2025-04-18
With the technological development of lithium batteries, LiFePO4 batteries are widely used in applications such as low-speed unmanned vehicles and robots due to their high stability and safety, long life, high power output, and environmental friendliness.
Currently, common robot battery models on the market such as 24V, 48V, 72V with optional capacity, next we will introduce you to the popular models of 24V robot LiFePO4 battery.
LEAD-WIN's LiFePO4 batteries for robotics stand out as the industry's top choice for their outstanding performance, durability and cost-effectiveness. These lithium batteries are designed for the various requirements of robotic applications and are widely acclaimed in this industry. Experience their outstanding performance and superb technology when your smart devices are powered by LEAD-WIN lithium batteries. Let us know about LiFePO4 batteries for robotics:
This high performance and compact 24V 20Ah LiFePO4 battery by LEAD-WIN is designed for robotics applications. This 24V 20Ah LiFePO4 battery can work under -10℃ (14℉) to 55℃ (131℉), let's experience its unique performance and enjoy the extra long power from robots, which is currently in stock and available in bulk. View Product Details>>
Main Features:
This 24V 30Ah Robotic LiFePO4 Battery from LEAD-WIN is easy to use, maintenance free, and can be used for work at -15°C (5°F) to 60°C (140°F). Light weight and flexible installation and removal are its main features. View Product Details>>
Main Features:
LEAD-WIN's 24V 40Ah robotic LiFePO4 battery has a high energy density for extended operation. View Product Details>>
Main Features:
LEAD-WIN's 24V 50Ah lithium iron phosphate battery is suitable for robot applications such as AGV/AMR/RGV and can operate in harsh environments. This product is customizable; please leave a message for inquiries. View Product Details>>
Main Features:
This 24V 60Ah LiFePO4 battery is available now, with a bulk discount. This lithium battery uses a top brand A-grade battery cell and is widely used in the field of robot power. Our lithium battery is made of safer lithium iron phosphate batteries, requires no maintenance, is flexible to install and disassemble, and has a longer operating time. View Product Details >>
Main Features:
Upgrade your equipment with our 24V 75Ah robot LiFePO4 batteries and experience their unmatched performance, let's enjoy longer run time and fast charging. View Product Details >>
Main Features:
Experience our LEAD-WIN's 24V 100Ah LiFePO4 battery and enjoy an uninterrupted running experience thanks to its high capacity (2560Wh), which provides continuous power for your equipment. Fast and efficient charging ensures reliability, while the advanced and intelligent BMS and high and low temperature durability make it perfect for demanding conditions. View Product Details>>
Main Features:
Enjoy an uninterrupted running experience with this extra-large capacity 24V 120Ah robot LiFePO4 battery, which provides continuous power for mobile robots. Built-in advanced and intelligent battery management system (BMS) provides protection for the battery pack and high energy output efficiency. View Product Details >>
Main Features:
In order to give full play to the power of our mobile robots, choosing the right lithium battery for your device is of utmost importance. The following are the factors to consider when choosing a suitable battery for your device:
1. Battery Type: Lithium batteries are currently the commonly used battery type for industrial intelligent robots, mainly including lithium ternary batteries and lithium iron phosphate batteries. Li-ion ternary batteries are superior in energy density, high-current discharge and low-temperature performance, and are suitable for robots with high endurance such as competitive robots and special-purpose robots. While lithium iron phosphate batteries are better in cycle life and safety, suitable for service robots and large industrial robots and other robots with high stability.
2. Voltage Requirement: Determine the voltage requirement of our equipment, make sure that the nominal voltage of your own equipment is 24V/25.6V, of course, considering the performance enhancement or upgrading, you need to make sure that it is compatible with your equipment, of course, you can consult with professionals.
3. Battery capacity: Calculate the voltage of the robot under working operation, estimate the battery capacity (Wh) needed for our equipment, and select the appropriate battery capacity according to the power consumption and usage requirements of the robot. Robots with high power consumption need a large battery capacity to ensure endurance, but a large battery capacity will increase the weight and size of the robot, so you need to weigh the endurance and portability.
Formula:
Battery capacity (Wh) = robot power (W) * endurance time (h)
For example: If the power of the intelligent industrial robot is 1000W, and it needs to run uninterruptedly for 12h, then the battery capacity needs to be at least 1000w * 12h =12000Wh=12Kwh.
4. Battery size and weight: The general design of intelligent industrial robots may limit the physical size of the battery as well as its weight, ensuring that the battery can be placed in the reserved space and cannot affect the performance of the robot (e.g., movement speed or stability), so choosing a customised robotic battery service will be a good choice.
5. Battery Management System (BMS): Lithium-ion battery packs need to be equipped with a BMS for effective control and management due to their large capacity and complex series-parallel structure. The BMS can monitor the charging and discharging process of the batteries and prevent over-charging, over-discharging, and short-circuiting to ensure the safety of the batteries.
6. Supplier and Brand: Choose industry-leading lithium battery manufacturers or well-known brands to ensure that the supplier provides technical support as well as after-sales service. Choose us, we LEAD-WIN is a company with its own factory, integrating research, development, production and sales.
Different types of lithium robotics batteries usually have different life spans. Li-ion ternary batteries generally have a cycle life of 1200 charge/discharge cycles before their capacity drops to about 80% of their rated capacity, while Li-FePO4 batteries generally have a cycle life of 2000 cycles before their capacity drops. If properly maintained, its life can be extended, such as: avoid overcharging or over-discharging. Avoid being in high or low temperature environment for a long time.
The capacity of the 24V lithium battery series will directly affect the endurance of the robot. The larger the battery capacity, the longer the robot can continue to work. Second, the change in battery capacity also affects the weight and size of the robot. Large-capacity batteries usually imply greater volume and weight, which may increase the burden on the robot and affect its movement speed and efficiency.
Usually, 24V robot lithium battery does not need daily maintenance, when the industrial robot is not used for a long time, the best storage environment for lithium battery needs to be in a cool, ventilated and dry place. Regularly check the battery's charge, voltage and health status to detect and deal with any abnormalities in a timely manner.
