EV Battery Pouch Cell

Name: EV Battery Pouch Cell
SKU: Farasis-NMC-58Ah
Price: 17.99 USD
Availability: InStock

SKU: Farasis-NMC-58Ah

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Original price was: $45.99.Current price is: $17.99.

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High Discharge Rate Lithium ion Battery.
3C Max. Continuous Discharge Current.
UN38.3/MSDS Available on Request.
Optional Nickel Plating is Offered Free of Charge.
Applicable to Electric Vehicles, Electric Motor, Electric Scooter…

Shipping

Comprehensive Door-to-Door Shipping Solutions.
International Seafreight to Destination Port. (Port of Discharge)

Delivery

Air Freight, DDP(Delivered Duty Paid): 14~21 days, door-to-door.
Ocean Freight, FCA/FOB/CIF: Vary from 20 to 50 days depends on port of destination, port-to-port.

Warranty

12~36 Months Limited Warranty. (Excluding accident, misuse, abuse, neglect, unauthorized repairs or alterations, or normal wear and tear.)

Dangerous Goods

1. Are lithium batteries considered hazmat for shipping？

Yes. Lithium batteries are classified as Class 9 Miscellaneous Dangerous Goods under international and national transportation regulations (such as the IATA DGR for air transport).
They are considered hazardous material (“hazmat”) for shipping because they pose a risk of:

Short Circuit: Which can lead to overheating.
Fire: If damaged, defective, or improperly packaged, they can catch fire.
Explosion: A fire can lead to a rapid release of energy.

Consequently, their shipment is strictly governed by specific packaging, labeling, documentation, and quantity restrictions based on the mode of transport (air, sea, ground).

2. Why is the shipping cost for lithium batteries higher?

Shipping costs for lithium batteries are high due to the significant risks and specialized handling they require.

The primary reasons are:

Hazardous Material (Dangerous Goods) Surcharges: Carriers add substantial fees to manage the inherent fire risk of lithium batteries.
Specialized Packaging: Mandatory use of non-conductive, fire-retardant, and damage-resistant packaging to prevent short circuits and thermal events.
Regulatory Compliance: Costs associated with required dangerous goods training, certified documentation, and specific labeling for each package.
Limited Carrier Options & Segregation: Fewer carriers accept lithium batteries, and they often must be stored separately, adding logistical complexity.

In short, the high cost directly reflects the safety measures needed to mitigate the risk of fire during transit.

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Model No.	IMP10160230P58A
Manufacturer	Farasis
Standard Capacity	60.5Ah	@1/[email protected]~4.35V@25℃
Standard Capacity	58.5Ah	@[email protected]~4.35V@25℃
Standard Capacity	58.0Ah	@1/[email protected]~4.3V@25℃
Standard Capacity	56.1Ah	@[email protected]~4.3V@25℃
Operating Voltage Range	2.75~4.35V	25℃≤T≤60℃
Operating Voltage Range	2.50~4.35V	10℃≤T≤25℃
Operating Voltage Range	2.30~4.35V	0℃≤T≤10℃
Operating Voltage Range	2.10~4.35V	-30℃≤T≤0℃
Charging Operating Temperature	Minus20~60℃
Discharging Operating Temperature	Minus30~60℃
Nominal Voltage	3.75V	@1/[email protected]~4.35V@25℃
Nominal Voltage	3.69V	@[email protected]~4.35V@25℃
ACIR(1kHz)	≤1.0mΩ	@55%SOC@25℃
DCIR(1C, 10s)	≤ 2.3mΩ	@55%SOC@25℃
Cycle Life	≥1500	@SC/[email protected]~4.3V@25℃
Cycle Life	≥800	@SC/[email protected]~4.3V@45℃
Gravimetric Energy Density	275Wh/Kg	@1/[email protected]~4.35V@25℃
Gravimetric Energy Density	260Wh/Kg	@[email protected]~4.35V@25℃
Volumetric Energy Density	620Wh/L	@1/[email protected]~4.35V@25℃
Volumetric Energy Density	580Wh/L	@[email protected]~4.35V@25℃
Standard Discharging Current	1C	@25℃
Max. Continuous Discharging Current	3C	@25℃
3C-Rate Discharge Capacity	57.0Ah	@2.75~4.35V @25℃@adiabatic circumstance
3C-Rate Discharge Temperature Rise	55℃	@2.75~4.35V @25℃@adiabatic circumstance
1C-Rate Discharge Temperature Rise	30℃	@2.75~4.35V @25℃@adiabatic circumstance
1C-Rate Charging Temperature Rise	30℃	@2.75~4.35V @25℃@adiabatic circumstance
Cell Weight	833±15g	Max.848g
Cell Dimension
Thickness	10±0.25mm	Max. 10.25mm @55%[email protected] @25℃
Width	161±1mm	Max. 162mm
Height	231±1mm	Max. 232mm

Farasis Energy is a leading global provider of high-performance lithium-ion battery technology, dedicated to powering a sustainable future. With a strong foundation in advanced research and development, the company delivers innovative and eco-conscious energy solutions for the electric transportation and energy storage markets. Farasis's commitment extends beyond manufacturing; it focuses on creating partnerships to accelerate the world's transition to clean, accessible power.

The company’s product philosophy is built on three core pillars: superior energy density, exceptional safety, and extended lifespan. By prioritizing cutting-edge cell chemistry and precision engineering, Farasis batteries offer optimal performance and reliability. A key differentiator is their focus on safety through robust cell design and rigorous testing protocols, ensuring dependable operation under demanding conditions. Furthermore, their batteries are engineered for a long service life, which contributes to a lower total cost of ownership for customers.

Farasis Energy's solutions are tailored to meet the specific needs of a diverse clientele, including automotive OEMs for electric vehicles (EVs), commercial vehicle manufacturers, and grid-scale energy storage projects. The company's versatile technology enables a wide range of applications, from passenger cars requiring long range to heavy-duty applications needing high power and durability.

By choosing Farasis Energy, businesses gain more than just a battery; they secure a partnership with a technology leader committed to quality, sustainability, and innovation. Farasis provides the reliable foundation necessary to build the next generation of electric mobility and energy storage solutions, driving progress toward a cleaner world.