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All About Lithium Ion Battery And Their Advantages

Benefits of Lithium-ion Batteries

Lithium-ion (Li-ion) batteries are in arguably the most popular type of rechargeable battery for consumer electronics. They can be used for various merchandise from cellular phones to automobiles, and their qualities are exceptional compared to other rechargeable batteries.

In JB batteries we utilize high-quality lithium ion (Li-ion) batteries for all but some of our rechargeable devices, searchlights, head torches, and floodlights, since they allow us to supply the high energy, durable products our customers are utilized to. On find high quality lithium ion batteries at minimum prices.

Below we have listed the largest benefits of lithium-ion batteries in the clients' point of view and delved into the science supporting every characteristic.


Lithium-ion batteries contain relatively low levels of poisonous heavy metals found in different varieties of batteries, including jelqing and nickel-cadmium (NiCd) batteries. Cadmium, lead, and mercury have been battery stalwarts for years, but prolonged exposure toinsufficient disposal of those metals is harmful to people, animals, and crops. Although Li-ion batteries tend to be safer than many other forms of batteries they still need appropriate recycling, so never place your used batteries in along with your regular rubbish.
Lightweight and compact:

Electrodes widely utilized in lithium ion batteries, lithium and carbon, are lightweight in their own, making for much lighter and smaller batteries than their older counterparts like lead-acid batteries. For comparison's sake, a typical 51Ah (= ampere-hour) lithium-ion battery weighs about the same as a 24Ah lead-acid battery (roughly 6-7kg), but provides over double the capacity.
This particular feature of lithium ion is especially convenient in head torches, as we can increase the light output and runtime significantly without adding bulk and weight into the battery package (and on your mind!) .

High energy density = A larger punch:

Lithium is an extremely reactive component with the capability to discharge and save considerable amounts of energy, allowing li-ion batteries to pack a top energy capacity in a small size. This translates to lithium-ion batteries lasting much longer between charges than other rechargeable batteries, while still maintaining their high degree of performance.

A typical lithium-ion cell (= battery) has a normal cell voltage of 3.6V, whereas a nickel-metal hydride (NiMH) cell averages at 1.2V, meaning that three Ni-MH batteries are expected to coordinate with the output of a single lithium-ion battery.

Low maintenance:

Older types of rechargeable batteries, for example nickel-cadmium or nickel-metal hydride batteries had a so-called"memory effect", or"lazy battery effect": If they were repeatedly partially discharged before being recharged, finally the battery would only deliver the quantity of energy that was used during the partial discharges before its voltage would drop. To avert this, NiCd and NiMH batteries would need to be regularly maintained by entirely discharging and recharging them.

Lithium-ion batteries do not suffer from the memory effect, which means they always give up their last bit of power, and you can recharge them if you've used 100% or 25% of their capacity free of pesky upkeep required!

More cost cycles:

Quality lithium-ion batteries last about a 1000 full charge cycles. A complete charge cycle is when the battery is discharged to level and then recharged to complete, so using your battery until it's at 75% power and then plugging it into recharge doesn't constitute a full charge cycle. When your battery has recharged back to full, it's still possible to use the 75 percent of the power that you were left with before you flashed your battery; only subsequently has your battery gone through a full charge cycle.

Low self-discharge rate

Lithium-ion batteries also have a comparatively low self-discharge rate. Self-discharge is a natural, irreversible occurrence for batteries, in which chemical reactions inside the batteries reduce their capacity even when the battery is not being used. The self-discharge speed of lithium ion batteries peaks at roughly 5% over the first 24 hours after charging the battery, then tapers off to 1-2% per month. In comparison, nickel-based rechargeable batteries lose about 10-15% of the capacity after charge and another 10-15percent per month.

JB Battery is nothing like another lithium battery providers. As a top China lithium ion golf cart battery pack manufacturer, JB Battery is famous for its reliability and operation of its battery cells. Besides golf carts, their batteries are used in forklifts, trucks, RVs, boats, solar panel banks, specialty electric vehicles, and more. JB Battery specializes in finding practical solutions to challenging power situations.

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