Why is mostly a polymer battery?lithium power station wholesale

　　1. Security

　　The polymer battery uses aluminum -plastic packaging. Compared with the metal shell of the liquid battery cell, it can prevent the battery from explosion, thereby preventing drones from being involved in explosion and causing greater losses.

　　2. Any shape

　　The polymer battery is mostly glue because the electrolytes are glue, so that the battery shape can be changed at will, and even the lighter shape can be achieved. It's difficult to change. The advantage of this is that the battery can match arbitrary drones, not the drone must be designed by the battery.

　　3. Large capacity

　　The polymer battery is 10%to 15%higher than the steel shell battery capacity of the same size and 5%to 10%higher than the aluminum shell battery. The higher the drone, the higher the battery life, and the higher the battery with a high capacity.

　　4. Light weight

　　The polymer battery is generally a soft -packed battery. It is much lighter than the steel shell and aluminum shell battery. If the drone battery wants to fly high quickly, the smaller the load, the more favorable the fly.

　　5. Small internal resistance

　　Due to the improvement of the material and technology, the internal resistance of the polymer battery is lower to other batteries, which greatly reduces the power consumption of the battery, which is equivalent to increasing the battery use time. This is undoubtedly a good thing for drones who are eager for battery life.

　　6. Good discharge performance

　　The polymer battery adopts colloidic electrolyte. Compared with liquid electrolyte, the colloid electrolyte has a stable discharge characteristics and a higher discharge platform.

Read recommendations:

lithium trolling motor battery direct sales

best power station

12V 200Ah LiFePo4 Battery Pack Prismatic Cell 4000 Cycles Lithium Ion IP65 200A Discharge for Trolling Motor Golf Cart

The Rise of Solid-State Marine Batteries: Powering the Next Generation of Maritime Innovation

Difference between alkaline zinc manganese dioxide battery and ordinary zinc manganese dioxide battery