A cikin 'yan shekarun nan, masana'antar batirin lithium-ion ta ƙasata ta sami ci gaba cikin sauri, kuma rabon kasuwar duniya ya ci gaba da haɓaka.Sakamakon babban saka hannun jari a masana'antar batirin lithium-ion, buƙatar kayan anode baturi na lithium-ion ya ci gaba da hauhawa.Idan aka kwatanta da graphite anode, silicon anode yana da mafi girma taro yawa makamashi yawa da girma makamashi yawa.Matsakaicin adadin kuzari na batirin lithium-ion ta amfani da kayan silicon anode za a iya ƙarawa da fiye da 8%, kuma ana iya ƙara yawan ƙarfin ƙarfin da fiye da 10%, kuma a lokaci guda a kowace kilowatt-hour na baturi Farashin zai iya. za a rage da aƙalla 3%, don haka silicon anode abu zai sami faffadar aikace-aikace fatan.

Ana amfani da Silicon azaman abu mara kyau na batir lithium, tare da takamaiman ƙarfin fitarwa na 4200m Ah·g-1, wanda yake da ƙimar bincike mai girma.
Nazarin ya nuna cewa girman nau'in siliki na anode da kuma abin da aka yi amfani da shi zai yi tasiri mafi girma a kan abubuwan da ke cikin lantarki na lantarki.Lokacin da rabon micro-silicon da nano-silicon ya haɗu daidai gwargwado, lokacin da rabon biyu ya kasance 8: 2, tsarin lantarki shine mafi kwanciyar hankali kuma sake sake zagayowar yana da kyau.Ƙimar ƙayyadaddun ƙayyadaddun ƙarfin baturi na farko ya fi girma, ya kai 3423.2m Ah·g-1, kuma ƙarfin farko shine 78%.Bayan makonni 50 na hawan keke, takamaiman ƙarfin fitarwa ya kasance a 1105.1m Ah·g-1.Amfani da micron silicon foda da nano silicon foda hadawa, ruwa na tushen binder sodium alginate, da dai sauransu, yadda ya kamata inganta sake zagayowar yi na silicon anode na lithium-ion baturi, da kuma inganta electrochemical yi na silicon anode.

A sama don bayanin ku, cikakken aikace-aikacen zai buƙaci gwajin ku, godiya.