UAV Battery
SUJOR is committed to delivering high-performance, cost-effective UAV battery solutions.
Product Introduction:
SUJOR 22.8V 8000mAh custom lithium battery is equipped with smart BMS by monitoring the battery condition and with cell balancing function. It has compact and lightweight design to make sure optimal balance and flight dynamics. Various battery connector, configuration, working temperature, voltage, capacity and more could be tailored.
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Basic Specification
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Item |
Rating |
Remark |
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Model |
SUJOR-22.8V 6s1p 8000mAh 60C |
68*44*142mm(H*W*L) |
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Nominal capacity |
8000mAh |
Standard discharge(1C5A) after Standard charge |
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Nominal voltage |
22.8V |
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Cut-off charge voltage |
26.1V |
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Cut-off discharge voltage |
18.0V |
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Configuration |
6s1p |
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Weight |
Approx: 863g |
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Anode material |
LiCoO2 |
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Standard charge |
0.2C CC(constant current) charge to 26.1V,then CV(constant voltage 26.1V)till current decline to ≤0.01C |
Charge Time : Approx 7.0h |
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Max. constant charging current |
8000mA(1C) |
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Standard discharge |
Discharge at 1C5A to 18.0V |
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Max. continuous discharging current |
480A(60.0C) |
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Operating temperature |
Charge 0~+45ºC |
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Discharge -20~+60ºC |
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Storage temperature |
-10~+55ºC≤1 month |
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-10~+45ºC≤3months |
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-10~+25ºC≤12months |
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Storage humidity |
45-75%RH |
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Charge Connector |
White JST-XH 7P |
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Discharge Connector |
Yellow Amass XT90S |
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Key Features
Explosion-Proof Spark Prevention
Large capacity, suitable for long-range flights with stable performance
Stable Automatic Stacking Technology
High discharge rate and excellent compatibility
High energy density, tailored for various types of drones
Top-quality and safe SUJOR Series batteries pass rigorous testing
7*24-hour after-sales service
Main Application
Agriculture spraying drone
Land surveying drones
Police drones
eVTOL
Delivery drone
Inspection drone
Photography drones
Construction drone
Mining drones
Fire-fighting drone
Fixed wing UAV
Small Agricultural Drones
Light Multirotor Platforms
RC Toy Drones
Hybrid Spraying and Aerial Photography Drones
Teaching/training drones
Production Process
We have our own cell and PACK manufacturing facilities, with over 500 skilled workers and 25 lean production lines. Currently, the daily output of lithium batteries exceeds 600,000 Ah, and we are continuously working to expand our production lines to meet the growing demands of our customers.
FAQ
Q:
What type of battery will be used for drones?
A:
The type of battery used for drones is overwhelmingly High rate Lithium Polymer (LiPo) batteries. High C-rate Lipo battery can deliver massive burst of current needed for takeoff, maneuvering and high-speed flight, ect. Moreover, Lithium polymer batteries are lightweight and have high energy density, providing drones a good amount of power which is critical for flight time. And Lipo batteries can be shaped into different dimensions that fit efficiently into drone bodies.
Q:
How to choose a battery for your drone?
A:
Selecting the right battery for your drone involves considering multiple factors to ensure optimal performance and compatibility. Here is a guide to choosing the appropriate battery:
Voltage (V):
Refer to your drone’s specifications to determine the required voltage. Most drones are powered by 3.7V (1S), 7.4V (2S), 11.1V (3S), 14.8V (4S), or 22.2V (6S) batteries.
Capacity (mAh):
The battery’s capacity determines how long your drone can fly. Higher capacity batteries generally offer longer flight times but also add weight. It’s important to find the right balance between flight time and weight to meet your needs.
Discharge Rate (C-rating):
The discharge rate indicates the amount of current the battery can deliver. A higher C-rating is suitable for drones that require high power output, such as racing drones or those equipped with powerful motors.
Q:
How long would a drone battery last?
A:
The lifespan of a drone battery can vary depending on several factors, including maintenance, frequency of use, as well as charging and storage practices. Generally speaking, a well-maintained drone battery can be recharged for 100 to 300 cycles. With proper care, some batteries may even last longer. Following the manufacturer’s guidelines for charging, storing, and using the battery is key to extending its service life.
Q:
What is the voltage of a UAV Lipo battery?
A:
The voltage of a UAV LiPo battery isn't a single number—it depends on how many individual cells are connected in series inside the battery pack. Each cell has a standard voltage.
Here’s a breakdown of the key voltages and common configurations:
1. The Basics: Per-Cell Voltage
Every LiPo cell has three important voltage levels :
Nominal Voltage: 3.7V (The standard "average" voltage used to describe the battery).
Fully Charged Voltage: 4.2V (The maximum voltage right after a full charge).
Discharge Cutoff Voltage: 3.0V (The minimum safe voltage; going below this can damage the battery).
Note: There are also High Voltage (HV) LiPo batteries, where the fully charged voltage per cell is higher, typically 4.35V, 4.4V, or even 4.45V.
2. Common Battery Voltages (by Cell Count)
To get the voltage for the whole battery pack, you multiply the per-cell voltage by the number of cells connected in series (the "S" number).
|
Cell Count (Series) |
Nominal Voltage (3.7V/cell) |
Fully Charged Voltage (4.2V/cell) |
Common Applications |
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3S |
11.1V |
12.6V |
Smaller racing drones, hobbyist quadcopters |
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4S |
14.8V |
16.8V |
Mid-sized consumer and prosumer drones |
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6S |
22.2V |
25.2V |
High-performance drones, FPV, professional filmmaking |
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12S |
44.4V |
50.4V |
Heavy-lift, agricultural, and large industrial drones |
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14S |
51.8V |
58.8V |
Specialized industrial applications |
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18S |
66.6V |
75.6V |
Heavy-payload cargo, eVTOL, and large agricultural drones |
As you can see, while 6S (22.2V) and 12S (44.4V) are very common standards for industrial and high-end consumer drones, the voltage scales up with the power needs of the aircraft.
Q:
What is the longest run time for the battery on a drone?
A:
The maximum battery runtime on a drone can vary depending on the drone's size, weight, and battery capacity. Generally, consumer drones offer flight times ranging from about 10 to 30 minutes on a single battery charge. However, some professional drones, such as those used for industrial or military purposes, can achieve much longer flight times—from 1 hour to several hours. These drones typically use larger batteries or alternative power sources to enable extended flight durations.
SUJOR aims to provide customers tailored lithium ion battery packs. We could not only provide customers with customized services for individual components such as battery cell, BMS and battery structure, but also offer optimal battery integrated solutions (cell+BMS+structure) based on customer’s detailed requirement.
