8S 24V LiFePo4 Ibhethri 3.2V 50A BMS Ibhodi Lokuvikela Ibhethri

I-8S 24V LiFePo4 Ibhethri 3.2V Ibhodi Lokuvikela Amandla 50A Nomsebenzi Wokulinganisa Ukuvikelwa Kwezinga lokushisa, Ukuvikelwa Okudlulele, i-BMS (10004490)

Ibhethri ye-8S 24V LiFePo4 eneBhodi Yokuvikela Ibhethri engu-50A BMS ingumthombo wamandla othembekile wezinhlelo zokusebenza ezihlukahlukene. Inikeza ukusebenza okuphezulu nezici zokuphepha ukuze uvikele ibhethri lakho ekushajeni ngokweqile, ekuchithweni kakhulu, nasekuhambeni kancane.

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 okungaphezulu: 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

Izinga lokushisa lokushaja lokuvikelwa kwesikhashana : -20 ℃ ~ 55 ℃ Izinga lokushisa lokukhipha: -20 ℃ ~ 70 ℃ Susa ukuvikelwa kokulawula izinga lokushisa: ngaphakathi kwezinga lokushisa lokusebenza

Ukumelana kwangaphakathi Isekethe enkulu ekumelaneni nayo:≤10mΩ

Ugesi ozimele uyawusebenzisa Isimanje esisebenzayo:≤100uA Yamanje yokulala (uma ibhethri seliphele kakhulu):≤20uA

Ibanga lokushisa Lesikhashana Lokusebenza : -20 ℃/+80 ℃

Sebenzisa uhlelo lokusebenza:
1. Intambo iqala ocingweni olumnyama oluncane oluncane oluxhuma u-B-, ucingo lwesibili (intambo ebomvu encane) ixhunywe esigxotsheni sebhethri lokuqala, futhi isigxobo esiphozithivu sebhethri ngalinye sixhunywa ngokushintshana kuze kube yilapho intambo yokugcina ebomvu ixhunywe 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 zokuzivikela
1. Amabhodi okuvikela ibhethri ye-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.