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Single Cell Battery
A 7200mah lithium polymer battery can also be called a single cell battery because it is made of one cell. This battery provides an average voltage of 3.7 V. It gives some power to portable devices like smartphones, tablets, or e-readers. These devices do not need a lot of power to work. So, they can easily run on a single cell battery. Because of its compact size, it's also good for lightweight designs that need easy handling.
Multi-cell Battery Pack
This battery pack is made by joining more than one cell together. Depending on how many cells are used, these packs give higher voltages. Usually, they are made with cells arranged in series or parallel. This configuration increases the total battery capacity. Often, the batteries expand device usage. People see them commonly in electric vehicles, laptops, and drones, where the need for longer energy and more power is crucial.
Soft-Shell Batteries
Soft-shell batteries are also called pouch batteries. These batteries come with a flexible casing made from thin plastic layers. The layers are put together. This design is different from the hard case that prismatic and cylindrical batteries have. The soft-shell batteries are flat and thin. Therefore, even though they are thin and light, they hold a large amount of energy. This enables their use in devices with limited space. A few devices with soft-shell batteries are ultrabooks and high-end smartphones.
Hard Case LiPo Batteries
Hard case LiPo batteries have a strong and rigid shell made of hard plastic or metal. Their primary purpose is to provide extra safety and protection. The design less risks any damage. Usually, the damage risks come from impact, puncture, or even fire. These batteries are commonly used in remote control vehicles, drones, and other gadgets where extra protection is a must. Things like safety and durability are important in these applications because of how they tend to be used.
Consumer Electronics
Lithium polymer batteries are widely used to power smartphones, tablets, and wearables. This is because they have flexible shapes and sizes. The design allows for seater thin profiles in high-density products like mobile phones. Moreover, they can withstand many charging cycles without degradation. It is, therefore, common that batteries are found in gadgets that people use well every day.
Medical Devices
Due to their reliability and safety, medical equipment uses lipo batteries frequently. Examples include portable ultrasound machines, infusion pumps, and patient monitors. The batteries' lightness ensures that the devices are easy to carry. Moreover, their stable energy output ensures that the medical equipment operates securely and dependably. These features are critical for patient care and emergency responsiveness.
Aerospace and Defense
The batteries have applications in aerospace and defense too. Here, they power equipment such as drones, communication devices, and navigation systems. These systems need light batteries that can work well in bad conditions. LiPo batteries fit the requirement perfectly as they can withstand harsh environmental conditions yet remain lightweight. Also, the batteries have great energy densities that enable long missions.
Electric Vehicles (EVs)
EVs commonly use lithium-ion batteries. But, some newer models, especially thin designs, still use lithium polymer batteries. The batteries' capacity to be configured into various shapes enables automakers to use it for compact designs. It is crucial for modern EVs that aim to improve efficiency without compromising space.
Remote Control (RC) Models
RC models like drones, cars, and boats often use LiPo batteries. This is because of their high discharge rates. The rate allows for quick bursts of power needed for speed and maneuvering. Besides, their lightness enables better handling and performance compared to other battery types. The advantage of an RC vehicle is that it can go faster and can be more remote than its counterparts.
Lightweight and Flexible Design
A lithium polymer battery's most significant benefit is its lightness. It is better than lithium-ion batteries. It also has a flexible design. It allows the batteries to be in different shapes and sizes. It helps fit the battery in tight spaces. One, the battery will be thinner, and two the gadget will be lighter. Consumers will hardly notice the weight difference, especially if they use it in a smartphone or laptop. The lighter the gadget, the better for many users. They would want to carry it around easily.
High Energy Density
Energy density means how much energy a battery can hold per unit volume. Lithium polymer batteries have high energy density. They can store more energy even if they are lighter. It makes them last longer before needing a recharge. A 7200 mAh battery can store a large amount of energy. Hence, it is great for power-hungry devices like tablets and laptops that need much energy to work.
Safety Features
Safety is an important consideration for everything. Lithium polymer batteries come with better safety features than others. For example, there is no risk of explosion or fire if the battery is punctured or damaged. Manufacturers put the cells inside a hard case to avoid these risks. Plus, the risk of swelling is also minimal. Some batteries even have safety features like temperature and overcharge cut-off. These features disconnect the battery when it becomes too hot or fully charged. These features protect users and equipment from likely harms and damage.
Low Self-Discharge Rate
The self-discharge rate is how fast a battery loses charge when not in use. Lithium polymer batteries have a low self-discharge rate. They retain their charge longer even when not charged. Users are happy to know that their gadgets like smartphones and cameras will not lose charge when not in use for a while. The battery will still be functional when they next go to use the gadget. Indeed, a great convenience for all and especially for emergency devices and infrequent users.
Fast Charging Capability
Charging speed is also crucial. One of the main reasons users love lithium polymer batteries is their ability to be charged fast. They can take higher currents during charging. It allows devices to be charged quickly. For instance, a 7200 mAh battery can be charged in a short period with a high rate of mAh and good technology. Therefore, it is great for devices like power banks and fast-charging phones. They would not have to wait long to get back their battery-powered gadgets or power banks.
Compatibility
To begin with, users need to ensure that the battery is compatible with their device. Each gadget has its own specifications suited for the batteries. Therefore, buyers should be on the lookout for compatible devices. They should check the dimensions, voltage, and connectors required for the gadget to work optimally. Using the wrong battery will lead to poor performance or probably damage the device.
Quality and Brand Reputation
Users will like a quality battery. They should invest in batteries from reputable brands. Quality matters. Batteries made from quality materials will be more durable, reliable, and safer. One great way to check quality is by looking at the customer reviews and ratings of the battery. It is worth it to purchase a quality product that has great reviews than one that may have negative reviews despite having a popular brand only.
Charging Equipment
Users should also take note of the charging requirements of the 7200 mAh LiPo batteries. They often require specific chargers to charge them safely and correctly. Buyers should be aware not to purchase the battery separately if they do not have a compatible charger. Violate this rule, and the battery will be damaged, and there will be no safety issues. It is important to remember to use the proper charger for whatever is required to ensure safe charging.
Battery Maintenance
What is great about lithium polymer batteries is that they require minimal maintenance. However, one does not have to do all the maintenance. Buyers need to understand proper storage and handling of the battery. For instance, they should be stored at a moderate temperature and should not be exposed to extreme heat or cold. In maintaining a battery, they should also ensure they have a proper storage condition to be effective and serve long. One effective way to maintain this kind of battery is to store it at a storage charge level. It means that the battery level will not be too full or too low, but at an average level. Sharing this balance will help preserve the battery's health over time. It helps a lot, particularly when the battery is not used for a long time.
Safety Features
Manufacturers have integrated smart technology into modern lithium polymer batteries. What this technology does is ensure that users are proactively protected from potential hazards. When purchasing, users should look for batteries that have these safety features. For instance, the battery may possess a cutoff function. This function will disconnect the battery if it attempts to draw too much power. There may also be temperature sensors that turn off the system to avoid overheating. These steps ensure that even when a battery may be overloaded, no damage will be done to either the battery or the device it powers.
A1: It refers to a rechargeable battery that can continuously provide a current of 7200 milliamps for an hour. Or, it can supply a lower current for a longer period of time until the charge is used up. The battery is made of lithium and polymer. It is lightweight and versatile in shape.
A2: These batteries power many consumer electronic devices like smartphones, tablets, and laptops. Even RC models like drones, cars, and boats use it. Other applications are in medical equipment, electric vehicles, and portable gadgets. Aerospace and defense technologies use it too.
A3: Yes, they are generally safe. Especially when manufactured with extra safety features. These features are overcharge protection and temperature regulation. They must be handled and stored properly. Avoid puncturing, overheating, or exposing them to extreme conditions.
A4: The battery should be stored in a cool, dry place away from direct sunlight. The storage temperature should ideally be between 15°C and 25°C. It should be placed in a fireproof container or battery storage box for added safety.
A5: Yes. The battery can power electric vehicles, drones, and portable medical devices. It can also power remote-controlled toys and professional-grade equipment. Users can choose to power gadgets that do not require high energy with it too.
