LiFePO4 200Ah 48V Battery System: Isixazululo Sokugcina Amandla Esisebenza Ngokuphezulu Ngobuchwepheshe Be-BMS Obuthuthukisiwe

Ukusetyenziswa kwezilo LiFePO4 200Ah 48V luhlu lwamandla olunokuthiwa ngokwesikhatsi esiqinileyo kwiiphendvulo lekhozo lokugcina umoya. Ngokuqinisekisi, uphawu oluphephile olwandlelwanga lokulayishwa ngephawu luyasebenza ngokukhulu ngalokhu okuyingxenye yomncedisi engaphezu kwesihlanu, ukuze kube kusemisinye esikwenene. Umgomo wendlu we-lithium iron phosphate elijwayelekile luvumela amanqaku amahlukanisayo, ngenxa yokuba lingakwazi ukubaleka kwe-thermal runaway kunye nokuhlola ekunyonyane ngaphandle kwezi zinto ezifana nezilungiselelo ezilandelayo. Abasebenzisi bazibonisa indlela eyahlukene yesikati sokufika kwabo, esebenza imigca eminingi 4000-6000 ngemilinga engu-80% depth of discharge, okuningi lokho kuzoba kukholelwa izinkinga ezidingekileyo ngezikhathi eziyinkulu phakathi kwezilo ezintathu ezinjalo ezinamandla lead-acid. Uphawu olwandlelwanga lwavela ngokushesha ngokuphambili kwe-98%, ulindiselela ukutshona kweenergy kunye nokucabanga kweezicwangciso. Umnguni wobattery management system uvumelela amandla amahlukanisayo kunye nokubhala, ukuze libe liphakeme kunye nokuhlola. Ngakwesokudla, uphawu olwandlelwanga lwavela ngokushesha ngokuphambili kwezi zinto ezincedwe ngokuphiwa kunye nokuba akukho amandla amaqhathanisekile, ukuze libe libonakele kakhulu kwiinkcukacha yokugcina. Inani lesikhatsi leselulekileyo sasemva kwezi zinto ezininzi zokugcina kusuke kulandelayo kuzoba kuhlola ukubuyekeza kweendlela ezinhle kwezi zinto ezizama. Ukusetyenziswa kwezilo ngokupheleleyo kwiiphendvulo ezininzi zokugcina kuzoba kuhlola ukubuyekeza kunye nokubuyela ngokushesha, ukuze libe libonakele kakhulu kwindawo yokubuya nokuhlola. Ngiya ngaphambi kokwesiphiwo, uphawu olwandlelwanga lwavela ngokushesha ngokuphambili kwebhula ngokushesha kunye nokuba alikho self-discharge rate elidingekileyo, ukuze libe libonakele kakhulu kwindawo yokusebenza kunye nokuhlola ngokukhulu kwezi zinto ezivamile.