I-Jk Active Balance Smart BMS 8-24S 40A yamabhethri e-Lifepo4 (10006764)
Okuqukethwe Kwephakheji: BMS{Bluetooth bulit-in} * Inzwa yokushisa(40cm) * I-Balance Wire(75cm) * I-Active Switch(15cm) *Intambo yokushisisa(Yeye-BMS Kuphela Esebenza Ngokushisa) H:BMS With Heat Function C:BMS With CANBUS chip Yakhelwe ngaphakathi QAPHELA: Ukuze uthole imiyalelo kwikhebula yokushisisa idinga intambo engu-5 i-PIN yokushisisa. i-pad, nezinye izintambo ezimnyama nezibomvu zixhunywe kushaja ehlakaniphile (ngemuva kokuba ishaja ehlakaniphile ixhuma i-BMS, ithola izinga lokushisa lebhethri nge-BMS, eqapha ngokuzenzakalelayo isimo sokushaja kwebhethri) Isixhumi esibonakalayo Somsebenzi Wokushisa Incazelo yomsebenzi wokushisisa: Izinga lokushisa lebhethri lingaphansi kwesivikelo sokushajwa kwezinga lokushisa eliphansi, vala ukushaja, uvule ukushisisa. Ukuvikelwa kwe-Cryogenic charge kuyipharamitha engasethwa ngaphakathi kwe-APPAmandla okushisa ancike ku-voltage yebhethri kanye nenani lokumelana lefilimu yokushisisa.I-voltage yebhethri U. Ukumelana nokushisa R. Amandla alingana no-U*U/R Ukushisa kwamanje I=U/R; Ubukhulu I (okwamanje) bomklamo webhodi ngu-3A. Amandla okushisisa angu-MAX 200W(100W OF B2A8S20P). ☆ Isixhumanisi se-Bluetooth sefoni-JIKONG BMS
Landa isixhumanisi-IOS : Sesha ( JIKONG BMS ) KU-APP STORE
Landa isixhumanisi-Andriod : Sesha ( JK BMS ) ku-Google STORE
QAPHELA: ①: Inzwa yezinga lokushisa ②:Isixhumi esibonakalayo se-RS485(Okwamanje, yonke i-JK BMS icushwe nomsebenzi we-RS485 ngokuzenzakalelayo) ③:Isixhumi esibonakalayo seLCD(Okwamanje, yonke i-JK BMS icushwe ngesixhumi esibonakalayo se-LCD ngokuzenzakalelayo) ④ : Isixhumi esibonakalayo Somsebenzi Wokushisa(Okwamanje, isixhumi esibonakalayo se
-US singenziwa ngokwezifiso) ngokwezifiso) 
ISAZISO: Ukuvikelwa (Inzwa Yamanje Engavamile) Le nkinga ikhona lapho kusetshenziswa i-inverter, ngoba isiqondiso samanje asiqiniseki, I-alamu izoboniswa. Akuthinti ukusetshenziswa okuvamile kwe-BMS. Lolu hlobo lwe-alamu luzovela lapho ilanga lingelikhulu noma lincane, ngoba ngalesi sikhathi, ibhethri lishintsha njalo phakathi kokushaja nokukhipha, futhi kunezici ezingaqinisekile, ngakho le nkinga iyenzeka. Isiguquli se-sine wave asidwebi umsinga ongaguquki. I-current evela ebhethrini ilandela umumo we-sine wave. Inyuka isuka ku-zero ikhuphuke iye ku-1/4 womjikelezo. Inani eliphakeme lamanje licishe libe ngama-40% ngaphezu kwesilinganiso samanje. Bese eyamanje izohlehla ihlehle iye kuziro ngesikhathi somjikelezo we-1/2. Kuleli qophelo, i-inverter ihlehlisa i-polarity, futhi ihlehlisa i-current back up futhi, ishaya phezulu ngesikhathi somjikelezo we-3/4. Ibhethri lamanje liphozithivu futhi, futhi ukuguqulwa kwenzeka kumjikelezo we-inverter. Amarempu amanje ehla abuyele kuqanda futhi ekupheleni komjikelezo. Inqubo abayiphindayo kuwo wonke umjikelezo. Uma ukala nge-avareji yemitha, uzobona nje igagasi elizinzile okufanele libe seduze ne-RMS yangempela yamanje. Ngisebenzisa imitha ye-True RMS Fluke, futhi iyakwazi ukunikeza ukufunda okunembile ngale ndlela yegagasi eyinqaba. Ukufundwa kwamanje ku-BMS kulinganisa i-voltage ku-shunt resistor. Lokhu kufundwa kuthathwa kuphela ngezikhathi ezithile, futhi akuvunyelanisiwe ukushintsha kwamanje kusuka ku-inverter. Kungase kuthathe ukufundwa ngoziro wamanje, noma endaweni ephakeme kakhulu, kodwa cishe, kuzowela ndawana thize phakathi. Ngenxa yokuma kwegagasi, ukufunda kuvame ukugxuma kancane ngenhla nangaphansi kwe-RMS yangempela yamanje. Ayiphelele, kodwa ngokuhamba kwesikhathi, "yinhle ngokwanele" ukuthi i-BMS ibale amahora ama-amp ashajwe ngaphakathi noma akhishelwe ngaphandle kwebhethri. Lokhu kusebenza ngoba uma ulinganisela ukufundwa ngehora eligcwele, ukufundwa okuphezulu nokuphansi kuzoba isilinganiso.
