Do Lithium Batteries Last Longer?

Are you thinking about buying a lithium battery for one of your appliances or even a car? If lithium batteries are one of your options, you are probably wondering about how long they last and how much longer do lithium batteries last compared to other batteries.

The answer depends on many factors, including the kind of device you are using as well as your usage consumption. Here’s everything you need to know about the question do lithium batteries last longer.

Contents

Typical Charge Times

The typical charge and use cycle of a lead-acid battery is 8 hours of use, 8 hours of charging, and 8 hours of rest or cooling. After charging, lead-acid batteries need to cool down for a period of time because they generate a lot of heat during the charging process.

On the other hand, lead-acid batteries can only power eight-hour shifts before the charging and cooling period is required. According to battery university, lithium-ion batteries have a life span of 300 to 500 charge/discharge cycles.

If, for example, you charge your mobile phone once a day, the battery will last for a year under ideal conditions. The battery may fail in the allotted time due to intensive use; however, most packages last much longer than indicated on the packaging.

Typical Lifespan

The life span of lithium batteries varies greatly but is usually between 500 and 1000 cycles. If the battery is charged to 85% at the same depth of discharge (green), the capacity will drop to 64% in 14,000 cycles, and when charged at 100% at the same DOD (Depth Of Discharge), the capacity will drop to 48%. Remember an Enduro battery has a strong charge cycle that you should consider.

All in all, we can say that the minimum requirement for most manufacturers’ batteries is about 3 years or 1000 charge cycles (whichever is less).

If you keep your batteries properly, there is no reason not to expect them to last at least that long or longer. If you keep the batteries properly, expect them to have a shelf life of 3 to 6 years.

But on average, if you store lithium batteries correctly, you can expect them to last longer than that. Most manufacturers expect the shortest service life of lithium-ion batteries to be approximately 5 years, or at least 2000 charge cycles.

But with proper care and use under the right conditions, lithium-ion batteries can last up to 3000 cycles. Apple Li-ion batteries are designed to retain at least 80% of their capacity over multiple charges, depending on the product. Do remember if you are carrying on a lithium battery onto a flight to follow FAA guidelines.

Lithium-Ion Rechargeable Batteries

Lithium-ion rechargeable batteries, usually used to power portable consumer electronics, are a great choice for this type of device and will bring you more value for money. Electronic equipment that often consumes a small amount of energy (such as wall clocks, headlights, or bicycle lights) is best suited to use disposable alkaline batteries.

While an alkaline battery can go from “running” to “low” rather quickly, the battery can stay at a lower voltage for a little longer, causing inexplicable behavior like dim lights or a clock that doesn’t work.

Since many rechargeable batteries are made of lithium, improper storage that results in heat can cause the battery to malfunction, resulting in personal injury or damage to the device.

Good Choice For Smart Devices

This makes them a good choice for smart devices and other devices where battery replacement seems to be problematic. They will last longer, making them ideal for high-tech and smart devices as well as electronic devices where battery replacement is inconvenient.

Speaking of rechargeable batteries, they have a much longer lifespan because you can charge them. There is also new technology on the horizon such as a proton battery for smart devices that is rechargeable and does not use lithium.

Slower Battery Charging

How much longer do lithium batteries last? One answer is that the slower the battery is charged, the lower the pressure on the lithium ions and the structure that accepts them, and the less likely it is to damage the battery. User behavior also affects the number of charges cycles the battery can go through before shutting down.

Increasing the wait time between charging sessions seems to be a wise way to extend battery life, but it is not suitable for charging batteries. In fact, it is best to use partial discharge cycles for batteries.

Charging and discharging lithium ions will only partially decrease the lithium battery lifespan. But over time it will have an impact.

It is also possible to charge a lithium-ion battery over 100%. When there is an excess of current supplied to the battery, too many lithium ions can escape and lead to the same kind of degradation.

Laptops and Cell Phones

This type of battery is suitable for technology where lighter and thinner specifications are an important selling point. These include laptops and cell phones. Since lithium ions have a higher energy density, comparable nickel-cadmium batteries will be larger and heavier.

Switching to lithium-ion batteries instead of old nickel-cadmium batteries improves performance and autonomy. To make these new technologies portable and give us freedom of movement, they work with rechargeable or disposable batteries.

Batteries have come a long way from huge liquid copper tanks filled with copper sulfate solutions. These are now thin, light, and compact forms of lithium that are affordable and have a much higher capacity than the old version. Lithium batteries produce twice the voltage of alkaline batteries, which extends their life and makes their AA and AAA versions more expensive than alkaline batteries.