Driving Performance: Determining Lithium Batteries‘ Impact

Lithium batteries are typically recognized for their portable applications for electronic items. Numerous users know that lithium provides power to mobile phones, laptop computers, tablets, and different transportable devices. When we consider large applications, like standard automobiles and watercrafts, a smaller number of customers are mindful of lithium‘s advantages over conventional, lead-acid systems.

In case you are searching for some kind of battery, think about lithium‘s useful benefits, such as:

Weight and Size

At ½ the size of a lead acid battery and 1/3 its normal mass, lithium batteries make setup and transport reasonably easier. The small nature of lithium batteries is particularly remarkable thinking that they feature a greater usable capacity, normally 80 percent or greater, vs. lead acid battery‘s average 30 to 50 %. This suggests you have extra power and lesser dimensions: a charming mixture.

Discharging and Charging

Lithium batteries can discharge and charge quickly than lead-acid ones. Plus, they lose a less amount of energy while self-discharging, suggesting if they are idle for prolonged durations, they will lose lesser amount of energy to usual wear and tear.

Since they can charge quickly, lithium batteries are favored for energy storage systems for many kinds of technologies that generate energy, most particularly, solar panels.

Lifespan and Performance

More particularly, a normal lithium battery makes it through 5k cycles at 100 percent DOD (depth of discharge), as compared to lead acid battery‘s 0.5k cycles at 80 percent DOD. A cycle is described as a complete discharge and charge: charging a battery completely or close to completion, then draining it completely or somewhere close to it. DOD is described as how near to completely discharged a battery goes. In case the energy of a battery drops to 20 percent of its highest capacity, it is said to reach 80 percent DOD.

When running at a higher discharge rate, simply put, lithium batteries for heavy usage have increased capacity than lead-acid ones. This indicates lithium consumers can achieve more power out of their batteries over a longer duration (generally 5 yrs), but lead-acid consumers will require to change systems as energy storage takes a blow (generally every two years) and discharging wears them down. Lead-acid batteries in some cases lose up to 30 percent amp-hours as energy levels drain. Just envision purchasing a packet of toffees and wasting 1/3 of them simply after opening its packet. So, this is not a beneficial financial investment. Whilst lead-acid options are beneficial for specific applications, customers searching for efficient ways need to contemplate on lithium.

It is worth seeing that a lead-acid battery‘s discharge rate decreases significantly as it depletes, but a lithium battery keeps performance right until it’s drained. This is an additional performance advantage-- particularly in settings where you might want to tax a battery longer and harder. Lastly, incorrect maintenance likewise impacts lead-acid efficiency, as the interior levels of water need to be preserved to prevent physical harm and the danger of fire. Lithium batteries do not need vigorous upkeep.


Lithium comes with obvious benefits, but recollect that the greatest essential element of battery choice is understanding which option is optimum for a provided application. Work with a professional to decide what‘s best for your specs and budget if you‘re reviewing choices and run into obstructions.