I. Gabatarwa
1. Tare da yawan amfani da batirin lithium na ƙarfe a cikin ɗakunan ajiya na gida da tashoshin tushe, ana kuma ba da shawarar buƙatun aiki mai girma, aminci mai yawa, da aiki mai tsada don tsarin sarrafa baturi. DL-R16L-F8S/16S 24/48V 100/150ATJ BMS ne da aka tsara musamman don batirin adana makamashi. Yana ɗaukar ƙira mai haɗawa wanda ke haɗa ayyuka kamar saye, gudanarwa, da sadarwa.
2. Samfurin BMS yana ɗaukar haɗin kai a matsayin tsarin ƙira kuma ana iya amfani da shi sosai a cikin tsarin batirin ajiyar makamashi na cikin gida da waje, kamar ajiyar makamashi na gida, ajiyar makamashin photovoltaic, ajiyar makamashin sadarwa, da sauransu.
3. BMS ta ɗauki tsarin haɗaka, wanda ke da ingantaccen haɗuwa da inganci ga masana'antun Pack, yana rage farashin shigar da kayayyaki, kuma yana inganta ingancin shigarwa gabaɗaya.
II. Zane-zanen tubalan tsarin
III. Sigogi Masu Inganci
IV. Bayanin maɓalli
4.1. Lokacin da BMS ke cikin yanayin barci, danna maɓallin don (3 zuwa 6S) sannan ka sake shi. Ana kunna allon kariya kuma alamar LED tana haskakawa a jere na tsawon daƙiƙa 0.5 daga "RUN".
4.2. Lokacin da aka kunna BMS, danna maɓallin don (3 zuwa 6S) sannan ka sake shi. Ana sa allon kariya ya yi barci kuma alamar LED tana haskakawa a jere na tsawon daƙiƙa 0.5 daga alamar wutar lantarki mafi ƙanƙanta.
4.3. Idan aka kunna BMS, danna maɓallin (6-10s) sannan ka sake shi. An sake saita allon kariya kuma dukkan fitilun LED suna kashewa a lokaci guda.
V. Dabaru na ƙararrawa
5.1. Idan matsalar ta faru, sautin yana 0.25S a kowace 1S.
5.2. Lokacin da ake karewa, a yi ƙarar 0.25S a kowace 2S (banda kariyar wuce gona da iri, zoben 3S 0.25S lokacin da ƙarfin lantarki bai yi ƙasa ba);
5.3. Lokacin da aka samar da ƙararrawa, ƙararrawa tana ƙara 0.25S a kowace 3S (banda ƙararrawa mai wuce gona da iri).
5.4. Kwamfutar sama na iya kunna ko kashe aikin buzzer amma an haramta shi ta hanyar tsarin masana'anta..
VI. Tashi daga barci
6.1.Barci
Idan aka cika ɗaya daga cikin waɗannan sharuɗɗan, tsarin yana shiga yanayin barci:
1) Ba a cire kariyar tantanin halitta ko cikakken ƙarfin lantarki cikin daƙiƙa 30 ba.
2) Danna maɓallin (don 3 ~ 6S) sannan ka saki maɓallin.
3) Babu sadarwa, babu kariya, babu daidaiton bms, babu wutar lantarki, kuma tsawon lokacin ya kai lokacin jinkirin barci.
Kafin shiga yanayin bacci, tabbatar cewa babu wani ƙarfin lantarki na waje da aka haɗa zuwa tashar shigarwa. In ba haka ba, ba za a iya shigar da yanayin bacci ba.
6.2.Ku tashi
Idan tsarin yana cikin yanayin barci kuma an cika duk wani yanayi mai zuwa, tsarin zai fita daga yanayin rashin barci kuma ya shiga yanayin aiki na yau da kullun:
1) Haɗa caja, kuma ƙarfin fitarwa na caja dole ne ya fi 48V.
2) Danna maɓallin (don 3 ~ 6S) sannan ka saki maɓallin.
3) Tare da 485, kunna sadarwa ta CAN.
Lura: Bayan kariyar wayar salula ko kuma cikakken ƙarfin lantarki, na'urar tana shiga yanayin barci, tana farkawa lokaci-lokaci duk bayan awanni 4, kuma tana fara caji da fitar da MOS. Idan za a iya caji, za ta fita daga yanayin hutawa kuma ta shiga caji na yau da kullun; Idan farkawa ta atomatik ta kasa caji sau 10 a jere, ba za ta sake farkawa ta atomatik ba.
VII. Bayanin sadarwa
7.1. Sadarwar CAN
BMS CAN tana sadarwa da kwamfutar sama ta hanyar hanyar sadarwa ta CAN, ta yadda kwamfutar sama za ta iya sa ido kan bayanai daban-daban na batirin, gami da ƙarfin baturi, wutar lantarki, zafin jiki, matsayi, da bayanan samar da baturi. Matsakaicin ƙimar baud shine 250K, kuma ƙimar sadarwa shine 500K lokacin da aka haɗa shi da inverter.
Sadarwa ta RS485
Tare da tashoshin RS485 guda biyu, zaku iya duba bayanan PACK. Matsakaicin ƙimar baud shine 9600bps. Idan kuna buƙatar sadarwa da na'urar sa ido ta hanyar tashar RS485, na'urar sa ido tana aiki a matsayin mai masaukin baki. Yankin adireshin shine 1 zuwa 16 bisa ga bayanan zaɓen adireshin.
VIII. Sadarwar Inverter
Allon kariya yana goyan bayan yarjejeniyar inverter na hanyar sadarwa ta RS485 da CAN. Ana iya saita yanayin injiniya na kwamfutar sama.
IX. Allon nuni
9.1.Babban shafi
Lokacin da aka nuna hanyar haɗin sarrafa batir:
Kunshin Vlot: Jimlar matsin lamba na baturi
Im: na yanzu
SOC:Jihar Cajin
Danna ENTER don shigar da shafin farko.
(Za ka iya zaɓar abubuwa sama da ƙasa, sannan ka danna maɓallin ENTER don shigarwa, danna maɓallin tabbatarwa na dogon lokaci don canza nunin Turanci)
Volt ɗin Cell:Tambayar ƙarfin lantarki na raka'a ɗaya
TEMP:Tambayar zafin jiki
Ƙarfin aiki:Tambayar iya aiki
Matsayin BMS: Tambayar Matsayin BMS
ESC: Fita (a ƙarƙashin hanyar shiga don komawa zuwa babban hanyar dubawa)
Lura: Idan maɓallin da ba ya aiki ya wuce 30s, hanyar haɗin za ta shiga yanayin barci; tada hanyar haɗin tare da kowane iyaka.
9.2.Bayanin amfani da wutar lantarki
1）A ƙarƙashin yanayin nuni, na cika na'ura = 45 mA da I MAX = 50 mA
2）A yanayin barci, na cika na'ura = 500 uA kuma I MAX = 1 mA
X. Zane mai girma
Girman BMS: Dogon * Faɗi * Babba (mm): 285*100*36
XI. Girman allon haɗin gwiwa
XII. Umarnin wayoyi
1.Pallon juyawa B - da farko tare da layin wutar lantarki ya sami fakitin baturi na cathode;
2. Jerin wayoyi yana farawa da siririyar waya mai baƙi da ke haɗa B-, waya ta biyu tana haɗa jerin farko na tashoshin batir masu kyau, sannan ta haɗa tashoshin masu kyau na kowane jerin batura bi da bi; Haɗa BMS zuwa baturi, NIC, da sauran wayoyi. Yi amfani da na'urar gano jerin don tabbatar da cewa an haɗa wayoyi daidai, sannan a saka wayoyi a cikin BMS.
3. Bayan an gama wayar, danna maɓallin don tashe BMS, sannan a auna ko ƙarfin batirin B+, B- voltage, da P+, P- voltage na batirin iri ɗaya ne. Idan sun yi iri ɗaya, BMS yana aiki yadda ya kamata; In ba haka ba, a maimaita aikin kamar yadda aka ambata a sama.
4. Lokacin cire BMS, cire kebul ɗin da farko (idan akwai kebul guda biyu, cire kebul mai ƙarfi da farko, sannan kebul mai ƙarancin ƙarfi), sannan cire kebul ɗin wutar lantarki B-
XIII.Abubuwan da za a mayar da hankali a kansu
1. Ba za a iya haɗa BMS na dandamalin ƙarfin lantarki daban-daban ba;
2. Wayoyin da masana'antun daban-daban ke amfani da su ba na kowa ba ne, don Allah a tabbatar an yi amfani da wayoyi masu dacewa da kamfaninmu;
3. Lokacin gwaji, shigarwa, taɓawa, da amfani da BMS, ɗauki matakan ESD;
4. Kada a sanya saman radiator na BMS ya taɓa batirin kai tsaye, in ba haka ba za a tura zafi zuwa batirin, wanda hakan zai shafi amincin batirin;
5. Kada ka wargaza ko canza sassan BMS da kanka;
6. Idan BMS ba ta da kyau, a daina amfani da ita har sai an warware matsalar.
Lokacin Saƙo: Agusta-19-2023
