10S1P Exoskeleton robot lithium battery pack

https://www.aetlithiumcell.com/10s1p-exoskeleton-robot-lithium-battery-pack.html

Product Overview

The An-Energy 902-18650-10S1P is a rechargeable lithium-ion battery pack engineered to provide compact and lightweight power for wearable exoskeleton systems. Built with 18650 lithium-ion cells in a 10-series, 1-parallel configuration, this battery delivers a nominal voltage of 36V, a capacity of 2.6Ah, and an energy rating of 93.6Wh.

Designed for applications that require a balance between power delivery, portability, and operational reliability, the battery pack can support medical rehabilitation equipment, industrial assistive exoskeletons, and other wearable robotic systems. Its integrated Battery Management System (BMS) provides multiple electrical protection functions, while the compact enclosure helps accommodate the installation requirements of wearable equipment.

An-Energy also offers customization options for battery dimensions, connectors, capacity, and BMS functions, allowing manufacturers to adapt the power solution to different exoskeleton designs and operating requirements.

Product Information

• Brand: An-Energy

• Model: 902-18650-10S1P

• Battery Type: 18650 Lithium-Ion Battery Pack

• Configuration: 10S1P

• Nominal Voltage: 36V

• Rated Capacity: 2.6Ah

• Rated Energy: 93.6Wh

• Unit: PCS

• Manufacturer: Guangdong An-Energy Technology Co., Ltd.

Product Features and Advantages

1. Integrated BMS for Battery Protection

The battery pack incorporates an intelligent Battery Management System designed to monitor battery operating conditions and provide protection against overcharging, over-discharging, excessive current, short circuits, over-temperature conditions, and under-voltage.

A built-in cell-balancing function helps maintain more consistent cell voltages during battery operation and supports long-term pack performance. These protective functions are particularly important for wearable robotic equipment that experiences repeated starts, stops, and changes in power demand.

The battery enclosure is designed with lightweight construction and mechanical protection in mind. The supplied product information specifies an IP65 protection rating and a flame-retardant housing. Final protection performance depends on the production configuration and should be confirmed for the selected model.

2. Extended Cycle Life for Repeated Operation

The selected 18650 cells undergo screening and aging tests before assembly. According to the supplied specifications, the battery pack has a cycle life exceeding 1,200 cycles under 1C charge-discharge conditions, with at least 80% remaining capacity at the stated endpoint.

Its specified monthly self-discharge rate is no more than 3%, helping limit capacity loss during storage when the battery is not in use.

These characteristics make the battery suitable for evaluation in applications involving frequent operation, including industrial assistance equipment and rehabilitation systems. Actual cycle life and storage performance depend on operating temperature, charging practices, discharge depth, and other usage conditions.

3. Compact Construction for Wearable Equipment

Using cylindrical 18650 lithium-ion cells in a 10S1P arrangement, the 902-18650-10S1P combines a 36V nominal output with a compact package.

With a listed weight of approximately 600g and maximum dimensions of 102.7 × 47.6 × 88 mm, it is designed for integration into equipment where installation space and overall weight are important considerations.

The dimensions can be customized to accommodate different battery compartments and mechanical layouts, subject to engineering evaluation.

4. Stable Power Delivery for Dynamic Movement

The battery pack is intended for wearable robotic applications that require power during walking assistance, rehabilitation exercises, and load-bearing activities.

Its specified maximum continuous discharge current is 6A, while the maximum peak discharge current is 10A for a duration of up to 10 seconds. These ratings provide a basis for evaluating compatibility with the motor drive, control electronics, and power requirements of an exoskeleton system.

Battery selection should account for the equipment's actual startup current, continuous load, peak power demand, and required operating duration.

5. Flexible OEM and ODM Customization

An-Energy provides customization services for exoskeleton battery applications. Available options can be discussed according to the customer's equipment design and operating requirements, including:

• Battery pack dimensions and enclosure layout.

• Connector type and interface configuration.

• Capacity adjustments and battery performance requirements.

• BMS functions and protection settings.

• Prototype development and production quantities.

The stated prototype lead time is approximately 7–10 working days, subject to design complexity, component availability, and project confirmation. Engineering support is available to help customers evaluate battery integration and application compatibility.

Technical Specifications

Note: Technical values are based on the supplied product information. Confirm the final datasheet, protection rating, electrical limits, and test conditions for the selected configuration before ordering.

Application Areas

The 36V An-Energy exoskeleton lithium battery pack can be evaluated for integration into a range of wearable robotic and assistive systems.

• Medical Rehabilitation: Power supply for rehabilitation exoskeletons used in assisted walking and movement training, subject to equipment-specific validation.

• Industrial Assistance: Battery power for wearable exoskeletons designed to assist workers during repetitive tasks and load-bearing operations.

• Elderly Mobility Assistance: Power source for compatible wearable devices designed to support mobility and walking assistance.

• Outdoor Activities: Potential use in wearable robotic equipment developed for hiking and other demanding outdoor activities, subject to environmental and application requirements.

• Emergency and Specialized Operations: Power supply for compatible wearable robotic systems used in rescue or other specialized operations.

For military, medical, rescue, and other specialized applications, suitability must be assessed against the relevant equipment requirements, safety standards, and operating conditions.

Quality Control and Technical Support

Guangdong An-Energy Technology Co., Ltd. applies inspection and testing procedures throughout battery production. According to the supplied product information, quality checks include cell screening, charge-discharge testing, high- and low-temperature testing, vibration testing, short-circuit testing, and drop testing.

The company provides a one-year warranty. Free repair or replacement is available for covered non-user-caused faults during the warranty period, subject to the applicable warranty terms.

Additional services include:

• Engineering consultation for battery selection and integration.

• BMS configuration and debugging support.

• Installation and maintenance guidance.

• Prototype development and customized battery design.

• Production coordination and delivery support for bulk orders.

• Technical assistance for application-specific battery requirements.

Customized Lithium Battery Solutions from An-Energy

Guangdong An-Energy Technology Co., Ltd. specializes in lithium battery development and manufacturing, including customized battery packs for wearable robotic equipment.

The 902-18650-10S1P provides a 36V, 2.6Ah power solution with an integrated BMS and options for customized dimensions, connectors, and functions. It is designed for OEMs, exoskeleton manufacturers, rehabilitation equipment developers, and industrial robotics companies seeking a battery pack that can be adapted to their product designs.

Contact An-Energy to discuss your required voltage, capacity, dimensions, connector type, discharge current, and BMS specifications for a customized exoskeleton robot battery pack.