Know About The Limitation of Lithium Battery

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Although Lithium ion battery technology has its drawbacks, this doesn't mean these cannot be overcome or mitigated and superb performance obtained. Everything ought to be analyzed with both advantage and pitfalls so we can upgrade it to perform better. Continue reading this warning from JB Battery before using any lithium ion battery.

Understanding the pitfalls means that work around can often be contained int he design to decrease the effects of the shortcomings. opens data for everybody knowledge to adopt new technology and understand the restriction.

The li-ion battery drawbacks include:

Protection required

Lithium ion cells and batteries are not as powerful as some other rechargeable technologies. They need protection from being charged and discharged too far. In addition to this, they need to have the current maintained within safe limits. Accordingly one lithium ion battery drawback is they require protection circuitry integrated to ensure they are kept in their safe operating limits.

Fortunately with modern integrated circuit technology, this may be relatively easily incorporated into the battery, or even inside the equipment in the event the battery is not interchangeable. Incorporation of the battery control circuitry enables li-ion batteries to be used with no special knowledge.

The protection circuitry built in lithium ion batteries screens a number of aspects of their performance. The protection circuit limits the peak voltage of each cell during charge too excessive voltage can damage cells. They are generally billed in string as there is normally only one link for a battery and therefore as different cells may require different levels of charge there is a chance of one cell undergoing a greater than needed voltage.

Again this can occur if a single cell can store less charge than many others on the battery and its cost becomes exhausted prior to the others.

A additional aspect of the protection circuitry is the cell temperature is monitored to reduce temperature extremes. Nevertheless, some do become somewhat warm on occasions when rapid charging.


One of the major lithium ion battery downsides for consumer electronics is that lithium ion batteries suffer from aging. Not only is this time or calendar reliant, but it is also contingent upon the amount of charge discharge cycles that the battery has undergone. Often batteries will only be able to withstand 500 - 1000 charge discharge cycles before their capability drops. Together with the development of li-ion technology, this figure is rising, but after some time batteries may need replacement and this can be a problem if they are embedded in the gear.

Lithium ion batteries also age if they're in use or not. Despite the use there's also a time related element to the reduction in capacity. Every time a typical consumer lithium cobalt oxide, LCO battery or mobile has to be kept it ought to be partially charged - around 40% to 50 percent and kept in a cool storage area. Storage under these conditions will help increase the life.


This li-ion battery drawback has come to the fore in recent decades. Many airlines restrict the amount of lithium ion batteries that they take, and this also means their transportation is restricted to ships.

For air travelers, lithium ion batteries frequently have to be in carry-on luggage, although with the security place, this may change from time to time. However, the number of batteries may be restricted. Any lithium ion batteries transported separately should be protected against short circuits by protective covers, etc.. It is very important where some of the large lithium ion batteries such as those used in big power banks.

It's necessary to check before flying whether or not a sizable power bank could be performed or not. Regrettably the guidance isn't always particularly clear.


A significant lithium ion battery disadvantage is their cost. Typically they are around 40% more costly to fabricate than Nickel cadmium cells.

Developing technology

Though lithium ion batteries have been available for many decades, it can still be regarded as an injectable technology by some as it is very much a developing area. This may be a disadvantage in terms of the fact that the tech doesn't stay constant. But as new lithium ion technologies are being developed all the time, it may also be an advantage as better alternatives are coming available.

Although not necessarily an advantage or disadvantage, it is probably worth mentioning that lithium ion batteries should be stored in a cool place slows the ageing process of lithium-ion (and other chemistries). Makers advocate storage temperatures of approximately 15°C. In addition, the battery needs to be partly charged during storage. Manufacturers typically recommend a charge level of about 40% to 50 percent.

Li-ion battery technologies from has got really many different benefits. Hence the technology is widely utilized, and it is only set to increase. Understanding the benefits in addition to the disadvantages or limitations empowers the best use to be made from the battery technologies.