Transferring stacking and heavy object storage system and method for automatically loading and unloading heavy objects

Abstract

The invention discloses a transferring stacking and heavy object storage system and method for automatically loading and unloading heavy objects. The transferring stacking and heavy object storage system comprises an automatic loading and unloading head, a heavy object transferring area, a steering area and a heavy object storage area; the automatic loading and unloading head comprises a bearing rod and a sleeve located on the bearing rod, a locking head is arranged on the outer side of the sleeve, the two ends of the automatic loading and unloading head are connected with heavy object lifting equipment, the automatic loading and unloading head is matched with the heavy object lifting equipment to be used for loading and unloading heavy object blocks, the bottom area of the heavy object lifting equipment is the heavy object transferring area, the heavy object transferring area is used for unloading heavy objects from heavy object lifting equipment or loading the heavy objects into the heavy object lifting equipment, the steering area is used for transferring the heavy objects to different area inlets of the heavy object storage area, and the heavy object storage area is an area where the heavy objects are finally stored. According to the transferring stacking and heavy object storage system, a heavy object lifting system can load and unload the heavy object from a fixed place, so that the coupling of all the gravity energy storage systems is reduced, and the flexibility is improved.

Description

technical field [0001] The invention relates to the technical field of gravity energy storage, in particular to a system and method for reloading and palletizing and storing heavy objects for automatic loading and unloading. Background technique [0002] Existing gravity energy storage technologies, such as the gravity energy storage power station built by the Swiss Energy Bank Company, have the disadvantage that the gravity lifting device is coupled with the heavy object storage area, and it is difficult to expand the capacity by increasing the number of heavy objects. Through the modular design of the gravity lifting system and the heavy object storage system in the gravity energy storage, although the problem of deep coupling that makes it difficult to expand has been solved, how to effectively cooperate with the new heavy object storage system and the heavy object lifting system is still lacking in practicality. solution, and in the existing gravity energy storage power ...

AI Technical Summary

Problems solved by technology

[0002] Existing gravity energy storage technologies, such as the gravity energy storage power station built by the Swiss Energy Bank Company, have the disadvantage that the gravity lifting device is coupled with the heavy object storage area, and it is difficult to expand the capacity by increasing the number of heavy objects.

Through the modular design of the gravity lifting system and the heavy object storage system in the gravity energy storage, although the problem of deep coupling that makes it difficult to expand has been solved, how to effectively cooperate with the new heavy object storage system and the heavy object lifting system is still lacking in practicality. solution, and in the existing gravity energy storage power station, when the heavy object falls to the ground, it will cause an impact on the bearing surface, lose the kinetic energy of the heavy object, and cause a decrease in efficiency; with the increasing demand for energy storage, it is urgent to propose an automatic The reloading and palletizing and heavy object storage system for loading and unloading heavy objects can solve the above problems, thereby accelerating the promotion and application of gravity energy storage

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