Drone Lipo Battery Referal

Those involved in large scale drone operations are more than likely to encounter some frustrations when dealing with lipo batteries. Basically, battery logistics are a regular difficulty for companies that are scaling up drone programs.

Also, they represent some considerable covered up the cost of actively growing a fleet. Asides for the purchase price of every distinct battery, one also needs to account for the storage, the usage, and condition monitoring, obsolescence, and transport as well.

Although, enhanced battery structures or any other energy sources may likely be on the horizon in the coming years. This is because the lithium polymer and lithium ion batteries we currently use are more than enough for diverse use cases.

Also, in structuring operations with some of the sound processes in mind, anyone can decrease some of the diverse difficulties of managing huge numbers of batteries.

LiPo Batteries Pros And Cons

Lithium polymer batteries are widely known to be highly combustible when they are either punctured, mishandled, or even overcharged.

When lipo batteries are damaged, they generate both gas and heat and also a distinct damaged cell can and in other cases, they swiftly create a chain reaction that is violent.

However, adequate procedures for handling lipo batteries can aid in mitigating all the risks involved with lithium polymer batteries.

LiPo batteries are rechargeable batteries that have been utilized in aircraft and even radio controlled cars for quite a number of years. These batteries are becoming more popular as they grow.

Currently, they are the most preferred power source for the majority of consumer products such as:

· Mobile phones

· Mp3 players

· Laptops

· GPS units

· PDAs, etc.

The key advantage of lipo battery cells is that they actually have roughly four times the energy density of Nickel Metal Hydride batteries or even nickel Cadmium. They are lightweight and highly pliable and can be made to be any shape or size.

Meanwhile, there are diverse safety issues as well as disadvantages with these batteries. It has been discovered that overheating and overcharging lipos can lead to fire incidents.

However, the batteries still have their pros and cons. The pros of lithium polymer batteries include:

· They are light in weight and manufactured in any shape or size

· They have higher capacities that allow them to hold lots of power

· They have higher rates of discharge, and this means that they pack much more punch.

For the cons of lithium polymer batteries, they include:

· They have a much shorter lifespan. Their average life cycle is about 150-250

· Its sensitive chemistry can result in a fire if the batteries are punctured

· They need unique care for storage, charging and discharging

How To Perfectly Select The Best Battery For Your Drone

In choosing the best lithium polymer battery for your newly acquired drone, you can take a look at some of the available tips, which are:

· The battery size

This is a very vital parameter for great flight experience. It is preferable to select a large battery in terms of the capacity in order for it to serve the drone for a longer period of time.

Also, the ability of a LiPo battery to enable maximum flight time in the air will rely on the entire weight of the drone. The physical size of the battery should also be considered based on the type of drone and the cabinet of the battery.

· Battery voltage

This is also referred to as the cell count. It is a vital parameter as well for your quality investment. If you own batteries that have high voltage ratings, it will naturally aid your drone motors in generating higher power.

At the same time, a battery with high voltage power have much more weight, and this means the entire weight of the drone will be increased.

While there is no specific golden rule for the battery voltage selection, one can make decisions through data tables’ comparison and efficiency.

It is worthy to note that the motors of drones only become stronger and highly efficient when they are being powered by a high voltage. Meanwhile, a disadvantage that needs adequate adjustment is the issue with cost and the battery weight

Generally, when getting new batteries, look out for those products that have specifications that are perfect with the needs of the particular voltage or current rate.

· Connectors

They are a vital part of the drone batteries, and they do not only offer a simple way to either disconnect or connect the batteries from devices, but they also help users out in creating newer drones later on.

There are diverse varieties of connectors available in the market today, but one will need to pay closer attention while selecting any of these connectors as they are to be properly compatible with the type of drone you own.

How To Protect Drone lipo battery For Longer Life

As a result of the growing advancements in both science and technology, the cost of drones have gone lower, but the drones are more developed. The only big issue now is the issue of battery lifespan everyone faces when flying their drones.

This short lifespan issue is caused majorly by the careless and ignorant management of the pilot as they have no good idea about how best to secure and extend the lifespan of the drone batteries.

To protect the Lipo battery life of your drone, a few tips include:

· Do not overcharge

Since the lithium polymer batteries are greatly volatile and prone to damages that will result in fires, never leave them alone to charge as they can likely explode and lead to a fire.

A first stage to know that your lipo battery is overcharged is that it will make the battery puff up, swell, or practically misshaped.

So, overcharging is prospectively dangerous and can do harm to the battery life of your drone.

· Charge the battery in time

Do not allow the lithium polymer battery for your drone to automatically drain as it has the potential to ruin the battery. Even if you will not be making use of the batteries for quite a long time, it is best to charge them periodically.

However, these batteries should not be charged completely. Rather than do that, charge the battery for just sixty percent and store it in a highly secure place. In case you are set to fly, you can charge it to its highest capacity.

In simple terms, when the battery will not be in used for some time, do not charge it fully to a hundred percent; instead, sixty percent is better. But, when you are ready to make use of the battery, you can charge it fully.

To Sum It Up

Most of these drones are equipped with batteries that can be said to have the low or medium capacity in order to decrease the cost of the drone. Their batteries do not provide a long flight time duration or even made from high-quality rechargeable cells that can be considered to be good. For this sole reason, lithium polymer batteries are recommended for a much more enjoyable flight experience with your drone.