Izinga lokubola kwezinhlanganisela ze-ternary alihlehliseki. Lapha, kusafanele siqale kusukela kusakhiwo sebhethri. Amabhethri e-ternary lithium asebenzisa ama-polymers e-ternary, okuhlanganisa i-nickel, i-cobalt, ne-manganese (noma i-aluminium) njengezinto ze-cathode. Ngokusho kwesimiso sokusebenza sebhethri ye-lithium ye-ternary, lapho ibhethri ishajwa, idatha ye-lithium ion ku-electrode enhle iphuma ku-electrode eqondile futhi ingena ku-electrode graphite engalungile ngegebe; I-lithium ion iphuma ku-anode graphite bese ibuyela kudatha ye-anode ngegebe.

Ngokuqhubeka kwenqubo yokushaja nokukhipha, ama-ion e-lithium afakwa ngokuqhubekayo futhi akhishwe kuma-electrode aqondile noma angalungile. Ukuthatha ibhethri njengesibonelo, lapho amandla ephelile, umjikelezo wokushaja uqedwa ngesikhathi sokushaja, okuholela ekuphelelweni kwebhethri. Isibonelo, impilo yomjikelezo webhethri le-ternary lithium cishe izikhathi eziyi-1,000. Uma ibhethri lisetshenziswa kanye, impilo yebhethri iyonke incipha ngesikhathi esisodwa, okushiya izikhathi ezingu-999 ezisele. Isibonelo, ngemva komjikelezo ngamunye, ibhethri izobola, okuyinto engenakuhlehliswa.

Isibonelo, i-electrolyte yangaphakathi izobola ngezinga elithile. Uma idatha yomsebenzi we-electrode kubhethri kungasebenzi, ukwakheka kwebhethri okuphozithivu nokunegethivu kuzocekelwa phansi, okuzophumela ekwehleni kwenani lokushumeka ion kwe-lithium kanye nokushumeka.

Isimo sebhethri sisonke, kanye nokusetshenziswa kwangempela kwebhethri, uma ibhethri likwazi ukwenza imijikelezo engu-1000 kuphela yokushaja nokukhipha, imijikelezo yokushaja nokukhipha, amandla ephakethe lebhethri azobonakala sengathi anciphile. Ngokwebanga lokushayela, okusho ukuthi, ingagijima kuphela ngokushaja okuphelele. Ibanga eliya ephuzwini lokuqala. Njengoba ukubola kwebhethri kungenakuhlehliswa, ukubukeka kwe-appendix kungashintshwa kuphela ebhethrini.
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