1. LiFePO₄ Imodyuli yebhetri: yenziwe nge-16 x 3.2V 10Ah LiFePO₄ iseli ye-battey.

2. Ubomi bomjikelo omde: Njengokuba imodyuli yebhetri iqokelelwa iselfowuni yebhetri egcwalisekayo, inemijikelo engama-2000 ubuncinci eyi-7 amaxesha ebhetri ekhokelayo ye-asidi.

3. Ukusebenza ngokugqwesileyo kubunzima: Kujikeleze kuphela 1/3 ubunzima bebhetri yelitha.

4. Ukhuseleko oluphezulu: LiFePO₄ Ibhetri lelona bhetri ikhuselekileyo ye-lithium eyamkelweyo kwimveliso yebhetri ngalo mzuzu.

5. Indalo esingqongileyo-enobubele: I-enery eluhlaza ngaphandle kokutsala okusingqongileyo.

Emva kokuba ukuguga kwebhetri enye kugqityiwe, ingena kwinqanaba lokudibana kwemodyuli. Ngaphambi kwendibaniselwano, kufuneka kuqala kwiscreen, okt kuvavanye umthamo, ukumelana kwangaphakathi okunamandla kunye nevolthi yebhetri enye, kwaye uzame ukukhetha iibhetri ezineeparameter ezifanayo zokuthelekisa.

Ipakethi enkulu yebhetri ihlala ineemodyuli ezininzi zebhetri. Imodyuli nganye yebhetri yenziwe ngeeseli ezininzi ezininzi kuthotho kunye nokufana. Unxibelelwano lothotho lunokunyusa amandla ombane kwimodyuli yebhetri, kwaye uqhagamshelo olufanayo lunokunyusa amandla emodyuli yebhetri. , Umgaqo olandelweyo xa kuthelekiswa iiseli ezizodwa kwiimodyuli zebhetri ngokubanzi kukubeka kwindawo ephambili kuthotho, ukwenzela ukunciphisa ukutshaja okanye ukutshaja ngaphezulu kweemodyuli ezinomthamo osezantsi ngexesha lokutshaja kunye nokukhupha inkqubo yepakethi yebhetri. Unxibelelwano olufanayo, ukumelana kwangaphakathi kunikwa kuqala ukunqanda ukutshaja ngaphezulu okanye ukukhuphela ngaphezulu kweebhetri ezinamandla amancinci angaphakathi abangelwa kukungalingani ngoku okungalinganiyo ngexesha lokutshaja okuphezulu kunye nokukhupha.

Emva kokugqiba ukuhambelana kweeseli enye, ingena kwinkqubo yendibano yemodyuli yebhetri. Le nkqubo ihlala ilungisa iiseli ezilinganayo ezifanayo kubume bemodyuli yepakethi yebhetri, emva koko isebenzise ibha yebhasi ukudibanisa iiseli ezizodwa Iipali ze-electrode zidityanisiwe kunye.