Custom 24V 25.9V 36V 5Ah Li-ion Battery Pack for Exoskeleton Robots

It is a 24V, 25.9V, and 36V rechargeable lithium-ion battery pack that is custom-designed to be used in exoskeleton robots and high-tech robotic equipment. Constructed using 18650 or 21700 Li-ion cells, it offers steady power output, trusted energy storage, and 5Ah capacity to operate continuously. The battery pack is designed to be tailored based on voltage, capacity, size, connector type, discharge current, and installation structure, and can be used in various robotic system designs. It has built-in overcharge, over-discharge, overcurrent, short-circuit, and overheating protection to enhance safety in the charging process and everyday use. It is suitable for wearable exoskeleton systems, rehabilitation robots, industrial assistive robots, and mobile robotic devices, which are supported by its compact structure and durable housing. This exoskeleton robot battery pack is a viable power option for manufacturers requiring long run time, consistent performance, and versatile OEM/ODM battery customization.

• Custom Voltage: 24V, 25.9 V, and 36 V options are supported to suit various exoskeleton robot power system needs.
• 18650 / 21700 Li-ion Cells: Constructed using high-quality lithium-ion cells to provide stable energy output, reliable capacity, and efficient charging performance.
• 5Ah Reliable Capacity: Offers reliable operation for wearable exoskeleton robots, rehabilitation equipment, and mobile robotic equipment.
• Flexible OEM/ODM Design: Voltage, capacity, size, connector, cable length, housing structure, and discharge current can be tailored to project requirements.
• Inbuilt Safety Protection: Inbuilt protection will assist in avoiding overcharge, over-discharge, overcurrent, short circuit, and overheating during charging and operation.

Application Fields

• Exoskeleton Robots: These are appropriate for wearable robotic systems that need lightweight, stable, and rechargeable battery power.
• Rehabilitation Equipment: Energy support for medical rehabilitation robots, mobility aids, and therapy training systems.
• Industrial Assistive Robots: Assist power robotic exoskeletons to assist in lifting, worker support, and reducing repetitive tasks.
• Research and Development: Best suited to universities, robotics laboratories, and prototype projects that require bespoke lithium-ion battery solutions.
• Mobile Robotic Devices: May find application in small robotic systems, intelligent assistive devices, and mobile automation systems.