Ibhetri yeLithium polymer, okanye ngokuchanekileyo ibhetri ye-lithium-ion polymer ibhetri ehlaziywayo yeteknoloji ye-lithium-ion usebenzisa i-polymer electrolyte endaweni ye-electrolyte engamanzi. I-conductivity ephezulu ye-semisolid (gel) iipholima zenza le electrolyte. Ezi bhetri zibonelela ngamandla athile aphezulu kunezinye iintlobo zebhetri ye-lithium kwaye zisetyenziselwa izicelo apho ubunzima buyinto ebalulekileyo, njengezixhobo eziphathwayo, iinqwelo-moya ezilawulwa ngumsakazo kunye nezinye izithuthi zombane.
Iiseli zeLiPo zibonelela abavelisi ngeenzuzo ezinyanzelisayo. Banokuvelisa ngokulula iibhetri phantse nayiphi na imilo enqwenelekayo. Ngokomzekelo, isithuba kunye neemfuno zobunzima bezixhobo eziphathwayo kunye neekhompyuter zeencwadana zinokufezekiswa. Kwakhona banezinga eliphantsi lokuzikhupha, elimalunga ne-5% ngenyanga.
Hoppt ukusebenza yokhuseleko imveliso iqinisekisiwe
| Umthamo wegama | 2200mAh |
| Min. Umthamo | 2000Ah |
| I-Impedance yeSeli yokuqala | Iimitha ezingama-120 |
| Ubomi bokujikeleza | > 300 (ngokukhutshwa kwe-0.2C) |
| Ixabiso eliqhelekileyo | 3.85V |
| Umbane wokuqala | 3.00V |
| Ibhetri ipakethi Ukutyeba max. | ≈6.3MM |
| Ibhetri ipake Ububanzi max. | ≈40MM |
| Ibhetri ipakethe Ubude max. | 63mm |
| Pakisha i-Impedans | ≤Ngama-150mΩ |
| Uhlobo lweseli | Ibhetri yeLithium polymer |
| Ubushushu beNkunkuma | 0～ 60℃ |
| Iqondo lokushisa | 5～ 50℃ |
| Umbane wokuTshaja oMda | 4.35V |
| Ingozi Sika-off | 3.00V |
| Indlela yokuTshaja esemgangathweni | I-0.2C CC intlawulo yangoku ukuya kwi-4.35V, emva koko intlawulo ye-CV ide iyehle ngoku 0.01C |
| Uluhlu lokufuma olusebenzayo | Iipesenti ezingama-90 zeRH |
| Ukutshaja okusemgangathweni ngoku | 0.2C |
| Ixesha elimiselweyo lokuTshaja | iiyure 6 ~ 7 |
| UkuTshaja ngokuKhawuleza ngoku | 0.5C |
| Ixesha lokuTshaja ngokukhawuleza | malunga nee3.5hours |
| Ukukhutshwa komgangatho wangoku | 0.2C |
| Ubukhulu. Ukuchitha ngoku | 1C |
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