Ukusebenza Okuhamba phambili Kwemboni
Ibhethri ye-lithium titanate iwuhlobo lwe-lithium ion yebhethri ye-anode impahla - i-lithium titanate, ingasetshenziswa ne-lithium manganese oxide, izinto ze-ternary noma i-lithium iron phosphate nezinye izinto ze-cathode ukwenza i-2.4V noma i-1.9V ibhethri lesibili le-lithium ion.Ngaphezu kwalokho, ingasetshenziswa futhi njenge-electrode eqondile, ene-metal lithium noma i-lithium alloy negative electrode ukwakha ibhethri lesibili le-lithium elingu-1.5V.Ngenxa yokuphepha okuphezulu, ukuzinza okuphezulu, impilo ende kanye nezici eziluhlaza ze-lithium titanate.
Izinzuzo
Amandla kagesi e-LTO aphakeme kunalawo e-lithium ehlanzekile, ngakho-ke akulula ukukhiqiza i-lithium dendrites, ethuthukisa ukusebenza kokuphepha.
Uma kuqhathaniswa nezinto ze-carbon anode, i-lithium titanate ine-coefficient ephezulu ye-lithium ion yokusabalalisa futhi ingashajwa futhi ikhishwe ngenani eliphezulu.
Ngokusho kwedatha yokuhlola, umjikelezo ogcwele wokushaja nokukhishwa kwebhethri ye-lithium titanate ungafinyelela izikhathi ezingaphezu kuka-30,000.
Imininingwane Esheshayo
Igama lomkhiqizo: | Iwaranti Yeminyaka Eyishumi 2.5V Lithium Titanate Ibhethri | Nom.Amandla kagesi: | 2.5V |
I-Voltage esebenzayo: | 1.2-3.0V | I-OEM/ODM: | Kuyamukeleka |
Isiqinisekiso: | Iminyaka engu-10 |
Amapharamitha womkhiqizo
Umkhiqizo | 16Ah | 18Ah |
I-Nominal Voltage(V) | 2.5 | |
Amandla kagesi asebenzayo(V) | 1.2-3.0 | |
Ubukhulu | 144(H)*60(φ)mm | |
Inkokhelo Ephezulu Yamanje(A) | 320 | 360 |
Isilinganiso se-Max Charge C | 20 | |
Ukukhipha Okuphezulu Kwamanje (A) | 800 | 900 |
Isilinganiso sokukhipha C esiphezulu | 50 | |
Isikhathi Somjikelezo | 1Ccycle:30000 izikhathi 3Ccycle:10000times 5Ccycle:6000times | |
Izinga Lokushisa Lokusebenza | Ukushaja/ukukhipha : -40D°C-60°C | Isitoreji:-40D°C-65°C |
*Inkampani inelungelo lokugcina lokuchazwa nganoma yiluphi ulwazi olwethulwe lapha
Izicelo Zomkhiqizo
Kungabikezelwa ukuthi izinto ze-lithium titanate eminyakeni engu-2-3, zizoba isizukulwane esisha se-lithium ion battery cathode material futhi isetshenziswa kabanzi ezimotweni ezintsha zamandla, izithuthuthu zikagesi kanye nezicelo ezidinga ukuphepha okuphezulu, ukuzinza okuphezulu nomjikelezo omude.