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Lipo Batteries for Drone 6S1P 22.8V 22000mAh

Advantages of Our LINKAGE aukštos įtampos LIPO battery:

1. Esant tokiai pačiai talpai, skrydis užtrunka 15% -20% daugiau laiko nei įprastos įtampos baterijos

2. Svoris yra toks pat kaip įprastos įtampos baterijos

3. Esant tokiai pačiai galiai, srovė neturi būti per didelė, todėl vidiniai nuostoliai tampa mažesni

4. Aukšta iškrovos platforma, stipri galia kilimo metu, stabili iškrova, stabili iškrova

Discharge Curve comparision with the other Batteries

 

 

Aprašymas:

P / N talpa

mAh

Įtampa Iškrovimo norma

C

maksimalus

Nuolatinė srovė

piko

dabartinis

Matmenys svoris

+ -15g

Storis

mm

Plotis

mm

Ilgis

mm

6S 25C 10000mAh 10000 22.8V 25C 250 500 52 70 185 1350
6S 25C 12000mAh 12000 22.8V 25C 300 600 60 70 185 1540
6S 25C 14000mAh 14000 22.8V 25C 350 700 53 91 195 1710
6S 25C 16000mAh 16000 22.8V 25C 400 800 54 92 200 2000
6S 25C 22000mAh 22000 22.8V 25C 550 1100 72 92 215 2630
12S 25C 12000mAh 12000 45.6V 25C 250 500 66 91 192 3100
12S 25C 14000mAh 14000 45.6V 25C 300 600 106 91 192 3430
12S 25C 16000mAh 16000 45.6V 25C 350 700 112 91 199 4000
12S 25C 22000mAh 22000 45.6V 25C 400 800 132 91 215 5200
12S 25C 32000mAh 32000 45.6V 25C 400 800 112 91 210 8000

Programos:

Military VTOL Drone

Plant Protecttion Drone

Special Drone

Advantages of LINKAGE inspection drone battery:

1. Excellent high temperature performance, can work continuously in a certain high temperature environment;

2. UAV batteries for special low-temperature environment applications;

3. It can be used for ultra-fast charging;

4. Long cycle life, leading in the industry;

5. High energy density, large capacity battery, to achieve longer endurance operation ability;

6. The internal resistance BMS battery protection board realizes the intelligent management of the battery;

7. It is suitable for various types of drones in industries, such as plant protection drones, power inspection drones, security rescue inspection drones, etc.

Inspection of drone batteries to improve drone battery life is mainly based on two aspects. One is to increase the volume of drone batteries to increase the battery capacity, and the other is to continuously improve the manufacturing process and raw materials of drone batteries. It is the most ideal method to increase the unit energy density of the battery so as to increase the capacity and range of the UAV without increasing the volume and weight of the UAV battery. Although it is simple, in fact, this involves many aspects of process improvement and progress.