Marka la dallacayo baytariga lithium-ion, ku dallaca hadda iyo korantada ku dallaca waa in la xakameeyaa si waafaqsan wakhtiga.Sidaa darteed, shaqada cilmi-baarista ee awoodda lithium-ion batari waa in si tartiib tartiib ah loo fuliyaa iyada oo ku saleysan si cad u fahma ay ku amraya iyo sifooyinkiisa, taas oo ah, arrimaha ugu muhiimsan ee saameeya waxqabadka ku dallaca baytariyada lithium-ion: danab iyo hadda.
1. VoltageKorantada magacaaban ee baytariyada lithium-ion waa guud ahaan 3.6V ama 3.7V (waxay kuxirantahay soo saaraha).Danab-ka-joojinta kharashka (sidoo kale loo yaqaan danab sabbeynaya ama danab sabeynaya) guud ahaan waa 4.1V, 4.2V, iwm, taas oo ku xidhan walxaha korantada gaarka ah.Guud ahaan, danab joojinta waa 4.2V marka walxaha korantada taban uu yahay graphite, iyo danab joojinta waa 4.1V marka walxaha korantada taban uu yahay kaarboon.Isla batari isku mid ah, xitaa haddii korantada bilowga ahi ay ka duwan tahay inta lagu jiro dallacaadda, marka awoodda batarigu gaadho 100%, tamarta kama dambaysta ahi waxay gaadhi doontaa isla heerkaas.Inta lagu guda jiro dallacaadda baytari lithium-ion, haddii danabku aad u sarreeyo, xaddi badan oo kuleyl ah ayaa ka dhalan doona gudaha batteriga, kaas oo dhaawac u geysan doona qaab dhismeedka koronto ee batteriga ama sababa wareeg gaaban.Sidaa darteed, waxaa lagama maarmaan ah in lala socdo korantada dallacaadda ee batteriga inta lagu jiro isticmaalka bateriga si loo xakameeyo korantada gudaha xadka korantada ee la oggol yahay.
2. Hadda.Habka dallacaadda wuxuu u baahan yahay inuu xakameeyo dallacaadda hadda.Dallacaadda hadda ee batteriga waxaa lagu go'aamiyaa awoodda magaca ah ee batteriga.Astaanta awoodda magaceedu waa C, cutubkuna waa "Ah".Habka xisaabinta waa: C = IT (1-1) Qaaciddada, waxaan ahay qulqulka joogtada ah ee hadda jira, T waa wakhtiga dheecaanka.Tusaale ahaan, in lagu dallaco baytari awooddiisu tahay 50Ah oo hadda ah 50A, waxay qaadanaysaa 1 saac in uu si buuxda u dalacsiiyo batteriga.Waqtigan xaadirka ah, heerka dallacadu waa 1C, iyo heerka dallacaadda inta badan la isticmaalo waa inta u dhaxaysa 0.1C iyo 1C.Guud ahaan, habka dallacaadda waxa loo qaybiyaa saddex nooc: dallacaadda tartiib-tartiib ah (sidoo kale loo yaqaan trickle charging), dallacaadda degdegga ah iyo dallacaadda-xawaaraha sareeyo iyadoo loo eegayo heerarka kala duwan ee dallacaadda.Xilliga dallacaadda qunyar socodka ah waxay u dhaxaysaa 0.1C iyo 0.2C;dallacaadda hadda ee dallacaadda degdegga ah waxay ka weyn tahay 0.2C balse in ka yar 0.8C;dallacaadda hadda ee dallacaadda aadka u degdegga ah ayaa ka weyn 0.8C.Maadaama batarigu leeyahay iska caabin gudaha ah oo gaar ah, kuleylkiisa gudaha wuxuu la xiriiraa hadda.Marka wakhtiga shaqada ee batteriga uu aad u weyn yahay, kulaylkiisu wuxuu keenayaa in heerkulka batteriga kor u kaco qiimaha caadiga ah, taas oo saameyn doonta badbaadada baytariga oo xitaa sababi doonta qarax.Marxaladda hore ee dallacaadda, xitaa haddii batteriga aad u qoto dheer yahay, si toos ah looguma dallaci karo qulqul weyn.Iyo marka dallacadu sii socoto, awoodda batteriga ee uu ku aqbalo hadda waa la dhimay.Sidaa darteed, habka lagu dallaco batteriga, dallacaadda hadda jirta waa in la xakameeyaa iyadoo loo eegayo xaaladda gaarka ah ee batteriga.
