Lithium Ion Battery

Wide Range of Applications

Rechargeable Li-ion batteries are currently used mostly in portable electronic devices. This includes laptop computers, tablets, mobile phones, digital cameras, GPS systems, and cameras. 

Although commercial secondary Li-ion batteries adequately meet the needs of the portable electronics industry, further advancements in Li-ion battery technology are necessary for the success of electric vehicles.

 Given their capacity to provide a steady power source when combined with harnessing solar energy for aircraft. This minimizes aircraft weight, lithium-ion batteries have appealing uses for exoatmospheric aircraft, notably satellites. 

The use of next-generation rechargeable Li-ion batteries in biomedical implanted devices, like pacemakers, also offers a wide range of potential uses.

Advantages of Lithium Ion Battery

Time to take a look at the advantages you can get from utilizing Thinpack’s Lithium Ion Batteries:

1. Easy To Maintain

One significant benefit of lithium ion batteries is that they don’t need to be maintained in order to function properly.

Ni-Cad batteries have to be periodically discharged to prevent the memory effect. Since lithium ion batteries and cells are unaffected by this. It is not necessary to do this step or related maintenance operations.

Lead acid cells also need upkeep; some of them require regular topping off of the battery acid. Thankfully, one of the benefits of lithium ion batteries is that proactive maintenance is not necessary.

2. Longevity 

A large-capacity battery pack’s typical lithium-ion battery life expectancy can be up to eight years or longer. Lithium-ion battery technology can help you get a return on your investment by having a lengthy service life.

3. Safety

Accident risk is decreased and indoor air quality is improved with lithium-ion. They achieve this by using lithium-ion technology to prevent exposure to flammable fuels and battery acid. Moreover, benefit from low dBa noise levels and peaceful operation. Using a battery-operated lawn mower, as an illustration.

4. Easy and Rapid Charging

Fast-charging lithium-ion batteries reduce the amount of time a machine must be stationary while being charged. Naturally, the fewer hours a machine spends idle in a busy facility, the better. The lithium-ion battery can be spontaneously charged, which also minimizes machine downtime.

5. Environment Friendly 

In comparison to other fossil fuel alternatives, lithium-ion batteries have a significant positive impact on the environment. We are already noticing a difference in the decrease of carbon emissions due to the continuous rise in electric vehicles. Reduced long-term costs and increased sustainability for your company come from reducing the use of fossil fuels by your machinery.

6. High Energy Density

One of the main benefits of lithium ion battery technology is the high energy density. There is always a need for batteries with a much better energy density because electronic devices like mobile phones need to operate for longer periods of time between charging while continuing to use more power. 

The battery is very adaptable thanks to its high levels of energy density. Additionally, it ensures overall better battery health. It makes sense that these are the most extensively used lithium batteries when you consider the various sizes and usage situations.

Lithium Ion Battery Structure and Chemistry 

LFP, NMC, and LTO make up the main chemistry for lithium ion batteries. 

The NMC and LFP battery chemistries behave similarly to one another, have equivalent performance traits, and are employed in similar kinds of applications.

Although NMC and LFP are both lithium-ion batteries, their cathode materials are different. While LFP uses a lithium iron phosphate chemistry, NMC uses lithium, manganese, and cobalt oxide as its cathode content.

By clicking here you can explore the structure of Thinpack’s lithium batteries and learn about the different materials used to produce them.

Lithium Ion Batteries Vs Lithium Batteries

The main distinction between lithium batteries and lithium-ion batteries is that lithium batteries are single-use and cannot be refilled once they are depleted since they have a single-cell design. However, lithium-ion batteries have a long lifespan, are rechargeable, and can be filled and discharged hundreds of times. 

Get Your Lithium Batteries Today!

The widespread adoption in selling Li-ion batteries was the product of decades of hard work and study by many outstanding scientists. The performance of Li-ion batteries has recently undergone significant improvement, with some degree of success. It’s your time to put the Lithium Ion batteries that Thinpack’s manufacturers have spent years perfecting and putting it to the test.

FAQ

How Does Lithium Ion Battery Work?

One of the key components of lithium-ion batteries is their lithium-ion. This component will be anodized during a discharge cycle. Then, it will separate from electrons. The lithium-ion should reach the cathode to be neutralized electrically and recombine the electrons.

The lithium ions can move through the micro-permeable separator. However, it is small enough. Thus, it is capable of high charge storage and high voltage per unit volume and unit mass.

What are the Main Parts of Lithium Ion Battery?

1. Positive Electrode (cathode)
2. Negative Electrode (Anode)
3. Liquid Electrolyte

How Long Does Lithium Ion Battery Last?

It can last about 2-3 years.

Does Lithium Ion Batteries Eco-Friendly?

The lithium-ion batteries belong to non-hazardous waste. Compared to other battery types, lithium-ion contains lesser toxic metals. It has no lead or cadmium content.