Yinlong Gree original 2.3V LTO 66160H 40ah original grade A for EV high voltage battery pack
Yinlong Gree original 2.3V LTO 66160H 40ah original grade A for EV high voltage battery pack
Couldn't load pickup availability
Yinlong Lithium Titanate BatteryNew energy 2.3V LTO 66160H 40ah 45ah original grade A for EV BESS high voltage battery pack |
It is good for 12V solar street lightning: fast charging
It is good for 12V 24V car audio system: high charging and discharging rate.
It is good for 48V home energy storage system; longer lifespan, more than 25000 times cycle life, more than 30 years lifespan.
It is good for EV, BUS and bigger PV project and BESS design: support for high voltage battery pack.
Safer: no smoking, no fire, no explosion.
Item | Yinlong New energy 2.3V LTO 66160H 40ah original grade A for EV high voltage battery pack |
Voltage | 2.3V |
Brand | Yinlong |
Cut off charge voltage | 2.8V |
Cut off discharge voltage | 1.5V |
Weight | 1.25KG |
Packing | 18pcs/box, 24KG/box |
Packing szie | 56*27*28 |
Cycle life | more than 25000 times |
Max constant discharge current | 10C(400A) |
Max pulse discharge current | 20C(800A) |
Working temperature | -50 degree to 60 degree |
Dimension | 66mm -diameter, 160mm--length |
Stud terminal | m12 |
Widely working temperaure: -50 to 60 degree, it is very good for extrem cold place: such as Russia, North of EU and other cold place, as well it is good for the extreme higher temperature place: such as Africa.
-
Fast charging and discharging: 6-15 minutes fully charged.
The ratio property of the battery material is determined by the ionic conductivity and the electronic conductivity. The lithium ion diffusion coefficient of Lithium titanate material is several hundred times higher than that of graphite, which can make the battery have 10C high rate charge-discharge performance.
-
Longer Lifespan(Life cycles≥25000 times)
The structure of Lithium titanate is spinel. The lattice parameter of Lithium titanate increases from 0.836 to 0.837 ΜM (1 nm 10 ΜM) , the volume change is only 0.3% , and the structure of lithium titanate has little change Good cycle stability.
-
High Safety
Super high safety: No fire, no smoking, no explosion.
The graphite carbon anode series formed SEI (solid electrolyte, plasmamembrane) at the interface of electrolyte when it was working, and the Sei film had poor high temperature stability. However, lithium titanate materials do not form Sei film in the traditional sense, so the stability is better.
-
Wide Voltage (-50℃ +60℃)
The lithium titanate battery can be fully charged and discharged in a wide temperature range of-50 °C ~ + 60 °C. Batteries in other lithium-ion chemical systems can hardly be charged at temperatures below zero.The Voltage and IR are matched