I.Isingeniso
II-DL-R10Q-F8S24V150Aumkhiqizo yisixazululo sebhodi lokuvikela isoftware elenzelwe ngqo amaphakethe ebhethri aqala amandla ezimoto. Isekela ukusetshenziswa kwamabhethri angu-8 we-24V lithium iron phosphate futhi isebenzisa isikimu se-N-MOS ngokuchofoza okukodwa okuphoqelelwe ukuqala umsebenzi.
Lonke uhlelo lusebenzisa i-AFE(i-chip yokutholwa yangaphambili) kanye ne-MCU, futhi amanye amapharamitha angalungiswa kalula ngekhompyutha ephezulu ngokwezidingo zamakhasimende..
II. Uhlolojikelele lomkhiqizo kanye nezici
1. Ibhodi lamandla lisebenzisa i-aluminium substrate enomklamo ophezulu wezintambo zamanje kanye nenqubo, engamelana nemithelela emikhulu yamanje.
2. Ukubukeka kusebenzisa inqubo yokufaka uphawu yokubumba ukuze kuthuthukiswe ukumelana nomswakama, kuvimbele i-oxidation yezingxenye, futhi kunwebe impilo yesevisi yomkhiqizo..
3. ukuvikela uthuli, i-shockproof, anti-squeezing neminye imisebenzi yokuvikela.
4. Kukhona ukushajwa okuphelele, ukuchithwa ngokweqile, okungaphezu kwamanje, isifunda esifushane, imisebenzi yokulinganisa.
5. Idizayini edidiyelwe ihlanganisa ukutholwa, ukuphatha, ukuxhumana neminye imisebenzi ibe yinto eyodwa.
III. Incazelo Yokuxhumana
1. UART ukuxhumana
Lo mshini uzenzakalela ekuxhumaneni kwe-UART ngezinga le-baud elingu-9600bps. Ngemuva kokuxhumana okujwayelekile, idatha yephakethe yebhethri ingabukwa kukhompuyutha ephezulu, okuhlanganisa amandla ebhethri, okwamanje, izinga lokushisa, i-SOC, isimo se-BMS, izikhathi zomjikelezo, amarekhodi omlando, nolwazi lokukhiqiza ibhethri. Izilungiselelo zepharamitha nemisebenzi yokulawula ehambisanayo ingenziwa, futhi nemisebenzi yokuthuthukisa uhlelo iyasekelwa.
2. INGABE ukuxhumana
Lo mshini usekela ukulungiselelwa kokuxhumana kwe-CAN, ngezinga le-baud elizenzakalelayo elingu-250Kbps. Ngemva kokuxhumana okuvamile, ulwazi oluhlukahlukene lwebhethri lungabukwa kukhompuyutha ephezulu, okuhlanganisa amandla kagesi ebhethri, amanje, izinga lokushisa, isimo, i-SOC, nolwazi lokukhiqiza ibhethri. Izilungiselelo zepharamitha kanye nemisebenzi yokulawula ehambisanayo ingenziwa, futhi umsebenzi wokuthuthukisa uhlelo uyasekelwa. Iphrothokholi ezenzakalelayo iyiphrothokholi ye-lithium CAN, futhi ukwenziwa ngokwezifiso kwephrothokholi kuyasekelwa.
IV. Umdwebo we-Dimensional we-BMS
Usayizi we-BMS: Ubude * Ububanzi * Phezulu (mm) 140x80x21.7
V. Incazelo Yomsebenzi Obalulekile
Ukuvuka kwenkinobho: Uma ibhodi lokuvikela lisesimweni sokulala samandla amancane, cindezela kafushane inkinobho 1s ±0.5s ukuze uvuse ibhodi lokuvikela;
Ukuqalisa okuphoqelelwe okubalulekile: Uma ibhethri ingaphansi kwe-voltage noma amanye amaphutha ahlobene nokuphuma kwenzeka, i-BMS izovala ishubhu lokuphuma kwe-MOS, futhi ngalesi sikhathi, imoto ayikwazi ukuqala ukuthungela. Ngokucindezela nokubamba ukhiye we-3S ± 1S, i-BMS izovala ngenkani ukukhishwa kwe-MOS ku-60S ± 10S ukuze ihlangabezane nesidingo samandla ngaphansi kwezimo ezikhethekile;
Qaphela: Uma inkinobho yokuqala ephoqelelwe icindezelwe, umsebenzi wokuvala ophoqelelwe we-MOS uzohluleka, futhi kuyadingeka phenya ukuthi kukhona yini isekethe emfishane ngaphandle kwephakethe lebhethri.
VI. Imiyalo yezintambo
1. Okokuqala, xhuma ibhodi lokuvikela u-B-line ku-electrode engalungile yephakethe lebhethri;
2. Ikhebula leqoqo liqala ocingweni lokuqala olumnyama oluxhuma u-B-, ucingo lwesibili oluxhuma isigxobo esihle sochungechunge lokuqala lwamabhethri, bese luxhuma ngokulandelanayo isigxobo esihle sochungechunge ngalunye lwamabhethri; Faka ikhebula ebhodini lokuvikela futhi;
3. Ngemva kokuqedwa komugqa, linganisa ukuthi amanani ebhethri B+, B-voltage kanye ne-P+, P-voltage ayafana, okubonisa ukuthi ibhodi lokuvikela lisebenza ngokujwayelekile; Uma kungenjalo, sicela ulandele imiyalelo engenhla futhi;
4. Lapho uqaqa ibhodi lokuvikela, qala ngokukhipha ikhebula (uma kunezintambo ezimbili, khipha ikhebula elinamandla kagesi aphezulu kuqala bese ulandela ikhebula le-low-voltage), bese ukhipha intambo yamandla engu-B-.
VII. Izinyathelo zokuzivikela
1. I-BMS yamapulatifomu ahlukene kagesi ayikwazi ukuxutshwa. Isibonelo, ama-NMC BMS awakwazi ukusetshenziswa kumabhethri e-LFP.
2. Izintambo zabakhiqizi abahlukene azizona zonke izindawo, sicela uqiniseke ukuthi usebenzisa izintambo ezifanayo zenkampani yethu..
3. Thatha izinyathelo zokukhipha ugesi omile lapho uhlola, ufaka, uthinta futhi usebenzisa i-BMS.
4. Ungavumeli indawo ekhipha ukushisa ye-BMS ixhumane namaseli ebhethri, ngaphandle kwalokho ukushisa kuzobakudluliselwa kumaseli ebhethri futhi kuthinte ukuphepha kwebhethri.
5. Ungaqedi noma uguqule izingxenye ze-BMS uwedwa
6. Isitsha sensimbi sokuvikela sensimbi sifakwe i-anodized futhi safakwa intuba. Ngemuva kokuthi ungqimba lwe-oxide lonakele, lusazoqhuba ugesi. Gwema ukuthintana phakathi kukasinki wokushisa kanye nomongo webhethri nomugqa we-nickel ngesikhathi sokuhlanganisa.
7. Uma i-BMS ingavamile, sicela uyeke ukuyisebenzisa futhi uyisebenzise ngemva kokuba inkinga isixazululiwe.
8. Ungasebenzisi ama-BMS amabili ochungechungeni noma ngokuhambisana.
Isikhathi sokuthumela: Sep-08-2023
