Quick Details
- Color:yellow
- size:114(L)*61(W)*203(H)mm
- type:TSWB-LYP60AHA
- brand:Winston Battery
- weight:9.7kg
- Nominal Capacity:300Ah
- Charge Voltage:4.0V
- Discharge Voltage:2.8V
- Internal Resistance:≤0.3mΩ
- Max. Continuous Discharge Current:≤3CA
- Max. Impulse Discharge Current:≤10CA
- Processing Time:7-10 days
- Port:shenzhen
- Supply Ability: 10000 Pieces Per Month
- Brand Name:winston
60Ah
Thundersky Winston LiFePO4 Battery LiFeYPO4
Model
TSWB-LYP300AHA
Nominal Capacity
360Ah
Size
114(L)*61(W)*203(H)mm
Operation Voltage
Charge
4.0V
Discharge
2.8V
Internal Resistance
≤0.55mΩ
Max Discharge Current
Constant Current
≤3CA
Impulse Current
≤10CA
Max Charge Current
180A(3CA)
Standard Charge/Discharge Current
30A(0.5CA)
Temperature Durability of Case
≤200℃
Operation Temperature
Charge
-45℃~85℃
Discharge
Storage Humidity
≤75%RH
Self-discharge Rate
≤1%(Monthly)
Weight
2.3Kg±50g
High power LiFePO4 (LFP) Battery produced for electric vehicles and energy storage system with capacity of 60Ah Winston Battery. Winston Battery lithium LiFeYPO4 high
power cells. - The Winston Battery products offer high power solutions for all kinds of lithium cell applications. 300AH Winston Battery Cell Model: WB-LYP300AHA Nominal Capacity:60AH Operating
Voltage: 2.8V~4.0V Weight: 2.3kg±100g Dimensions: 114(L)*61(W)*203(H)mm
Thunder-Sky Winston Battery is a high power lithium iron
phosphate (LiFePO4) battery with high capacity from 40AH to 10000AH, which can be used widely in Energy Storage Systems, EV, UPS, and so on. Our Lithium-Ion Battery has excellent performance, high
stability, and a long lifetime. Winston Battery has become a world leader in Lithium Iron Phosphate for power applications. These batteries are sturdy, with a lifespan of over 5000 cycles at 80%
DOD (depth of discharge). We use these batteries for traction applications (EV,industry, etc..) But also for stationary batteries (Off Grid, Smart Grid, standalone applications, etc..). Lithium
Iron Phosphate cells are used in self-consumption projects requiring high capacity. The high energy stored in these cells also allows traction for heavy vehicles (trucks, industrial machinery,
marine applications, etc.