Ibhethri ye-lithium ion yokugcina amandla ishaja ngendlela efanele futhi iyakhipha

著者：Iflowpower – Lieferant von tragbaren Kraftwerken

Indlela yokushaja elungile: (1) Indlela yokushaja ejwayelekile: Ukushaja ku-0.2c5 amandla angaguquki ku-voltage yetheminali yebhethri ngu-4.20V, ukushintshela ekushajweni kwengcindezi engaguquki, ukuya kwamandla okushaja <0.

01c5 kuthathwa njengokugcwaliswa. Indlela yokushaja ejwayelekile ivamise ukusetshenziswa ekulinganisweni komthamo webhethri, ngoba ihamba kancane, ayivamile ukusetshenziswa ekusetshenzisweni kwansuku zonke. (2) Indlela yokushaja ngokushesha: ukushaja ku-1C5 yamanje engaguquki ku-voltage yetheminali yebhethri ngu-4.

20V, shintshela ekushajweni kwamanje okungaguquki, kuya ekushajweni kwamandla <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 Lapho i-terminal yebhethri ifinyelelwa ku-4.20V, akudingekile ukudlulisa ukucindezela okuqhubekayo ngokushesha, i-voltage iphezulu (iphutha <0.5%), and it is not possible to measure four more than 10,000 meter measuring.

Indlela yokukhipha ibhethri ye-lithium-ion yokugcina amandla: (1) Indlela yokukhipha evamile: ekhishwa kusukela ku-0.2c5 yamanje engaguquki kuya ku-voltage yokuphela kwebhethri ingu-2.75V.

Ngenxa yokuthi kunzima ukuhlangabezana nalesi simo ekusetshenzisweni kwansuku zonke, akubalulekile, le ndlela isetshenziselwa ukulinganisa umthamo webhethri. (2) Indlela yokukhishwa okusheshayo: Ngenxa yokuthi ibhethri ye-lithium ion incane, i-high current ikhishwa, ekamelweni lokushisa, ukukhishwa kungakhishwa ngaphezu kwemizuzu engu-54 (90%); 1.5c5 isikhathi sokukhipha singaphezu kwemizuzu engama-30; 2C5 Isikhathi sokukhipha singaphezu kwemizuzu engama-23; futhi sekuyisikhathi sokwenza isikhathi esifushane ukukhishwa okukhulu kwamanje.

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