What are the advantages of AGV lithium batteries?

What are the advantages of AGV lithium batteries?

AGV lithium battery vehicles have replaced manual handling, significantly reducing the loss of human resources; And the AGV lithium battery pack car has strong composability, high degree of automation, and high level of intelligence. Moreover, because the AGV lithium battery pack car is generally controlled by a computer, its driving path can be flexibly changed according to different needs.

1. Progressiveness: AGV lithium battery pack trolley integrates light, machinery, electricity and computer, and integrates advanced theories and application technologies in today's science and technology fields. Strong guidance ability, high positioning accuracy, and good performance in autonomous driving operations. Reduce labor and minimize losses caused by human operations; Reduced personnel, saved time, and shortened staffing; Optimizing the production structure in places that are inconvenient for personnel to enter and exit saves manpower, material resources, and financial resources.

2. Quick action: AGV lithium battery pack cars are characterized by wheeled movement, which has advantages such as fast action, high work efficiency, simple structure, strong controllability, and good safety compared to walking, crawling, or other non wheeled mobile robots. Compared with commonly used stackers, monorail carts, conveyors, chains, tracks, and national robots in material delivery, AGV lithium battery packs do not require fixed devices such as tracks or support frames in their active areas, and are not limited by site, road, or space. Therefore, in automated logistics systems, the automation and flexibility can be fully reflected, achieving efficient, economical, and flexible unmanned production. AGV lithium battery pack cars are widely used in factories and markets.

3. When the production layout changes, corresponding adjustments are very simple. Installation and debugging can be carried out during production time without affecting production. The trajectory changes are flexible, and the layout can be changed at any time without affecting production.

4. The investment cycle is 1-2 months, and the renovation cycle is 1 day to 1 week. Compared with logistics line equipment, the investment cycle is shortened by twice, and the renovation cycle is shortened by more than 8 times. 

Compared with logistics line equipment, the cost of new construction has been significantly reduced, and the operating cost is minimal. There is no waste of air transportation of logistics line equipment in terms of electricity consumption. When the production layout changes, the cost of transformation is extremely low, and only the track needs to be changed, resulting in zero waste.