Yini i-Battery Management System (BMS)? I-BMS iqoqo lezinto zikagesi eziqapha futhi zilawule zonke izici zokusebenza kwebhethri. Okubaluleke kakhulu, ivimbela ibhethri ekusebenzeni ngaphandle kwebanga eliphephile. I-BMS ibalulekile ekusebenzeni okuphephile, ukusebenza kukonke kanye nempilo yebhethri. (1) Uhlelo lokuphatha ibhethri lusetshenziselwa ukuqapha nokuvikelaibhethri ye-lithium-ion. (2) Iqapha i-voltage yebhethri ngalinye elixhunywe uchungechunge futhi ivikele iphakethe lebhethri. (3) Ivamise ukuxhumana nezinye izinto zokusebenza. Isistimu yokulawula iphakethe yebhethri ye-lithium (BMS) ihlose ukuthuthukisa ukusetshenziswa kwebhethri, ukuvimbela ibhethri ekushajweni ngokweqile nasekuchitheni ngokweqile. Phakathi kwawo wonke amaphutha, uma kuqhathaniswa nezinye izinhlelo, ukwehluleka kwe-BMS kuphakeme futhi kunzima ukubhekana nakho. 
Yiziphi ukwehluleka okuvamile kwe-BMS? Ziyini izimbangela? I-BMS iyisesekeli esibalulekile sephakethe lebhethri le-Li-ion, inemisebenzi eminingi, uhlelo lokuphatha ibhethri ye-Li-ion BMS njengesiqinisekiso esiqinile sokusebenza kwebhethri okuphephile, ukuze ibhethri igcine inqubo ephephile futhi elawulwayo yokushaja nokukhipha, kakhulu. ukuthuthukisa impilo yomjikelezo webhethri ekusebenziseni kwangempela. Kodwa ngesikhathi esifanayo, kubuye kuthambekele kakhulu ekuhlulekeni. Okulandelayo yizimo ezifingqiwe yi-BSLBATTumenzi webhethri we-lithium. 1, Lonke uhlelo alusebenzi ngemuva kokuthi uhlelo lunikwe amandla Izizathu ezijwayelekile ukuphakelwa kwamandla okungavamile, ukujikeleza okufushane noma ukunqamuka kwehhanisi lezintambo, futhi akukho okukhipha amandla kagesi ku-DCDC. Izinyathelo kukhona. (1) Bheka ukuthi ugesi wangaphandle ohlelweni lokuphatha ujwayelekile yini nokuthi ungakwazi yini ukufinyelela emazingeni okushisa aphansi adingwa uhlelo lokuphatha; (2) Bheka ukuthi ugesi wangaphandle unesimiso esilinganiselwe samanje, okuholela ekunikezweni kwamandla anganele ohlelweni lokuphatha; (3) Bheka ukuthi kukhona yini isekethe emfishane noma isekethe ephukile kuhhanisi lezintambo zesistimu yokuphatha; (4) Uma ugesi wangaphandle kanye nezintambo zokubopha kujwayelekile, hlola ukuthi i-DCDC yohlelo inawo yini amandla kagesi, bese ushintsha imojuli ye-DCDC embi uma kukhona okungavamile. 2, i-BMS ayikwazi ukuxhumana ne-ECU Izizathu ezijwayelekile ukuthi i-BMU (i-master control module) ayisebenzi futhi ulayini wesiginali ye-CAN unqanyuliwe. Izinyathelo kukhona. (1) Bheka ukuthi ugesi ongu-12V/24V we-BMU ujwayelekile yini; (2) Hlola ukuthi ingabe ulayini wokudlulisa isignali ye-CAN nesixhumi kujwayelekile, bese ubheka ukuthi iphakethe ledatha lingatholwa yini. 3. Ukuxhumana okungazinzile phakathi kwe-BMS ne-ECU Izimbangela ezijwayelekile ukungafani kwamabhasi e-CAN angaphandle kanye namagatsha amade amabhasi. Izinyathelo kukhona (1) Hlola ukuthi ingabe ukumelana okufanayo kwebhasi kulungile yini; (2) ukuthi ukuma okuhambisanayo kulungile nokuthi igatsha lide kakhulu yini. 4,Ukuxhumana kwangaphakathi kwe-BMS akuzinzile Izizathu ezijwayelekile ipulaki yolayini wokuxhumana oxekethile, ukuqondanisa kwe-CAN akumisiwe, ikheli le-BSU liphindaphindekile. 5, Idatha yemojula yokuqoqwa ngu-0 Izizathu ezijwayelekile ukunqanyulwa komugqa wokuqoqa wemojula yeqoqo kanye nokulimala kwemojula yeqoqo. 6, Umehluko wezinga lokushisa kwebhethri mkhulu kakhulu Izizathu ezivamile ipulaki yefeni yokupholisa exegayo, ukwehluleka kwefeni okupholisa, ukulimala kokuhlolwa kwezinga lokushisa. 7. Ayikwazi ukusebenzisa ukushaja kweshaja Kungenzeka ukuthi ishaja kanye nokuxhumana kwe-BMS akuvamile, ingasebenzisa ishaja eshintshayo noma i-BMS ukuze kuqinisekiswe ukuthi ingabe iphutha le-BMS noma iphutha leshaja. 8, I-SOC into engavamile I-SOC ishintsha kakhulu phakathi nokusebenza kwesistimu, noma igxuma ngokuphindaphindiwe phakathi kwamanani amaningana; ngesikhathi sokushaja nokukhishwa kwesistimu, i-SOC inokuphambuka okukhulu; I-SOC ilokhu ibonisa amanani angashintshiwe. Izimbangela ezingaba khona ukulinganisa okungalungile kwamasampula amanje, ukungafani phakathi kohlobo lwenzwa yamanje nohlelo lomsingathi, nokungashajwa kwebhethri nokushajwa isikhathi eside. 9、Iphutha ledatha yebhethri yamanje Izimbangela ezingenzeka: Ipulaki yomugqa wesiginali yeHholo exekethile, ukulimala kwenzwa yehholo, ukulimala kwemojula yokutholwa, izinyathelo zokuxazulula inkinga. (1) Khipha umugqa wesignali yenzwa yeHholo wamanje futhi. (2) Hlola ukuthi amandla enzwa yeHholo ajwayelekile yini nokuthi ukuphuma kwesiginali kujwayelekile. (3) Faka esikhundleni imojula yokutholwa. 10, Izinga lokushisa lebhethri liphezulu kakhulu noma liphansi kakhulu Izimbangela ezingenzeka: ipulaki yefeni yokupholisa exegayo, ukuhluleka kwefeni okupholisa, ukulimala kokuhlolwa kwezinga lokushisa. Izinyathelo zokuxazulula inkinga. (1) khipha i-fan plug wire futhi. (2) qinisa isiphephetha-moya futhi uhlole ukuthi ifeni ijwayelekile yini. (3) Hlola ukuthi izinga lokushisa langempela lebhethri liphezulu kakhulu noma liphansi kakhulu. (4) Linganisa ukumelana kwangaphakathi kwe-temperature probe. 11, Ukuhluleka kokuqapha kwe-insulation Uma isistimu yeseli yamandla ikhubazekile noma ivuza, kuzokwenzeka ukwehluleka kokufakwa. Uma i-BMS ingabonwa, lokhu kungase kuholele ekushayweni kukagesi. Ngakho-ke, izinhlelo ze-BMS zinezidingo eziphakeme kakhulu zokuqapha izinzwa. Ukugwema ukwehluleka kohlelo lokuqapha kungathuthukisa kakhulu ukuphepha kwebhethri lamandla. Ukwehluleka kwe-BMS izindlela ezinhlanu zokuhlaziya 1. Indlela yokubuka:uma uhlelo lwenzeka ukuphazamiseka kokuxhumana noma ukulawula okungahambi kahle, bheka ukuthi akhona yini ama-alamu kumojula ngayinye yesistimu, noma ngabe kukhona izithonjana ze-alamu esibonisini, bese kuba ukwenzeka okuwumphumela ngamunye ngamunye ukuze kuphenywe. Esimeni sezimo ezivumelayo, ngangokunokwenzeka ngaphansi kwezimo ezifanayo ukuvumela iphutha ukuthi liphinde livele, inkinga ikhomba ukuqinisekisa. 2. Indlela yokukhishwa:Uma kwenzeka ukuphazamiseka okufanayo ohlelweni, ingxenye ngayinye ohlelweni kufanele isuswe ngayinye ngayinye ukuze kunqunywe ukuthi iyiphi ingxenye ethinta uhlelo. 3. Indlela yokufaka esikhundleni:Uma imojuli inezinga lokushisa elingavamile, i-voltage, isilawuli, njll., shintsha indawo yemojuli ngenani elifanayo lamayunithi ezinhlamvu ukuze uhlole ukuthi kuyinkinga yemojuli noma inkinga yezintambo zokuhlanganisa. 4, Indlela yokuhlola imvelo:uma isistimu yehluleka, njengokuthi isistimu ayikwazi ukuboniswa, ngokuvamile sizoyiziba eminye imininingwane yenkinga. Okokuqala kufanele sibheke izinto ezisobala: njengokuthi amandla avuliwe yini? Ingabe iswishi ivuliwe? Ingabe zonke izintambo zixhunyiwe? Mhlawumbe umsuka wenkinga ungaphakathi. 5. Indlela yokuthuthukisa uhlelo: lapho uhlelo olusha luvutha ngemva kwephutha elingaziwa, okuholela ekulawuleni okungavamile kwesistimu, ungashisa inguqulo yangaphambilini yohlelo ukuze uqhathanise, ukuhlaziya nokubhekana nephutha. I-BSLBATT I-BSLBATT ingumkhiqizi ochwepheshe webhethri le-lithium-ion, ohlanganisa i-R&D nezinsizakalo ze-OEM iminyaka engaphezu kwe-18. Imikhiqizo yethu ihambisana namazinga e-ISO/CE/UL/UN38.3/ROHS/IEC. Le nkampani ithatha ukuthuthukiswa nokukhiqizwa kochungechunge oluthuthukisiwe "BSLBATT" (ibhethri ye-lithium engcono kakhulu) njengomsebenzi wayo. Sekela izinsizakalo ezenziwe ngokwezifiso ze-OEM&ODM, ukukunikeza ibhethri eliphelele le-lithium ion,isisombululo sebhethri se-lithium iron phosphate.
Isikhathi sokuthumela: May-08-2024