izinto eziphathekayo kwiibhetri ze-lithium kwixesha elizayo

(1) I-silicon carbon composite material anode, ukuxinana kwamandla aphezulu, ukusetyenziswa kwemizi-mveliso ngaphezu kwe-400Wh / kg, kodwa ukwanda komthamo omkhulu, ukungahambi kakuhle;

(2) I-Lithium titanate, imijikelezo engaphezu kwe-10000, ukuguqulwa kwevolumu <1%, akukho kwakheka kwe-dendrite, ukuzinza okulungileyo, ukutshaja ngokukhawuleza, kodwa ixabiso eliphezulu, ubuninzi bamandla aphantsi, malunga ne-170Wh / kg;

(3) I-Graphene ingasetyenziselwa njengento ye-anode kunye ne-additive, kunye ne-conductivity enhle, isantya sokudluliselwa kwe-ion ngokukhawuleza, umphumo wokuqala malunga ne-65%, ukujikeleza kakubi kunye nexabiso eliphezulu.

(4) Ibhetri ye-lithium manganese etyebileyo, ubuninzi bamandla malunga ne-900Wh / kg, isityebi kwizinto eziluhlaza, kodwa umphumo wokuqala ophantsi, ukhuseleko olubi kunye nokuhamba ngebhayisikile, ukusebenza okuphantsi kokuphindaphinda;

(5)i-NCM triode, ngokubanzi i-250Wh / kg, i-silicon carbon cathode malunga ne-350Wh / kg;

(6) I-carbon nanotubes, i-carbon nanotubes ine-conductivity elungileyo yombane kunye ne-thermal conductivity;

(7) i-diaphragm yefilimu, i-membrane yesiseko + i-PVDF + i-Bomstone, iphucula ukunyanzeliswa kwe-diaphragm shrinkage, i-conductivity ephantsi ye-thermal, ukukhusela konke ukushisa ngaphandle kokulawula;

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(9) I-adhesive esekelwe emanzini, ukukhuselwa kwendalo kunye nempilo.