14.8V 12V 26AH lithium ion battery Li(NiCoMn)

Short Description:

Introduction about 14.8V 26AH li ion battery

We provide customers with OEM/ODM services

There are many different capacity batteries for 14.8V: 6ah,8ah,10ah,12ah,16ah,20ah,26ah,30ah,34ah,38ah,42ah,46ah,50ah,56ah,60ah,etc

It is mainly used in robotics,telecommunication devices ,electronics ,drones ,etc.


Product Detail

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Product Tags

Lithium iron phosphate has good high temperature resistance. Basically, the temperature reaches about 500°C, and it will not destroy the PO covalent bond and release oxygen. (Under the fully charged state, the lithium iron phosphate battery needs to be about 700°C. Thermal decomposition will occur). This explains why the blade battery based on lithium iron phosphate still did not catch fire after acupuncture.

This feature allows the cycle life of energy-type lithium iron phosphate batteries to be as long as 3000-4000 times, and the cycle life of rate-type lithium iron phosphate batteries can even reach tens of thousands of times.

Technical Parameters

14.8V Lithium-ion Li(NiCoMn) Batteries

Model

Nominal Voltage
(V)

Capacity
(Ah)

Temperature

Max Weight
(g)

Charge temperature

Working
temperature

FTH-RN 14.8-6

14.8

6

0℃-+55℃

-40℃-+70℃

≥488

FTH-RN 14.8-8

14.8

8

0℃-+55℃

-40℃-+70℃

≥637

FTH-RN 14.8-10

14.8

10

0℃-+55℃

-40℃-+70℃

≥787

FTH-RN 14.8-12

14.8

12

0℃-+55℃

-40℃-+70℃

≥936

FTH-RN 14.8-16

14.8

16

0℃-+55℃

-40℃-+70℃

≥1235

FTH-RN 14.8-20

14.8

20

0℃-+55℃

-40℃-+70℃

≥1533

FTH-RN 14.8-26

14.8

26

0℃-+55℃

-40℃-+70℃

≥1981

FTH-RN 14.8-30

14.8

30

0℃-+55℃

-40℃-+70℃

≥2280

FTH-RN 14.8-34

14.8

34

0℃-+55℃

-40℃-+70℃

≥2579

FTH-RN 14.8-38

14.8

38

0℃-+55℃

-40℃-+70℃

≥2877

FTH-RN 14.8-42

14.8

42

0℃-+55℃

-40℃-+70℃

≥3176

FTH-RN 14.8-46

14.8

46

0℃-+55℃

-40℃-+70℃

≥3475

FTH-RN 14.8-50

14.8

50

0℃-+55℃

-40℃-+70℃

≥3773

FTH-RN 14.8-56

14.8

56

0℃-+55℃

-40℃-+70℃

≥4221

FTH-RN 14.8-60

14.8

60

0℃-+55℃

-40℃-+70℃

≥4520

The weight is a reference value, and the actual product shall prevail

Please consult us if you don’t find your products here.We provide customized service for you.

Application

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Company profile

Futehua is listed as a designated manufacturer of military products and has obtained the four military certificates. As a domestic battery company, the company participated in the drafting and related testing of national fire emergency lighting standards. The products are widely used in national projects, and more than 90% of fire emergency lighting uses Dickson batteries. The 12 main venues of the 29th Beijing Olympic Games that attracted worldwide attention, such as "Bird's Nest" and "Water Cube", all used our batteries. The company has self-support import and export rights, and its products are exported to the United States, Germany, Britain, Australia, Singapore, the Middle East, Hong Kong and other countries and regions. Currently, it occupies a certain share in the US and European markets. We strive to account for more than 50% of the global fire emergency lighting battery market within 3 years and become a full range of high-temperature lithium-ion, nickel-metal hydride, and nickel-cadmium battery suppliers at home and abroad.

Why choose us

Rich Experience in R&D and production more than 27 years!

Advanced production line!

OEM&ODM service!

High quality-No complaint!

Prompt on-time delivery! 

Competitive price!

Professional service!   

Our main products are lifepo4 batteries, ternary lithium batteries, lithium manganate batteries, nickel-hydrogen low-temperature batteries, and nickel Hydrogen high temperature battery, power battery.

We are committed to providing customers with safe, efficient, clean and low-carbon products and overall solutions.

Product details

14.8V8AH

14.8V8AH

14.8V12AH

14.8V12AH

14.8V20AH

14.8V20AH

14.8V26AH

14.8V26AH

Disadvantages

Because the adjacent FeO6 octahedrons in the structure of lithium iron phosphate are connected by conjugate, this structure makes the conductivity low; at the same time, the three-dimensional network olivine structure of lithium iron phosphate forms a one-dimensional lithium ion transmission channel , In a low temperature environment, the activity of the material is reduced, and the number of lithium ions that can move is reduced. Therefore, lithium iron phosphate performs poorly at low temperatures.

In addition, compared with ternary materials, the discharge specific capacity of lithium iron phosphate materials is lower, and the average voltage is also lower, so the mass specific energy of lithium iron phosphate batteries is generally lower than that of ternary lithium. In addition, because the lithium iron phosphate particles are not compact, their tap density and compaction density are low (the compaction density of the lithium iron phosphate pole piece is about 2.3-2.4g/cm, while the ternary pole piece can reach 3.3- 3.5 g/cm). Therefore, in layman's terms, under the same volume conditions, less lithium iron phosphate is installed, the natural capacity is small, and the energy density is also low.

Another outstanding advantage of the ternary material is its low temperature performance. Objectively speaking, it is the poor performance of lithium iron phosphate that highlights the low temperature performance of the ternary material. Because the polarity of lithium iron phosphate PO4 is too strong, the binding ability to Li is large, and the diffusion coefficient is low. However, ternary materials do not have this problem, so in a low-temperature environment, charging and discharging are less affected.

Of course, ternary materials also have their own shortcomings. The three elements themselves are not resistant to high temperatures and will release oxygen molecules in extreme cases. At the same time, their own cycle life is also far behind that of lithium iron phosphate.


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