Integrated circulating-storing-collecting-distributing energy pile

Abstract

The invention discloses an integrated circulating-storing-collecting-distributing energy pile, which mainly comprises energy blocks, primary circulating cabinets, energy pile boxes, etc. The energy blocks are integrated and stored in the primary circulating cabinets in a charging station; the primary circulating cabinets are integrated to the energy pile boxes, changed in the charging station and then transported to a power exchanging station to exchange the primary circulating cabinets or the energy pile boxes with the power exchanging station; the exchanged energy pile boxes are transported back to the charging station to add energies; therefore, the energy pile boxes are circulated. The energy blocks loaded by the primary circulating cabinets of the power exchanging station are mutually exchanged with the energy blocks in the required vehicles of users; and the primary circulating cabinets after mutually exchanging the energy blocks are circulated. The integrated circulating-storing-collecting-distributing energy pile can be adopted to exchange energies for the required vehicles in 2-3 minutes under the premise of not damaging the service life, and can enrich the separated or waste energies in an energy adding station. The integrated circulating-storing-collecting-distributing energy pile is used for quickly replacing power energies for the required vehicles such as electric automobiles, electric bicycles, etc.

Description

technical field [0001] The invention belongs to the field of energy, and relates to an integrated turnover storage collecting and distributing energy stack. Background technique [0002] It usually takes 7-8 hours to fully charge the batteries of electric vehicles and electric bicycles, and it is difficult for running vehicles to wait. Using the function of fast charging seriously damages the battery life. People's attention began to turn to the battery swap mode. The battery replacement mode has many advantages, but at the same time, there are unavoidable problems that will be faced both now and in the future. For example, battery specifications and standards are not uniform, battery safety technology monitoring is insufficient, battery replacement will cause battery management confusion, and there are no industry norms and standards for interfaces, etc. The energy replacement method of integrating turnover storage energy and then distributing it to the user's vehicle ha...

AI Technical Summary

Problems solved by technology

For example, battery specifications and standards are not uniform, battery safety technical monitoring is insufficient, battery replacement will cause battery management confusion, and interfaces do not have industry norms and standards, etc.

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