Lithium-ion Battery

The relentless power supply is one of the most essential things for a telecommunication company. Batteries are a must need for large units of production houses and organizations like the telcos. But the main problem arises when you go to select the right battery here.  Lithium-ion battery has a vast use for telecommunication

 Lithium-ion batteries are in use in many telcos. Aside from that, they’re used in various telecommunications gear. In this post, we have described the usage of lithium-ion batteries for telecommunications. Moreover, we will explain the features, advantages, and issues of these batteries.

Why is Lithium Battery for Telecommunication better than the other ones?

In comparison with VRLA batteries, lithium-ion batteries have better energy densities. Moreover, they can operate in a wide coverage area for an extended period. Managing the performance of a lithium-ion battery pack is an essential task for an onboard processor. They become much more expensive as a result of this.

The battery meter can indicate how much charge is left in the battery and how long it will last. There is a huge difference in energy density between lead-acid and lithium-ion batteries. Lithium batteries are lighter than lead-acid batteries, weighing less than one-fourth of the weight! Again, they have a better power density than the lead-acid ones.

The Features of Lithium-ion Battery which are Suitable for Telecommunication:  

• Lithium-ion batteries have higher discharge rates. They can provide a relentless supply of power. 

• The construction of lithium-ion battery packs may vary in size and shape, but the basic design is the same. 

• . They become much more expensive as a result of this. It is a sophisticated small computer as it powers itself.

If the battery pack gets too hot during charging or use, the computer will cut off the power flow to cool it down. The battery meter can indicate how much charge is left in the battery and how long it will last. As part of the onboard computer, you’ll find:

• Circuit with a voltage converter and a regulator to maintain safe voltage and current levels.

• Notebook connector allows power and information to go into the battery pack and out through a shielded connection.

• Each cell in the battery pack has a voltage tap, which measures the energy capacity.

• A battery charge state monitor, a small processor, handles the entire charging process to ensure that the batteries charge as quickly and thoroughly as possible.

Advantages of using lithium-ion battery for telecommunication: 

Maintenance: 

Maintenance is a very important thing for any instrument. Lithium-ion batteries are easy to maintain. You don’t need to water the Lithium-ion batteries frequently. This feature reduces the required number of labourers to manage the batteries.

Longevity: 

The average lithium-ion battery lifespan can be 8 to 10 years. This sort of longevity is a decent one. Your investment in lithium-ion battery technology will pay off faster if the battery has an extended service life.

Fast Charging:

A machine’s cut-off time becomes low when attached to a charging station while using lithium-ion batteries that charge quickly. Any time a machine isn’t being in use in an active facility, it helps. A battery’s charging time between usage does not affect cleaning operations, and training for team members goes under confirmation as a result.

Safer facilities: 

With lithium-ion technology, you can improve indoor air quality. Again, you can reduce the risk of accidents by removing exposure to flammable fuels and battery acid. There’s no need to worry about noisy operating with low sound levels.

Other fossil fuel options harm the environment. However, lithium-ion batteries do not. There is an immediate impact on carbon emissions due to the constant increase in electric vehicles. Minimizing the use of gas-powered cleaning machines can not only save you money in the long run but will also help your business be more environmentally friendly.

Issues, Challenges and Drawbacks of Using Lithium-ion Battery for Telecommunication

• For preventing explosions, consumer batteries frequently have heat protection or vents. Lithium-ion battery for telecommunications can occasionally catch fire. If a lithium-ion battery pack fails, it has a mere possibility of catching fire. 

• When the battery undergoes heating, it may release the organic solvent as an electrolyte. Fire starts in one cell, then spreads to neighbouring cells until the whole pack catches on fire.

• Because lithium batteries cost more than standard lead-acid batteries, their starting cost is also higher. To be sure, the cost of a lithium battery is in control by its intended use and the site’s conditions where it will be under instalment.
• Using a lithium-ion battery may be an intriguing option if space isn’t an issue.

• Lithium-ion batteries are quite sensitive to high temperatures. Heat accelerates the degradation of lithium-ion battery packs. This feature results in poor performance.

• Lithium-ion batteries can irrevocably go bad if they are entirely discharged. As a result, it is best to avoid entirely draining the battery.

• As soon as a lithium-ion battery leaves the manufacturer, it begins to deteriorate. No matter if they are under implementation or not, lithium-ion batteries can endure for two or three years after they are manufactured. If used properly, it can last up to five years.

Frequently Asked Questions

Lithium-Ion Batteries: Who makes them?

Between January and August 2020, LG Chem was the leading lithium-ion battery manufacturer, with a market share of just over 26 %. This is followed by a market share of roughly 20.6 per cent by CATL and 25.8 % by Panasonic.

How can I replace a module within the battery?

There is a very important safety rule when it comes to lithium batteries: they should not be connected at various levels of charge. Until all modules in the pack (including the new replacement) are fully charged, all batteries must be electrically isolated.

Lithium-ion batteries are always very effective to use for telecommunications. We have tried to explain the reasons and reality for using these batteries. We also recommend you to use these batteries for telecommunications. Before implementing them, be sure of their features and the precautions we have stated here. We will recommend installing a battery in your telco after you study it in detail.