izinto zokwakha zamabhethri e-lithium esikhathini esizayo

(1) I-silicon carbon composite anode material, ukuminyana kwamandla aphezulu, ukusetshenziswa kwezimboni ezingaphezu kuka-400Wh/kg, kodwa ukunwetshwa kwevolumu okungathi sína, ukungahambi kahle kwegazi;

(2) I-Lithium titanate, imijikelezo engaphezu kuka-10000, ukuguqulwa kwevolumu <1%, akukho ukwakheka kwe-dendrite, ukuzinza okuhle, ukushaja okusheshayo, kodwa intengo ephezulu, amandla aphansi aphansi, mayelana ne-170Wh / kg;

(3) I-Graphene ingasetshenziswa njenge-anode material kanye nesengezo, ngokusebenza kahle, izinga lokudlulisa i-ion esheshayo, umphumela wokuqala ongaba ngu-65%, ukujikeleza okubi kanye nenani eliphezulu.

(4) Ibhethri elicebile le-lithium manganese, ukuminyana kwamandla okungaba ngu-900Wh/kg, okucebile ngezinto ezingavuthiwe, kodwa umphumela wokuqala ophansi, ukuphepha okubi nokuhamba ngebhayisikili, ukusebenza okuphindaphindekayo okuphansi;

(5)NCM triode, ngokuvamile 250Wh / kg, silicon carbon cathode mayelana 350Wh / kg;

(6) Ama-nanotube ekhabhoni, ama-nanotube ekhabhoni ane-conductivity kagesi enhle kanye ne-thermal conductivity;

(7) i-diaphragm yefilimu, i-base membrane +PVDF + Bomstone, ithuthukise ukumelana nokuncipha kwe-diaphragm, ukuqhutshwa kokushisa okuphansi, ukuvimbela konke ukushisa ngaphandle kokulawula;

(8) I-electrolyte ye-voltage ephezulu, kusobala ukuthi ngokwanda kwamandla kagesi, i-voltage nayo iyanda ngokufanele;

(9) Okunamathelayo okusekelwe emanzini, ukuvikelwa kwemvelo kanye nempilo.