Ngokujula kwegagasi elithi "lead to lithium", ukuqaliswa kwamandla kagesi ezindaweni zokuthutha ezinzima njengamaloli nemikhumbi kuletha ushintsho olukhulu.
Ayanda imidondoshiya yezimboni isiqala ukusebenzisa amabhethri e-lithium njengemithombo yamandla aqala iloli, ngakho-ke isidingo sokuqalwa kweloliI-BMS ngokuzivumelanisa nezimo okuqinile nokusebenza okuphezulu kuye kwaba okuphuthumayo.
DU-ALY inokuqonda okujulile kwesimo sokufunwa futhi yethulwaUkuqala kweloli lesizukulwane sesithathu se-QiqiangI-BMS, esizuze ukuthuthuka okuphawulekayo ku-software, ihadiwe kanye namazinga esakhiwo.
Ilungele i-4/8-izintambo ibhethri ye-lithium iron phosphate kanye ne-10-izintambo amaphakethe ebhethri e-lithium titanate. Isilinganiso samanje sokushaja nokukhipha i-100A/150A, futhi singamelana namandla amakhulu angu-2000A ngesikhathi sokuqalisa.
Ngenxa yezizathu ezifana nezindleko nokusebenza kahle, bayanda abashayeli bamaloli abakhetha ukuqasha amabhethri aqalayo ukuze bahlangabezane nezidingo zabo zikagesi. Ukuqashisa ibhethri eliqalayo akusizi nje kuphela abashayeli ukuthi bonge imali enkulu yesikhathi esisodwa ekuthengeni ibhethri elisha, kodwa futhi kunciphisa izindleko zesikhathi zokugcinwa kwebhethri okujwayelekile. Lo mkhuba ugqugquzele ukudalwa nokuthuthukiswa kwamaphrojekthi okuqasha amabhethri esiqalisi samaloli.
QiqiangI-BMS ingahlinzeka ngosekelo oluqinile lwezobuchwepheshe kanye nezinsizakalo zokuqeda ukuqashwa kokuqashwa kwebhethri, ngaleyo ndlela inikeze isisombululo esiphelele samaphrojekthi okuqasha amabhethri aqala iloli.
I-QiqiangI-BMS ingaxhunywa kumojula ye-4G GPS futhi ihlanganiswe nenkundla yefu yedatha yokuqapha ye-IoT, ingaxazulula kalula izinkinga zokuma kwebhethri nokuphathwa kwenqwaba. Amakhasimende angabuka ekude indawo enembile nesimo sebhethri sebhethri ngalinye ngesikhathi sangempela, ngaleyo ndlela azuze ukuphathwa kokusebenza okusekelwe kudatha okuhlangene nokuphumelelayo.
Ukuqalisa okuzinzile kweloli kanye nokusebenza okuqhubekayo okuqhubekayo kwesikhathi eside kwe-air conditioner yokupaka akuhlukaniseki kusukela ekuhlinzekeni kwamandla aphezulu.
Qiqiang I-BMS isebenzisa idizayini enelungelo lobunikazi yepuleti lethusi eliwugqinsi wamanje, elithuthukisa kakhulu ukusebenza futhi libhekane kalula nezinselele zamanje. Iphinde isebenzisa i-MOS yekhwalithi ephezulu enokumelana nomthelela omuhle kakhulu, ukumelana okuphansi kwangaphakathi nokuqina ukuze kuqinisekiswe ukuthi ibhethri isengasinda kumthelela wamaza amakhulu. Ingakwazi ukugcina ukudluliswa kokusebenza okuzinzile futhi inikeze abasebenzisi ukuphepha okuthembekile.
QiqiangI-BMSingamelana nomthelela wamanje osheshayo ongafika ku-2000A uma iqala. Ingakwazi ukuphatha kalula ukuthi ibhethri le-lithium likhipha amandla aphezulu ngokushesha noma linikeza ukuhlinzekwa kwamandla okuzinzile isikhathi eside.
Ngemuva kokuthi ibhethri ye-lithium ishajwe ngokugcwele futhi iloli liyaqhubeka nokushayela, i-generator iloli izogcina amandla. Uma i-voltage ehlinzekwa ngokuqhubekayo ingacutshungulwa ngesikhathi esifanele, iyunithi yokulawula emaphakathi yeloli ingase iphazamiseke noma yonakaliswe.
I-QiqiangI-BMS ihlanganisa i-high-voltage absorption module, ezoqhubeka imunca i-voltage eyeqile, ivimbele ngokuphumelelayo ukukhuphuka kwamandla kagesi aphezulu avela kujeneretha esebhodini futhi inciphise ingozi yogesi ophezulu obangela i-alamu yokulawula emaphakathi yeloli nokushisa isilawuli esiphakathi.
Ngesikhathi sokushayela ibanga elide, ukuphelelwa amandla kwebhethri kuvame ukwenzeka lapho iloli lihluleka ukushaja ngesikhathi ngaphandle futhi kubangelwa izinga lokushisa eliphansi nezinye izimo eziyinkimbinkimbi.
Ephendula leli phuzu lobuhlungu, uQiqiangI-BMS ifakwe inkinobho yokuqala eqinile, enikeza abashayeli isikhali sokubhekana nezimo ezingalindelekile. Uma ibhethri lingaphansi kwe-voltage, mane ucindezele iswishi yokuqalisa ephoqelelwe ukuze uvule iI-BMS umsebenzi wokuqalisa ngempoqo, ovumela iloli ukuthi liqale ngokuphepha futhi liye phambili ngokushelela lapho ibhethri izinga lokushisa liphansi noma liphansi futhi lingaphansi kwe-voltage.
Ezindaweni ezinethempelesha ephansi ngaphansi kuka-0°C, ibhethri lingase libe nezimo ezihlukahlukene ezifana nokuncishiswa kokushajwa nokusebenza kokukhipha.
Mayelana nalokhu, isizukulwane sesithathu QiqiangI-BMS ihlanganisa imojula yokushisa. Ikwazi ukubona izinga lokushisa kwebhethri ngobuhlakani. Uma izinga lokushisa lebhethri liphansi kunezinga lokushisa elimisiwe, ukushisisa kuzovuleka ngokuzenzakalelayo, kuqinisekisa ngempumelelo ukusetshenziswa okuvamile kwephakethe lebhethri ezindaweni zokushisa eziphansi kakhulu.
Ukuze kuhlangatshezwane nezidingo ezihlakaniphile zabasebenzisi zamabhethri e-lithium, i-Qiqiang I-BMSyengeza amasokhethi okunweba ahlukahlukene futhi ihlinzeka ngohlu olucebile lwezinketho zokuphatha ezihlakaniphile, njenge-APP yeselula, i-applet ye-WeChat, neplathifomu ye-Li Cloud.
Ngokwesisekelo sesokhethi yasekuqaleni ehlakaniphile yokunwetshwa, imbobo entsha ye-UART kanye nembobo ye-DO kuyengezwa. Ngesikhathi sokusetshenziswa, abasebenzisi banganweba izinhlobonhlobo zamadivayisi ahlakaniphile ngokungeza amasokhethi amasha ngokwezidingo zabo: njenge-Bluetooth, i-4G GPS, isibonisi, imojula ehambisanayo, ibhaza, njll.
I-Qiqiang yesizukulwane sesithathuI-BMS ingafinyelela ukuxhumana okuzinzile ngemojula ye-Bluetooth, imojula ye-WIFI, kanye nemojula ye-4G GPS. Abasebenzisi bangakwazi ukuphatha ibhethri ngendlela evumelana nezimo ngezindlela ezihlukahlukene ezifana ne-APP yeselula, i-applet ye-WeChat, kanye neplathifomu ye-Li Cloud.
Kuyafaneleka ukubalula lokhoisizukulwane sesithathu i-Qiqiang BMSingaxhunyaniswa ne-DALY 4G GPS futhi ixhumane ukude ne-DALY APP ngemojula ye-4G GPS. Ingakwazi ukuhlola indawo kanye nethrekhi yomlando yokunyakaza yebhethri yeloli ngesikhathi sangempela ukuvimbela ukwebiwa kwebhethri.
Isikhathi sokuthumela: May-14-2024
