Izithuthi ezitsha zamandla zihlala zibonisa indlela yokuphuhlisa ngokukhawuleza phantsi kwesikhokelo semigaqo-nkqubo. Xa kuthelekiswa nezithuthi zamafutha esiko, eyona nto iphambili kwizithuthi zamandla amatsha kukuba banokunciphisa ungcoliseko lwendalo olubangelwa sisithuthi, esihambelana nophuhliso lophuhliso oluzinzileyo nolwenziweyo.
Uphuhliso olukhawulezileyo lwetekhnoloji yombane lubeke phambili kwiimfuno eziphezulu zokusebenza kweebhetri ze-liium-ion, ezikhuthaze uphando lwesizukulwana esitsha se-lithium-ion.

Xa kuthelekiswa nezixhobo zangoku ze-cirbon ezisekwe kwi-carbon, izixhobo ze-silicon naseJebheli i-Arade zinenqanaba eliphezulu kunye noxinano lwamandla, ke zithathwa njengezixhobo ezikhoyo kwiibhetri ezilandelayo zeLithium-ion.

I-Silicon esekwe kwi-micro-Nano ye-Nanon kunye ne-carbon kunye nezinye izinto zinokuphucula ubomi obuthile, ngakumbi i-silicon, ethe yasetyenziswa kwibhetri ye-lithium anode. Njengentsebenzo engcono kune-silicon, i-jamanium ineengenelo zokubuyela umva, iqonga lemithombo-moya ephantsi, kunye nokuphumelela kwi-elektroniki kunye ne-lithium ion kune-silicon. Ke ngoko, i-jabhelium ngumgqatswa onamandla we-Lithium-i-Ion ye-Lithium yamandla e-Anode ye-Anode. Okwangoku, abaphandi bazama ukulungiselela izixhobo ezahlukeneyo zase-Gemaniatus zokuphucula ukusebenza kwe-elektrode zazo.
IHongwu Nano ibonelela ngebhetri esemgangathweni ye-anode, enjenge-nano esilicon powder, i-nano ye-nano ye-nano yase-Nano yase-Nano yase-Nano yase-Nano ye-Nanoium, ye-carbon natotibes, njl.
I-Nano Silicon powder, I-50n0nm, 80-100nm, i-99% +, isiphatho esihle;
I-100-200nm, i-99.9% +, 200-300nm, i-300-500nm, 1um, i-Amorphous njl.
I-NAno yaseJemanium, 30-50n, 100-200nm, 200-300nm, i-300-500nm, i-99.9%
Umgangatho onokuthenjwa, ubonelelo oluninzi, fikelela ngokwezifiso, nayiphi na iimfuno zamkelekile kumbuzo!