Sabbin motocin makamashi koyaushe suna nuna saurin ci gaba a ƙarƙashin jagorancin manufofi.Idan aka kwatanta da motocin man fetur na gargajiya, babbar fa'idar sabbin motocin makamashi ita ce za su iya rage gurɓatar muhalli da hayakin abin hawa ke haifarwa, wanda ya yi daidai da manufar ci gaba mai dorewa da sake amfani da su.
Haɓaka saurin haɓaka fasahar abin hawa na lantarki ya gabatar da buƙatu mafi girma don aiwatar da batirin lithium-ion, wanda ya zazzage binciken sabon ƙarni na kayan anode na baturi na lithium-ion tare da takamaiman iya aiki da tsawon rayuwa.

Idan aka kwatanta da na yanzu kasuwanci na tushen anode kayan, Silicon da germanium-tushen anode kayan da mafi girma takamaiman iya aiki da kuma makamashi yawa, don haka an dauke su a matsayin m anode kayan na gaba-tsara baturi lithium-ion.

Silicon da germanium tushen micro-nano Tsarin da hadawa tare da carbon da sauran kayan iya inganta sake zagayowar rayuwar silicon da germanium anode kayan zuwa wani gwargwado, musamman silicon, wanda aka kasuwanci amfani da matsayin lithium baturi anode.A matsayin mafi kyawun aiki fiye da silicon, germanium yana da fa'idodin babban ƙarfin juzu'i, dandamali mara ƙarfi, da haɓakar lantarki mafi girma da diffusivity na lithium fiye da silicon.Don haka, germanium ɗan takara ne mai ƙarfi don kayan anode baturi mai ƙarfi na lithium-ion.A halin yanzu, masu bincike suna ƙoƙarin shirya nau'ikan nanostructured na germanium don inganta aikin su na lantarki.
Hongwu Nano yana ba da kayan anode na baturi mai inganci, kamar nano silicon foda, nano germanium foda, kayan carbon nanotubes, da sauransu.
Nano silicon foda, 30-50nm, 80-100nm, 99%+, kyakkyawan yanayi;
100-200nm, 99.9%+, 200-300nm, 300-500nm, 1um, amorphous da dai sauransu.
Nano germanium foda, 30-50nm, 100-200nm, 200-300nm, 300-500nm, 99.9%
Ingantacciyar inganci, wadata mai yawa, keɓance samuwa, kowane buƙatu maraba da yin bincike!