Okokuqala, kunezinhlobo ezinhlanu eziyinhloko zamabhethri e-lithium ezimotweni:
1. I-voltage ye-nickel-cadmium yebhethri-1.2V, ukumelana nokushajwa okuqinile, kodwa ngenxa yokuthi i-voltage iphansi ngokuqhathaniswa, isikhathi sokuphila asiside kakhulu.

2. I-Ni-MH yebhethri-voltage 1.2V, okwamanje impilo ende kakhulu yamabhethri emoto, kodwa i-voltage isencane uma kuqhathaniswa.

3. Ibhethri ye-lithium-ion-voltage engu-3.6V, isisindo sicishe sibe ngu-40% silula kunebhethri le-nickel-hydrogen, kodwa umthamo walo ungama-60% noma ngaphezulu kunebhethri le-nickel-hydrogen, impilo ilingana nebhethri le-nickel-cadmium, kodwa ayimelani nokushajwa ngokweqile, futhi izinga lokushisa liphezulu kakhulu Kulula ukubangela ukuba isakhiwo sicekelwe phansi futhi sishise noma siqhume ngokuzenzakalelayo. Kuphinde kube yibhethri elisetshenziswa kakhulu ezimotweni ezintsha zamandla.

4. Ibhethri ye-lithium polymer battery-voltage 3.7V, uhlobo oluthuthukisiwe lwebhethri ye-lithium ion, elizinze kakhulu kuneyangaphambili, futhi okwamanje iwubuchwepheshe obuphakeme kakhulu bamabhethri e-lithium phakathi kwezimoto zamandla ezintsha ezivame ukusetshenziswa.

5. I-lead-acid battery-voltage 2.0V, ibhethri elivamile lamabhethri emoto, elinempilo ende yesevisi, usayizi omkhulu nesisindo.

Njengamandla, amabhethri e-lithium ane-voltage ephezulu, okungukuthi amabhethri e-lithium-ion noma amabhethri e-lithium polymer, avame ukusetshenziswa. Kungakhathaliseki ukuthi hlobo luni lwebhethri ye-lithium, inesici sokungakwazi ukumelana nokushaja, okungukuthi, ukuzinza okubi, okuyinkinga.