Exoskeleton robot is an intelligent robot with wide application prospect. The endurance of its lithium battery system is crucial to its running time and efficiency. This paper will deeply analyze the endurance of 36V exoskeleton robot lithium battery system, and discuss its influencing factors, advantages and application.

I. Factors affecting endurance:

1. battery capacity: battery capacity is an important factor affecting endurance. The larger the capacity, the longer the exoskeleton robot runs.
2. Battery charge and discharge control: the design and optimization of charge and discharge control system can affect the service life and endurance of the battery.
3. Power requirements of exoskeleton robots: different exoskeleton robots have different power requirements for batteries under different workloads, which affects endurance.
4. Battery Management System: A good battery management system can improve the utilization rate and safety of the battery, thus affecting the endurance.

II. 36V exoskeleton robot lithium battery system features of endurance:

1. high energy density: lithium battery has high energy density and can provide longer endurance, which is suitable for the long-time work requirements of exoskeleton robots.
2. High cycle stability: lithium battery has high cycle stability and can maintain a long service life.To extend the service life of exoskeleton robots.
3. Fast charging capability: lithium battery has the characteristics of fast charging, which can complete charging in a short time and improve the use efficiency of exoskeleton robot.
4. Lightweight design: Compared with traditional batteries, lithium batteries are lighter, which can reduce the weight of exoskeleton robots and improve carrying comfort.

III. Application of 36V exoskeleton robot lithium battery system:

1. in the field of medical rehabilitation: exoskeleton robots are widely used in the field of medical rehabilitation. The high energy density and long endurance of 36V lithium battery system can meet the needs of long-term rehabilitation training.
2. Industrial production field: exoskeleton robots can help workers reduce labor burden in the industrial production field, and the fast charging and lightweight design of 36V lithium battery system can improve work efficiency and comfort.
3. Military Field: exoskeleton robots have important applications in military field. The cycle stability and safety performance of 36V lithium battery system can adapt to the combat requirements in various complex environments.

36V exoskeleton robot lithium battery system has the advantages of high energy density, high cycle stability, fast charging capability and lightweight design, and is suitable for medical rehabilitation, industrial production, military and other fields. Its endurance is affected by many factors, including battery capacity, charge and discharge control, power demand and management system, etc.