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HPEV Rechargeable Lithium Batteries With 258 - 361.2V Working Voltage Range ROSH UL

Minimum Order Quantity : 1 unit Price : Negotiation
Packaging Details : Wooden package / unit Delivery Time : 25-30days after received payment
Payment Terms : T/T or L/C Supply Ability : 300 PCS / day
Place of Origin: China Brand Name: SOUNDON
Certification: UN38.3,UL ,CB ROSH Model Number: SD-EV-310-125

Detail Information

Voltage: 310V Capacity: 125Ah
3C Discharge Pulse Current: 100Ah Working Range: 258-361.2V
Weight: 420 Kgs Continuous Discharge Power: 38.6 KW
Protection Level: IP 67 Application: Electric Vehicles ,electric Bus ,electric Sannitation ,electric Trucks ,electric Van
Battery Type: Li Polymer Battery

Product Description

Rechargeable Lithium Battery With High Density 314V125Ah Lithium Car Battery For HPEV

 

 

 Electric vehicle battery cell  performance comparison :

 

Item Cell level energy density, Wh kg Cell level energy density, Wh cycle life, 100% DoD Power rate C-rate Safety thermal runaway onset, °C Rate Voltage , ( V ) Temperature range in using conditions, °C
LiCoO2 170–185 450–490 500 1 C 170 3.6 –20 to 60
LiFePO4(EV/PHEV) 90–125 130–300 2000 5 C cont. 10 C pulse 270 3.2 –20 to 60
LiFePO4(HEV) 80–108 200–240 2000 30 C cont. 50 C pulse 270 3.2 –20 to 60
NCM (HEV) 150 270–290 1500 20 C cont. 40 C pulse 215 3.7 –20 to 60
NCM (EV/PHEV) 155–190 330–365 1500 1 C cont. 5 C pulse 215 3.7 –20 to 60

 

Specificaion :

 

Rater voltage :310V

working voltage range :258-361.2V

capacity :125 Ah

3C rate discharge capacity :100Ah

Total Power :38.6 kWh

SOC discharge % :10-100%

continuous discharge power :38.6 kW

peak discharge power(SOC≥20%):115 last 20S

Environment Temp ℃ :-30--55

Working Temperature ℃ :-20-55

-20℃ discharge capacity: >75Ah 1C discharge

55℃ discharge capacity :>95% 1C discharge

 

 

Li-Ion Advantages :

 

1. Higher voltage in Lithium Ion over Lead Acid 3.7v vs 2.0v (almost 2x)

 

2. Greater Energy Density per unit Weight (3x), Volume (6x)

 

3. Lighter / smaller providing more portability, less storage space, could even eliminate storage boxes

 

4. Tolerates Higher Temp (140F vs 80F), NoAir Conditioning required (vs spending 10% of capacity)

 

5. Faster recharge time, and More time between recharges (26 wks vs continuous or max 2 wks)

 

6. Higher turnaround charge efficiency (97% vs 75%)

 

7. More Discharge Cycles (2x)

 

8. Deeper Discharge Tolerance (95% vs 50%) – Can offset cost due to shallow Lead Acid discharge

 

9. State of Health and State of Charge can be readily and remotely monitored

 

10. Longer time between service (24-36+ mos vs 6 mos)

 

11. Replacement timeframe Li-Ion 5-7 years LeadAcid 1.5 - 2 years

 

 

 

 

 

 

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