LiFePO4 Battery Pack 36V 100AH

The solar system requires a durable and efficient Li-ion battery pack to store energy effectively. With a capacity of 100ah, the 36v or 48v options of the battery pack are ideal for solar applications. These battery packs are specifically designed using lifepo4 lithium-ion technology, which ensures a longer lifespan and reliable performance. By rearranging the provided information, a highly similar content is generated.

Product Specification

Nominal Voltage	36V
Nominal Capacity (at 0.5C, 25 degC)	100Ah
Min. Capacity (at 0.5C, 25 degC)	100Ah
Expected Cycle Life	25°C，0.2C，80%，4000。，，。
Depth	Customized
Width	Customized
Height	Customized
Net Weight	~55Kg
Charge Method	CC-CV
Max. Charge Voltage	43.8V
Continuous Charge Current	Max.100A
Charge Temperature	0ºC~45ºC
Continuous Discharge Current	Max. 100A
Peak Instant Discharge Current (10 Seconds)	110A
Discharge Cut-off Voltage	30V
Discharge Temperature	-20ºC~65ºC
Storage Temperature	-20ºC~45ºC
Self Discharge (Stored at 50% SOC)	<= 3%/month

Product features

Our Li-Ion battery guarantees the highest levels of safety, boasting CE and UL certifications, as well as a built-in BMS for added protection.

2. Clean and Green energy.

The LP battery boasts impressive power, with the ability to discharge at rates ranging from 5C to 10C. This means it can deliver a high level of energy in a short amount of time, making it a reliable choice for applications that require a lot of power quickly. Its low rate allows for efficient use of energy, making it a cost-effective option as well. Overall, the LP battery is a powerful solution for a variety of power needs.

The life cycle of this product is exceptionally long, lasting for more than 2000 deep cycles. This demonstrates its high durability and ability to withstand repeated use over an extended period of time. Additionally, the deep cycle feature allows for efficient energy management and utilization, making it an ideal choice for those seeking a reliable and long-lasting solution. Overall, this product is designed to meet the needs of individuals and businesses alike, providing a sustainable and cost-effective option for powering various devices and systems.

One of the advantages of this battery is that it has no memory effect. This means you can charge it at any time without diminishing its capacity. Additionally, it is highly efficient, ensuring that you get the most out of every charge. Unlike some batteries, this one won't experience a reduction in capacity over time.

6. Operation temperature: -20~60°C

7. Small size and light weight.

8. Low self-discharge rate: < 5% monthly

Comparing lithium-based batteries is crucial in understanding their differences and advantages. By analyzing data from various types of lithium-based batteries, we can gain insights into their unique features and functionalities. It is important to note that lithium-based batteries come in various forms, such as lithium-ion, lithium-polymer, and lithium iron phosphate (LiFePO4) batteries. These batteries differ in their chemical compositions and performance characteristics. In terms of energy density, lithium-ion batteries offer a higher energy density compared to other types of lithium-based batteries. This means that they can store more energy in a smaller and lighter package, making them suitable for portable electronic devices like smartphones and laptops. Lithium-polymer batteries, on the other hand, offer flexibility in terms of form factor. Unlike lithium-ion batteries, which have rigid structures, lithium-polymer batteries can be made into different shapes and sizes. This makes them ideal for thin devices like smartwatches and medical devices. LiFePO4 batteries are known for their superior safety features. They have a higher thermal stability compared to other lithium-based batteries, reducing the risk of thermal runaway and fire hazards. Additionally, LiFePO4 batteries have a longer lifespan and can withstand a higher number of charge-discharge cycles. When it comes to charging and discharging rates, lithium-ion batteries excel in rapid charging. They can be charged at a faster rate compared to other types of lithium-based batteries. This makes them suitable for electric vehicles and other high-power applications. Overall, the choice of lithium-based battery depends on the specific application and requirements. While lithium-ion batteries offer high energy density, lithium-polymer batteries provide flexibility in design, and LiFePO4 batteries prioritize safety and longer lifespan. Understanding the differences and comparing their data helps in selecting the most suitable battery for different applications.
Cells	Safety	CYCLE	POWER	LONG	Temperature
		LIFE	WEIGHT	TERM	Range
			DENSITY	COST
LiFePO4	The world's most	Excellent Cycle life can be as long as	Acceptable	Excellent	Excellent
	secure battery,	over 2,000 cycle,			(can be discharged
	no explosion,	best among all			at -45~ 70 Centigrade)
	no pollution,	the listed groups.
	long life			Most economic
LiCoO2	LiCoO2 is expensive,	Acceptable Cycle life	Good	High	Decayed beyond
	the actual capacity	only up to			55 ~ -20
	than its theoretical	300~500 cycle. Not good for high			Centigrade
	capacity of only	C-rate discharge.
	(274mAh g-1)
	about 50%,
	lower utilization
	of cobalt;
	LiCoO2 cycle life
	has reached 500
LiMn2O4	Have to handle with care,	Unacceptable Cycle	Acceptable	Acceptable	High
	or it might explode	life only
	or catch fire under collision	up to1 500~800 cycle,
	or over-charged.	depending on the
		discharge C-rate.
Li(NiCo)O2	Very unstable, must handle	Acceptable Cycle	Good	High	Decayed extremely
	with extremely care,	life can			fast over 55~ -20
	it might explode or catch fire under collision, over-charged, short circuit or	be 300~500 cycle.			Centigrade
	when heat build-up.	Not good for
		high C-rate discharge.

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