Ibhetri ye-lithium ion yokugcina amandla ihlawulisa ngokuchanekileyo kwaye ikhuphe

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Indlela yokutshaja echanekileyo: (1) Indlela yokutshaja esemgangathweni: Ukutshaja kwi-0.2c5 yangoku rhoqo kwi-voltage ye-terminal yebhetri yi-4.20V, utshintsho kwi-charge yoxinzelelo oluqhubekayo, ukuya kumbane wokutshaja. <0.

I-01c5 ithathwa njengezaliswe. Indlela yokutshaja esemgangathweni isoloko isetyenziswa ekulinganiseni umthamo webhetri, kuba icotha kakhulu, ayifane isetyenziswe kusetyenziso lwemihla ngemihla. (2) Indlela yokutshaja ngokukhawuleza: ukutshaja kwi-1C5 yangoku rhoqo kwi-voltage ye-terminal yebhetri yi-4.

I-20V, utshintsho kwi-charge yangoku eqhubekayo, kwi-charge yangoku <0.01c5. Tips for rapid charging method: 1 The initial charging current cannot be too large, so as not to overheat the battery, there is a leakage, burst phenomenon.

2 Xa i-terminal yebhetri ifikelele kwi-4.20V, akuyimfuneko ukuhambisa uxinzelelo oluqhubekayo ngokukhawuleza, i-voltage iphezulu (impazamo <0.5%), and it is not possible to measure four more than 10,000 meter measuring.

Indlela yokukhutshwa kwebhetri ye-lithium-ion yokugcinwa kwamandla: (1) Indlela yokukhutshwa okusemgangathweni: ikhutshwe kwi-0.2c5 yangoku rhoqo kwi-voltage yokuphela kwebhetri yi-2.75V.

Ngenxa yokuba kunzima ukuhlangabezana nale meko kusetyenziso lwemihla ngemihla, ayibalulekanga, le ndlela isetyenziswa ngokuqinileyo ukulinganisa umthamo webhetri. (2) Indlela yokukhupha ngokukhawuleza: Ngenxa yokuba ibhetri ye-lithium ion incinci, i-current ephezulu ikhutshwe, kwiqondo lokushisa, ukukhutshwa kunokukhutshwa ngaphezu kwemizuzu ye-54 (90%); Ixesha lokukhutshwa kwe-1.5c5 lingaphezulu kwemizuzu engama-30; I-2C5 Ixesha lokukhutshwa lingaphezulu kwemizuzu engama-23; kwaye lixesha lokwenza ixesha elifutshane ukukhutshwa okukhulu ngoku.

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