Enye yezindlela zokusebenzisa amakhemikhali ezitholakala kalulaAmabhethri e-lithiumuhlobo lwe-Lithium Iron Phosphate (LiFePO4). Lokhu kungenxa yokuthi seziqashelwa njengezinhlobo eziphephile kakhulu ze-Lithium futhi zincane kakhulu futhi zilula uma ziqhathaniswa namabhethri e-lead acid anomthamo ofanayo.

Isifiso esivamile kulezi zinsuku ukufaka ibhethri le-lead acid esikhundleni saloI-LiFePO4ohlelweni oluvele lunesistimu yokushaja eyakhelwe ngaphakathi. Isibonelo salo uhlelo lokusekela ibhethri le-sump pump. Ngenxa yokuthi amabhethri ohlelo olunjalo angase athathe ivolumu enkulu endaweni evalekile, ukuthambekela ukuthola ibhange lebhethri elincane kakhulu.

Nakhu okufanele ukuqaphele:

★Amabhethri e-lead acid angu-12 V akhiwe ngamaseli ayi-6. Ukuze ashaje kahle lawa maseli ngamanye adinga ama-volt angu-2.35 ukuze ashaje ngokuphelele. Lokhu kwenza isidingo se-voltage iyonke yeshaja sibe ngu-2.35 x 6 = 14.1V

★Amabhethri e-LiFePO4 angu-12V anamaseli angu-4 kuphela. Ukuze asebenze ngokugcwele, amaseli awo adinga ama-volt angu-3.65V ukuze ashaje ngokuphelele. Lokhu kwenza isidingo se-voltage iyonke yeshaja sibe ngu-3.65 x 4 = 14.6V

Kungabonakala ukuthi kudingeka i-voltage ephezulu kancane ukuze ishaje ngokugcwele ibhethri le-Lithium. Ngakho-ke, uma umuntu ebengamane ashintshe ibhethri le-lead acid nge-lithium, kushiywe konke njengoba kunjalo, kungalindelwa ukushaja okungaphelele kwebhethri le-Lithium - endaweni ethile ephakathi kuka-70%-80% wokushaja okugcwele. Kwezinye izinhlelo zokusebenza lokhu kunganele, ikakhulukazi uma amabhethri angena esikhundleni sawo enekhono lamandla eliphakeme kakhulu kunebhethri le-lead acid yokuqala. Ukunciphisa ivolumu yebhethri kuzokonga isikhala kakhulu futhi ukusebenza ngaphansi komthamo omkhulu ongaphansi kuka-80% kuzothuthukisa impilo yebhethri.