Yintoni iBattery Management System (BMS)? I-BMS liqela lezixhobo zombane ezibeka iliso kwaye zilawule yonke imiba yokusebenza kwebhetri. Okona kubaluleke kakhulu, ikhusela ibhetri ekusebenzeni ngaphandle koluhlu olukhuselekileyo. I-BMS ibalulekile ekusebenzeni okukhuselekileyo, ukusebenza ngokubanzi kunye nobomi bebhetri. (1) Inkqubo yokulawula ibhetri isetyenziselwa ukubeka iliso nokukhuselaiipakethe zebhetri ye-lithium-ion. (2) Ibeka iliso kumbane webhetri nganye edityanisiweyo kwaye ikhusela ipakethi yebhetri. (3) Ngokuqhelekileyo idibanisa nezinye izixhobo. Inkqubo yolawulo lwebhetri yeLithium (BMS) yeyokuphucula ukusetyenziswa kwebhetri, ukunqanda ibhetri ekutshajweni nasekukhupheni ngaphezulu. Phakathi kwazo zonke iimpazamo, xa kuthelekiswa nezinye iinkqubo, ukungaphumeleli kwe-BMS kuphezulu kwaye kunzima ukujongana nayo. 
Zeziphi iintsilelo eziqhelekileyo ze-BMS? Ziziphi izizathu? I-BMS yinto ebalulekileyo ye-accessory ye-Li-ion ibhetri ye-pack, inemisebenzi emininzi, inkqubo yokulawula ibhetri ye-Li-ion i-BMS njengesiqinisekiso esinamandla sokusebenza kwebhetri ekhuselekileyo, ukwenzela ukuba ibhetri igcine inkqubo yokutshaja kunye nokukhutshwa okukhuselekileyo kunye nokulawulwayo, kakhulu. ukuphucula ubomi bomjikelezo webhetri ekusetyenzisweni okwenyani. Kodwa kwangaxeshanye, kukwathanda ukusilela. Oku kulandelayo ngamatyala ashwankathelwa yi-BSLBATTumenzi webhetri ye-lithium. 1, Inkqubo yonke ayisebenzi emva kokuba inkqubo inikwe amandla Izizathu eziqhelekileyo kubonelelo lwamandla olungaqhelekanga, isekethi emfutshane okanye ikhefu kwintambo yokubopha, kwaye akukho mveliso yamandla ombane evela kwi-DCDC. Amanyathelo a. (1) Khangela ukuba unikezelo lwamandla lwangaphandle kwinkqubo yolawulo luqhelekile kwaye ingaba lufikelela kowona mbane uphantsi wokusebenza ofunwa yinkqubo yolawulo; (2) Jonga ukuba unikezelo lwamandla lwangaphandle lunolungiselelo lwangoku olulinganiselweyo, olukhokelela ekuboneleleni kombane okwaneleyo kwinkqubo yolawulo; (3) Khangela ukuba kukho isiphaluka esifutshane okanye isiphaluka esaphukileyo kwi-wire harness yenkqubo yokulawula; (4) Ukuba unikezelo lwamandla lwangaphandle kunye neentambo zokubopha ziqhelekile, khangela ukuba i-DCDC yenkqubo inemveliso yombane, kwaye endaweni yemodyuli embi yeDCDC ukuba kukho nakuphi na ukungaqhelekanga. 2、BMS ayikwazi ukunxibelelana ne-ECU Izizathu eziqhelekileyo kukuba i-BMU (imodyuli yolawulo) ayisebenzi kwaye umgca wesignali we-CAN unqanyuliwe. Amanyathelo a. (1) Khangela ukuba umbane we-12V/24V we-BMU uqhelekile kusini na; (2) Khangela ukuba i-CAN yokuhambisa umgca wesignali kunye nekhonkco iyinto eqhelekileyo, kwaye uqaphele ukuba ipakethe yedatha ingafunyanwa. 3. Unxibelelwano olungazinzanga phakathi kwe-BMS ne-ECU Oonobangela abaqhelekileyo kukuhlwempuzeka kwangaphandle kwe-CAN ibhasi ehambelanayo kunye namasebe ebhasi amade. Amanyathelo a (1) Khangela ukuba ibhasi ehambelana nayo ichanile kusini na; (2) ingaba indawo yokumatanisa ichanekile nokuba isebe lide kakhulu. 4, unxibelelwano lwe-BMS lwangaphakathi aluzinzanga Izizathu eziqhelekileyo ziyiplagi yonxibelelwano olukhululekileyo, ulungelelwaniso lwe-CAN alufani, idilesi ye-BSU iphindaphindekile. 5, Idatha yemodyuli yoQokelelo yi-0 Izizathu eziqhelekileyo kukuqhawulwa komgca wokuqokelela kwimodyuli yokuqokelela kunye nomonakalo kwimodyuli yokuqokelela. 6. Umahluko wobushushu bebhetri mkhulu kakhulu Izizathu eziqhelekileyo kukupholisa iplagi yefeni yokupholisa, ukusilela kwefeni yokupholisa, umonakalo weprobe yobushushu. 7. Ayinakusebenzisa itshaja yokutshaja Isenokuba itshaja kwaye unxibelelwano lwe-BMS aluqhelekanga, kunokusebenzisa itshaja entsha okanye i-BMS ukuqinisekisa ukuba ngaba yimpazamo ye-BMS okanye yimpazamo yetshaja. 8, SOC isenzeko esingaqhelekanga I-SOC itshintsha kakhulu ngexesha lokusebenza kwenkqubo, okanye ixhuma ngokuphindaphindiweyo phakathi kwamaxabiso amaninzi; ngexesha lokutshaja kwenkqubo kunye nokukhutshwa, i-SOC inokutenxa okukhulu; I-SOC ihlala ibonisa amaxabiso azinzileyo angatshintshwanga. Izizathu ezinokwenzeka lulungelelwaniso olungachanekanga lwesampulu yangoku, ukungahambelani phakathi kohlobo loluvo lwangoku kunye nenkqubo yokusingatha, kunye nebhetri engahlawuliswanga kwaye ikhutshwe ngokunzulu ixesha elide. 9、Impazamo yedatha yebhetri yangoku Izizathu ezinokwenzeka: iplagi yomgca webhodi yeHolo evulekileyo, umonakalo wenzwa yeHolo, umonakalo wemodyuli yokufumana, amanyathelo okusombulula ingxaki. (1) Khupha umgca wesignali yeHolo yangoku kwakhona. (2) Khangela ukuba umbane wesivamvo seHolo iqhelekile kwaye imveliso yomqondiso iqhelekile. (3) Faka endaweni yemodyuli yokufumana. 10, Ubushushu bebhetri buphezulu kakhulu okanye buphantsi kakhulu Izizathu ezinokwenzeka: iplagi yefeni yokupholisa epholileyo, ukusilela kwefeni okupholisa, umonakalo weprobe yeqondo lobushushu. Amanyathelo okusombulula ingxaki. (1) khupha ucingo lweplagi yefeni kwakhona. (2) ukunika amandla i-fan kwaye ukhangele ukuba ifeni iyinto eqhelekileyo. (3) Jonga ukuba iqondo lobushushu bebhetri liphezulu kakhulu okanye lisezantsi kakhulu. (4) Ukulinganisa ukuchasana kwangaphakathi kweprobe yeqondo lokushisa. 11, Ukungaphumeleli kokubeka iliso kwi-Insulation Ukuba inkqubo yeeseli zamandla ikhubazekile okanye iyavuza, kuya kwenzeka ukusilela kokugquma. Ukuba ayibhaqwanga i-BMS, oku kunokukhokelela kumothuko wombane. Ke ngoko, iisistim ze-BMS zinezona mfuno ziphezulu zokubeka iliso kwizinzwa. Ukuphepha ukusilela kwenkqubo yokubeka iliso kunokuphucula kakhulu ukhuseleko lwebhetri yamandla. Ukungaphumeleli kwe-BMS iindlela ezintlanu zokuhlalutya 1. Indlela yokujonga:xa inkqubo isenzeka uphazamiseko lonxibelelwano okanye ulawulo olungaqhelekanga, jonga ukuba ngaba kukho ii-alam kwimodyuli nganye yenkqubo, nokuba kukho ii-ayikhoni ze-alam kumboniso, kwaye emva kwesiganeko esisisiphumo ngasinye ngasinye ukuphanda. Kwimeko yeemeko ezivumelayo, kangangoko kunokwenzeka phantsi kweemeko ezifanayo ukuvumela ukuba iphutha liphinde libuyele, ingxaki ikhomba ukuqinisekisa. 2. Indlela yokukhupha:Xa ukuphazamiseka okufanayo kwenzeka kwisistim, icandelo ngalinye kwisistim kufuneka lisuswe nganye nganye ukumisela ukuba yeyiphi inxalenye echaphazela inkqubo. 3. Indlela yokutshintsha:Xa imodyuli ineqondo lokushisa elingaqhelekanga, i-voltage, ulawulo, njl., tshintsha indawo yemodyuli kunye nenani elifanayo leentambo ukuxilonga ukuba yingxaki yemodyuli okanye ingxaki ye-wiring harness. 4. Indlela yokuhlola indalo:xa inkqubo isilela, njengenkqubo ayinakuboniswa, rhoqo asiyi kuzihoya ezinye iinkcukacha zengxaki. Okokuqala kufuneka sijonge izinto ezicacileyo: ezifana nokuba amandla avuliwe? Ingaba iswitshi ivuliwe? Ingaba zonke iingcingo ziqhagamshelwe? Mhlawumbi unobangela wale ngxaki ungaphakathi. 5. Indlela yokuphucula inkqubo: xa inkqubo entsha yatshisa emva kwesiphoso esingaziwayo, okubangela ukulawulwa kwenkqubo engaqhelekanga, unokutshisa inguqu yangaphambili yeprogram yokuthelekisa, ukuhlalutya kunye nokujongana nephutha. BSLBATT I-BSLBATT yingcali yomvelisi webhetri ye-lithium-ion, kuquka ne-R&D kunye neenkonzo ze-OEM iminyaka engaphezu kwe-18. Iimveliso zethu zihambelana nemigangatho ye-ISO/CE/UL/UN38.3/ROHS/IEC. Inkampani ithatha uphuhliso kunye nokuveliswa kochungechunge oluphambili "BSLBATT" (ibhetri ye-lithium engcono) njengomsebenzi wayo. Inkxaso ye-OEM & ne-ODM yeenkonzo ezilungiselelweyo, ukukubonelela ngebhetri ye-lithium ion egqibeleleyo,lithium iron phosphate ibhetri isisombululo.
Ixesha lokuposa: May-08-2024