Yawancin lokaci ana amfani da LFPs don maye gurbin baturan gubar-acid.An yi niyya don amfani da shi akan dandamali na aikin yanki, injin bene, raka'a jan hankali, ƙananan motocin sauri da tsarin ajiyar makamashi.
Lithium baƙin ƙarfe phosphate ya fi jurewa ga cikakken cajin yanayi kuma ƙasa da damuwa fiye da sauran tsarin lithium-ion idan ana kiyaye babban ƙarfin lantarki na ɗan lokaci.A matsayin ciniki-kashe, ƙananan ƙarfin lantarki na 3.2V / cell yana rage takamaiman makamashi.Har ila yau, ƙananan yanayin zafi zai rage aiki, kuma yanayin zafi mai girma zai rage tsawon rayuwa, amma har yanzu ya fi gubar acid, nickel cadmium ko nickel karfe hydride.Lithium phosphate yana da mafi girman fitar da kai fiye da sauran baturan lithium-ion, wanda zai iya haifar da matsalolin daidaitawa yayin da suke tsufa.
Lithium baƙin ƙarfe phosphate ya fi jurewa ga cikakken cajin yanayi kuma ƙasa da damuwa fiye da sauran tsarin lithium-ion idan ana kiyaye babban ƙarfin lantarki na ɗan lokaci.A matsayin ciniki-kashe, ƙananan ƙarfin lantarki na 3.2V / cell yana rage takamaiman makamashi.Har ila yau, ƙananan yanayin zafi zai rage aiki, kuma yanayin zafi mai girma zai rage tsawon rayuwa, amma har yanzu ya fi gubar acid, nickel cadmium ko nickel karfe hydride.Lithium phosphate yana da mafi girman fitar da kai fiye da sauran baturan lithium-ion, wanda zai iya haifar da matsalolin daidaitawa tare da tsufa.
Batirin lithium masu ƙarfi galibi sun ƙunshi na'urorin lantarki masu inganci, na'urorin lantarki mara kyau, masu amfani da lantarki, masu rarrabawa, da sauransu, kuma suna buƙatar ƙarfin ƙarfin ƙarfi, tsawon rai, aminci da aminci.Ka'idar aikinsa ita ce motsin electrons yana faruwa ta hanyar halayen sinadarai tsakanin kayan lantarki masu inganci da mara kyau da kuma electrolyte don samar da wutar lantarki.Yayin caji (ɗaukar kimar batirin lithium-ion a matsayin misali), ingantaccen lantarki na baturin yana haifar da Li﹢, Li﹢ yana raguwa daga ingantacciyar wutar lantarki, kuma ana shigar da shi cikin gurɓataccen lantarki ta hanyar electrolyte;akasin haka, lokacin da ake fitarwa, Li﹢ yana rarrabuwar kawuna daga gurɓataccen lantarki kuma a saka shi cikin ingantaccen lantarki ta hanyar electrolyte.
Lokacin aikawa: Juni-03-2019