Ibhethri yenkinobho iyingxenye enjani yebhethri?

Ibhethri yenkinobho iyingxenye enjani yebhethri?

Kunezinhlobo eziningi zamabhethri. Njengolunye lwezigaba zebhethri, ibhethri yenkinobho yaziwa ngegama layo. Kuyibhethri elimise okwenkinobho, ngakho libuye libizwe ngebhethri lenkinobho.

Inkinobho yesinxele

Amabhethri enkinobho evamile anokwakheka kwamakhemikhali alandelayo: i-lithium-ion, ikhabhoni, i-alkaline, i-zinc-silver oxide, i-zinc-air, i-lithium-manganese dioxide, amabhethri e-nickel-cadmium aphinde ashajwe, amabhethri enkinobho ye-nickel-metal hydride, njll. Ahlukene ubukhulu, ubukhulu kanye nokusetshenziswa.

Ingxenye eyinhloko yebhethri yenkinobho ye-lithium-ion i-lithium-ion, okuyibhethri elishajwayo elingu-3.6V. Ishajwa futhi ikhishwe ngokunyakaza kwe-lithium-ion, futhi i-lithium-ion ihamba phakathi kwe-electrode eqondile kanye ne-electrode engeyiyo ukuze isebenze. Phakathi nenqubo yokumisa nokukhipha, i-Li iyangena futhi ihlehlise emuva naphambili phakathi kwama-electrode amabili: ngesikhathi sokushaja, i-Li ihlukanisa i-electrode enhle futhi ingena ku-electrode engalungile nge-electrolyte; ngokuphambene nalokho ngesikhathi sokukhishwa. Avame ukusetshenziswa kumabhethri e-headset e-TWS kanye nemikhiqizo ehlukene egqokekayo ehlakaniphile.

Amabhethri enkinobho ye-lithium-manganese dioxide yilokho esivame ukukubiza ngokuthi amabhethri e-lithium manganese. Amabhethri e-lithium manganese angu-3V asetshenziswa kakhulu futhi ngokuvamile amakwa nge-CR

Inkinobho ibhethri

Amabhethri ekhabhoni namabhethri e-alkaline womabili amabhethri omile. Zivame ukutholakala kumabhethri angu-5 no-7. Ngangivame ukusebenzisa i-carbon stick emnyama ebhethrini lekhabhoni njengoshoki wokubhala ngisemncane. Amabhethri ekhabhoni namabhethri e-alkaline ayafana ekusetshenzisweni. Umehluko obaluleke kakhulu ukuthi anezinto ezihlukahlukene zangaphakathi. Uma eqhathaniswa namabhethri e-carbon, ashibhile, kodwa ngenxa yokuthi aqukethe izinsimbi ezisindayo, awahambisani nokuvikelwa kwemvelo, kuyilapho amabhethri e-alkaline avumelana nemvelo equkethe i-mercury. Inani lingafinyelela ku-0%, ngakho-ke kungcono ukusebenzisa amabhethri e-alkaline uma sidinga ukuwasebenzisa. Futhi banelinye igama elibizwa ngokuthi amabhethri e-zinc-manganese. Amabhethri ethu ochungechunge asetshenziswa kakhulu angu-1.5V AG amabhethri enkinobho ye-alkaline ye-zinc-manganese; imodeli imelwe yi-LR, evame ukusetshenziswa kumawashi, izinsiza-kuzwa, neminye imikhiqizo.

Usayizi webhethri lenkinobho ye-zinc-silver oxide nebhethri le-AG akuhlukile kakhulu. Womabili amabhethri angu-1.5V, kodwa okokusebenza kuyengezwa. I-Silver oxide isetshenziswa njenge-electrode esebenzayo esebenzayo, futhi i-zinc isetshenziswa njenge-electrode eyinegethivu (ephozithivu nenegethivu inqunywa ngokuya ngomsebenzi wensimbi wePole)—amabhethri e-alkali ezinto.

Ibhethri yenkinobho ye-zinc-air ihlukile kwamanye amabhethri enkinobho ngoba inembobo encane ku-pozitive casing evuleka kuphela uma isetshenziswa. Izinto zayo zenziwe nge-oxygen njenge-electrode esebenzayo esebenzayo kanye ne-zinc njenge-electrode engalungile.

Amabhethri ohlobo lwenkinobho ye-nickel-cadmium awavamile ukubonakala emakethe, futhi aqukethe i-cadmium, ebangela ukungcoliswa okukhulu kwemvelo.

Ibhethri lenkinobho ye-nickel-metal hydride liphinde lishajwe elingu-1.2V. Yakhiwe ngezinto ezisebenzayo ze-NiO electrode ne-metal hydride, futhi ukusebenza kwayo kuhle kakhulu.

Ibhethri yenkinobho iyingxenye enjani yebhethri? Uyazi ngemva kokufunda lesi sihloko? Ibhethri lenkinobho limelela kuphela ukuma kwesiphepho, futhi ukusebenza okuhlukahlukene nezinzuzo kusadingeka kuhlaziywe futhi kuhlolwe ngakunye ngakunye.