How to Store and Maintain the Battery of High-rate Industrial UAV

Technological advancement has created a world where impossibilities have become possible. People no longer have to work in riskier occupations equipment and computerized systems have taken over for efficiency. Industrial UAVs have taken over certain tasks making the world safer and operations smoother.

Some industries that have become highly reliant on drones are agricultural plant protection, power line patrols, security inspections, aerial surveying, police and fire protection, and more. Drones have taken up the key role of ensuring people stay safe while keeping these places in perfect condition. There are no more risks of accidents and similar issues.

But for these UAVs to work effectively, they need batteries. It is through battery power that they can fly and deliver exceptional results. But because batteries run out of power quite fast, users need spare batteries. It is no wonder the industrial drone battery industry has really flourished.

These batteries need to be stored safely. There are certain corresponding warehouse management requirements that must be followed strictly.

In this guide, we share more on how to keep the batteries safe. Keep reading to discover more.

How to Store and Maintain the Battery of a High-rate UAV

Storing batteries can be tricky if you don't know what to do. No matter what batteries they are or how you use them, you need to set the most conducive environment, or you will end up damaging them more than you would want. Industrial UAV batteries, in particular, are more demanding.

So, how do you store these batteries effectively? What precautions should you take to ensure your batteries last longer? Here are the best answers to these questions – top tips for safe battery storage.

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Follow the temperature requirements strictly.

As you may already know, lithium polymer batteries are the most common option for industrial drones. They are some of the world's most powerful and longest-lasting batteries today.?These batteries feature lithium metal as the main raw material.

What many consumers don't know is that the chemical properties of these batteries are extremely lively. This makes their processing, preservation, and use very challenging in terms of environmental requirements.

LiPo batteries vary significantly in terms of temperature adaptation. Most can operate effectively under environments of – 20 Celsius to -60 Celsius. Also, they can work well in process-processed environments of -45 Celsius. However, these are only operating temperatures. Storage temperature is something else.

You need to follow the strict requirements to keep your batteries safe. We have seen many instances where batteries have been damaged due to such issues.

In short, you need to strictly follow the storage requirements of these batteries. It is not only to ensure proper performance but also because the batteries are extremely expensive. The last thing you want is to spend a lot of money buying new batteries when you could have avoided it with proper storage procedures.

Ensure the exhaust system is operational.

Dust control is one of the most important aspects of drone battery storage. Depending on the material used and their safety requirements, you may need to create the most conducive environment, keeping them away from dust.

LiPo batteries offer a higher energy density and power compared to other batteries. Thus they can be a little more sensitive to dust and poor storage conditions.

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You must strictly follow dust control measures in the air. This is mainly because:

It's not recommended to cover the exposed plug as it affects the maximum effect from these batteries during discharge.

Dust may carry metal impurities from the warehouse shelf, which increases the battery's internal resistance when mixed in the cell.

The battery losses its storage capacity as the dust may increase its storage for self-consumption.

For these reasons, getting the right exhaust system for the storage facility is extremely important. Ensure there is always fresh air inside the facility, giving your batteries time to operate properly. It's all about having a safe environment for maximum output.

Check the storage humidity.

Aside from temperature, humidity is another factor that may adversely affect the effectiveness of your batteries.?LiPo batteries are extremely intolerable to wetness. That is why proper precautions must be taken from production to storage. You can never ignore this.

Water vapor from the air can easily sneak through the battery's outer packaging. The battery's electrolyte is water-hating and will not function properly once exposed to humid conditions.

The electrolyte material may absorb and react with the water until it sits, making it completely infective. The result is usually a dead battery with no way of reviving it. Some dead batteries can be reawoken, but not when rusting and corroding.

To avoid such conditions, keep the storage area dry at all times. Ensure no moisture sneaks in, and you can be sure of long-lasting batteries.

Storage Temperature of the High-rate Industrial UAV Battery

Temperature is one of the biggest threats to battery performance, especially for LiPos. As stated earlier, the operating temperatures of UAV batteries can range as long as -60 Celsius. But when it comes to storage, things get a little trickier.

The most recommended temperature for storing industrial UAV batteries is 18 degrees Celsius. It should not be below this figure or above 25 degrees Celsius. The maximum recommendation is usually 30 degrees Celcius.

These are the conditions at which the batteries' internal properties are more stable. The internal power consumption will be 1% if stored for a week and remain within 3% if you store it for over a month.

Dust Control of the High-rate Industrial UAV Battery

Aside from temperature, dust is another risk factor for the performance of UAV batteries. Impurities that come from the dust can mix with the electrolyte, affecting its effectiveness. The batteries can be easily damaged in such conditions.

Some people cover the exposed electrodes to avoid such issues. But this is not a recommended approach as it may affect its effectiveness.

A good exhaust system in the storage facility is the best way to keep the dust away. With this, you don't have to keep covering your batteries, and you can ensure it lasts longer. The long-term effects of proper storage conditions are worth everything.