Shenzhen Hi-Chipcom Electronics Co., Ltd.

24-hour service hotline

+0755-81461866

Русский

Home  》  Solution  》 

POS device battery

Solution

Solutions

Contact us

Address:
5th Floor, Building C, Funing High-tech Industrial Park, Xintian Avenue, Fuyong Town, Baoan District, Shenzhen

Tel:
+0755-81461866

Fax:
+86-755-29926528

Email:
Oyuang@hi-chipcom.com

Is polymer battery better than lithium?

Time: 2022-08-06 03:50:23

Batteries can be an important part of your day-to-day life as it helps in performing various functions that you might need. Every battery power company claims to have the best batteries for their devices, but deciding which one to choose is a difficult task. Because the term ‘best’ is subjective and depends on what exactly you want from a battery. So, if you are confused about which one is better? Is polymer battery better than lithium? Then this article is for you.

Li-poly batteries

The Li-poly batteries are made up of a flexible polymer:

A polymer battery is a battery that is formed from a polymer. They are made up of a thin and durable plastic strip that can hold energy without being harmful to the environment. It is differentiated from lithium batteries as it is partly made up of polyvinyl-chloride which is different from polymer. Although both Li-polymer and NiMH batteries seem to be promising, the fact that they have a short lifespan has put them on the back burner. The Li-polymer battery runs a 40-minute recharge, but that is not enough since the consumer wants their gadget to be always charged up. They will have to wait quite sometime before they can start using their gadget again once it has been fully charged.

Manufacturing costs are usually higher than for conventional lithium-ion batteries:

Lithium-polymer batteries are typically more expensive to manufacture than conventional lithium-ion batteries because the organic polymer electrolytes typically used in lithium-polymer batteries are relatively expensive. Conventional lithium-ion batteries have been around for a long time, which has led to many full-scale production facilities that can mass-produce batteries at a very low cost. In terms of new technology, polymer batteries tend to be expensive to produce.But from time to time hichipcom puts out certain deals, if you want to know. Click here.

They can be thinner than their normal lithium counterparts:

Polymer batteries are essentially lithium-ion batteries with different kinds of casings. A common lithium-ion batteries have two electrodes and a metal current collector, when electronic inserted into the metal oxides, it will be electronic. However, the polymer version only has one electrode, similar to a thin metal foil. That means batteries can be thinner, suitable for smaller devices, such as mobile phone, because every mm is very important.

They can take on any shape and size:

One of the new things is this new polymer battery. Polymer batteries, also known as plastic batteries, are a type of rechargeable battery. It uses solid electrically conductive widgets and alloys to make it lighter. Polymer batteries are flexible and can be made in any shape or size. They can be as small as a grain of sand or as large as a cubic inch. In addition, they are completely recyclable and biodegradable.

Very low energy density, very light weight:

Most polymer batteries use alkaline electrolytes. They offer the highest energy density of any rechargeable battery. Higher energy density means that polymer batteries can store more electrical energy per unit volume or unit weight of the entire battery system. If a battery loses its charge completely, it would be very difficult to recharge it because this could lead to a short circuit and a potentially huge explosion. The fact that these batteries are safer than other options makes them a better option in applications like automobiles or airplanes.

Many believe polymer batteries are safer than conventional ones:

So, why is a polymer battery considered safer? The structure of the polymer battery offers additional resistance to combustion and explosion. If a polymer battery does catch fire or explode, the chemicals used in the construction make it a lot less reactive than other types of batteries. When exposed to the air to form liquid electrolyte rust will make it easier for the lithium battery fire.

Lithium-Ion Battery:

Shape and Life span:

Lithium-ion batteries are cylindrical or rectangular. they are also known as "cells". Lithium-ion batteries are extremely lightweight and have the highest energy density of all commercially used battery types. They also retain their charge for a very long time. Li-Ion batteries have 3 to 8 times longer cycle life than lead-acid and up to three times longer life than nickel metal hydride (NiMH).

Li-ion batteries can catch fire:

Lithium-ion batteries don't like heat, cold or small Spaces. Even if they don't move. There are several documented cases of them spontaneously catching fire without meeting any of these conditions. You may not be able to solve this problem by switching to a different type of battery, such as a polymer battery. Lithium-ion batteries can catch fire if there are some manufacturing defects. Polymer battery technology could be the solution to make lithium-ion batteries safer.

Regular complete discharge and charging cycles are required to extend capacity and life:

Polymer batteries are much better than Lithium-Ion or Li-Ion. They have longer lifespans, and lower capacity degradation rates even if they're used often. They have a better self-discharge time that allows you to store them for months without an additional charge. This makes them very reliable for devices that don't use much power like security cameras, smoke detectors, and similar devices.

Popularity is high:

Lithium-ion batteries are found in smartphones, laptops, tablets, portable power supplies and other portable devices. Their lightness, flexibility, and reliability have made them increasingly popular in the consumer electronics industry.

The main difference is the electrolyte:

The difference between the two is polymer and lithium. Lithium batteries consist of metal oxides and non-metallic lithium halide. People always separate from the electrode in lithium metal. The organic material used in batteries is quite volatile, so you can't use it on your own. They can only be mixed with useful substances to solidify them. Polymers, on the other hand, are made of long chains, which allows it to conduct electricity efficiently.

The depth of discharge of polymer batteries is higher than that of lithium-ion batteries:

Polymer batteries are superior to lithium batteries. Lithium-ion batteries discharge to a depth of about 80 percent, while polymer batteries discharge to a depth of 90 percent. So there's a 20 percent difference from polymer to lithium-ion batteries. The reason behind this is that lithium-ion batteries allow for fast charging and discharging, but this can cause the battery to overheat. Polymer batteries are most commonly used in applications that require moderate power, such as forklifts, electric vehicles, or solar storage panels.

They charge at different rates:

The difference in charging requirements between lithium-ion and polymer batteries makes it increasingly difficult for chargers to charge lithium-ion batteries. Charging a polymer battery has two stages -- first increasing the current until it reaches a saturation voltage, then holding it constant until the charging current drops. Lithium-ion batteries require higher voltages and faster charging speeds than polymer batteries, which charge more slowly.

Lithium polymer batteries are more resistant to overcharge or overdischarge:

Lithium batteries are commonly used in devices such as electronics that require very high power consumption but have very short bursts of energy. They are also known for their low weight and high tolerance to overcharge or discharge. For example, laptops and smartphones rely on lithium batteries for their power source. Lithium-ion batteries have a small trade-off in their tolerance for overcharging or discharging, which is why some people choose to use lithium-polymer batteries in applications that don't require much power and consume a lot between charges.

Li-polymer batteries can store charge for a longer time than li-ion batteries :

 Li-Polymer is a better technology than Li-Iosince there are no liquid contents inside. They can take different shapes, so they don't take up any more space than regular batteries, and they can appear anywhere. In addition, you need to recharge your lithium-ion batteries every 2-3 years. Lithium polymer batteries last five to eight years before you need to replace them.

conclusion:

Are polymer batteries better than lithium batteries? Although lithium-ion and lithium-polymer batteries are the same type of battery, there are several significant differences between them. These methods make them different from each other. However, all batteries have their advantages, disadvantages, and benefits that are part of the battery life cycle. You can choose the right battery according to your requirements. If you want to know more, please click here to enter our official website. There's more information you'll want to know in there.