleti lokuvikela; 5. Ungaqedi noma uguqule izingxenye zebhodi lokuvikela uwedwa; 6. Gwema ukuthintana phakathi kukasinki wokushisa nomongo webhethri nomugqa we-nickel ngesikhathi sokuhlanganisa.
