YinLong 35Ah LTO66160F Nano Lithium Titanate Battery Cells
keheng factory direct supply of LTO battery cells,wholesale yinlong 35Ah LTO66160F nano lithium titanate battery cell,for electric sightseeing vehicle.
Specification
Brand: YinLong
Material Science: The lithium-titanate-oxide (LTO)
Model: 66160F
Nominal capacity: 35Ah
Nominal voltage: 2.3V
Recommended charging voltage: 2.8V
Recommended discharge voltage: 1.5V
Cycle life: ≥25000 Cycles
Dimensions: 66*160mm
Terminal: M12
Weight: Approx. 1.24kg
Operating temperature:
Charging: -50℃~60℃
Discharging: -50℃~60℃
LTO Battery Application
LTO Battery Wide Application,Super Capacity,widely application for energy storage & Power Battery Pack,Used in Engine starting battery, electric bicycle/motorcycle/scooter,
golf trolley/carts, power tools..UPS, Solar and wind power system, RV, caravan…
Performance comparison of lithium titanate batteries
| Cell type | Lead-acid battery | Lithium-iron phosphate batteries | Lithium titanate battery |
| Rated voltage | 2.0V | 3.2V | 2.3V |
| Mass specific energy | 30-45 Wh/kg | 100-170 Wh/kg | 75-100 Wh/kg |
| Volume specific energy | 65-80 Wh/L | 250-400 Wh/kg | 140~200 Wh/kg |
| Suitable temperature | 10-50℃ | -20-55℃ | -50~60℃ |
| Charging time | 6~10hours | 2-3hours | 6-15minutes |
| Cycle life | 300-500times | 2000-3000times | >30000 times |
| The low temperature performance | -20℃ charging: not available | -20℃ charging: not available | -20℃ charging: >85% |
| Charge discharge rate | -20℃ discharge: not available | -20℃ discharge: =70% | -20℃ discharge: >85% |
| Security | 0.1-0.2C | 0.3-2C | 6-10C |
| Environmental protection | security | good | Very safe |
| Lead pollution | Environment friendly | Environment friendly |
LTO Advantages
LTO material has higher electric potential with lithium metal,avoiding lithium dendrite during the process of battery overcharging,and has better safety and stability.Meanwhile,it has three-dimensional lithium-ion transmission channel,which can charge and discharge at high rate;full charging and sicharging from extremely low temperature-50°C to ultra-high temperature 60°C can be realized.
Reviews
There are no reviews yet.