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With several types of batteries available in the market, lithium polymer batteries, commonly referred to as Li-Po batteries, are the most efficient and reliable batteries around.Though the shift to Li-Polymer batteries is noticeable, it has advantages that improve the drones’ functionality and the overall associated experience.
In this article we will discuss five advantages that have made Li-Polymer battery more desirable for Batterie pour Dji drone.
5 Advantages That Have Made Li-Polymer Batteries More Popular
1. Higher Energy Density
One of the outstanding features of LI-polymer batteries is that they have a much higher density than other batteries, such as NiCd or NiMH batteries. Energy density is the amount of energy that a battery’s capacity can store per its volume, weight, or mass. Li-Polymer batteries are lighter than other batteries but have the ability to store more energy, making them a vital feature in drones where the weight of the equipment is of the essence. That is why, for DJI drones, it translates into longer flight endurance and higher payload demand without the necessity to augment the total weight of the drone. They attribute this pleasant capability of Li-Polymer batteries to be an important asset in both the recreational and the commercial UAV market.
2. Improved Safety Features
The safety of the operation of any drone is of utmost importance, and Li-Polymer batteries have more enhanced safety characteristics than the rest of the battery types. They are made with a strong outer shield that offers protection to the device from leaks as well as physical harm. While there is the shadow of Li-ion batteries, which tend to catch fire when they are overcharged or connected in the wrong way, Li-Polymer batteries are safer as they are not as unstable when they are overheated or short-circuited. Due to such features, accident risks can also be minimalized.
3. Versatility in Design
Li-Polymer batteries are flexible, which makes them ideal for shaping the batteries in the specific forms that are required by each model of a drone. This feature is invaluable in the manufacturing process of drones since the space, shape, and surface of the drone structure must be optimized constantly. DJI has applied this advantage in the production of newer drones with slimmer and more integrated battery compartments not only to make the drones look better but also to enhance their performance.
4. Faster Charging Times
The element of time is one of the most important resources to any drone lover or drone professional. Li-Polymer batteries offer the extra advantage of short charging time compared to any other battery type. This works to help users get more operational time out of their drones since they can quickly get back in the air when needed. For instance, a DJI drone equipped with a Li-Polymer battery can be charged in significantly less time while providing longer operation periods, facilitating more flights per day, and enhancing productivity in tasks such as aerial photography, inspections, and surveillance.
5. Longevity and Durability
Indeed, DJI’s decision to use Li-Polymer batteries is not limited to short-term expectations but to the numerous benefits in the future. These batteries possess lower self-discharge in their non-use state, thus increasing their average life span. Also, they can endure more charges and discharges compared to other battery chemistries, and their effectiveness can decline at some point. For regular users, this would translate into long hours of operation of the drone’s battery pack, implying that it would not frequently require replacement, hence giving better value to the consumers’ money.
Conclusion
The significance of Li-Polyimer batteries in DJI’s drone technology cannot be overstated. Whether for professional cinematography, industrial inspections, or hobbyist exploration, the benefits of Li-Polymer technology foster not just better performance but also greater confidence in the reliability and efficiency of DJI drones. As UAV technology continues to advance, the role of Li-Polymer batteries is set to become increasingly central, driving the future of drone capabilities and applications.
