Battery replacement system for automobile

Abstract

The invention provides a battery replacement system for an automobile. The system comprises the electric automobile, a working channel, a battery replacement intelligent trolley and sharing batteries.The electric automobile is moved to an automatic gate board arranged above the working channel, a sensor on the automatic gate board sends a signal, after receiving the signal, the battery replacement intelligent trolley runs to the working channel below the electric automobile, a power-off sharing battery automatically detached from the electric automobile is transported to a recycling bin railof a power-off battery bin so as to be automatically recycled to the bin, and the battery replacement intelligent trolley runs to a power-on rail opening of a full-power battery bin, carries one automatically-arriving full-power sharing battery and transports the full-power sharing battery to the position below the electric automobile; after being aligned with the electric automobile through an infrared signal, the full-power sharing battery is smoothly arranged on the electric automobile, and the battery replacement process is fully automatic; and under the condition that no one exists or fewpeople exist, battery replacement, fault repair and the like are achieved through automatic detection, information processing, analysis and judgment and operation control.

Description

technical field [0001] The invention relates to the field of battery replacement, in particular to a vehicle battery replacement system. Background technique [0002] With the rapid development of the city, people's awareness of energy conservation and environmental protection is constantly increasing, and electric vehicles are getting more and more attention. Electric vehicles have no exhaust gas generated during the work of internal combustion engine vehicles, and do not produce exhaust pollution. It is important for environmental protection and air cleanliness. Very beneficial, almost "zero pollution", its energy efficiency has surpassed that of gasoline engine vehicles, the application of electric vehicles can effectively reduce the dependence on oil resources, and can use limited oil for more important aspects, electric vehicles are more efficient than internal combustion engine vehicles The structure is simple, the operation and transmission parts are few, and the main...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of the city, people's awareness of energy conservation and environmental protection is constantly increasing, and electric vehicles are getting more and more attention. Electric vehicles have no exhaust gas generated during the work of internal combustion engine vehicles, and do not produce exhaust pollution. It is important for environmental protection and air cleanliness. Very beneficial, almost "zero pollution", its energy efficiency has surpassed that of gasoline engine vehicles, the application of electric vehicles can effectively reduce the dependence on oil resources, and can use limited oil for more important aspects, electric vehicles are more efficient than internal combustion engine vehicles The structure is simple, the operation and transmission parts are few, and the maintenance workload is small. However, electric vehicles are not as perfect as internal combustion engine vehicles. The battery storage energy is small, and the mileage after one charge is not ideal. At present, it is inefficient and inconvenient to replace or charge the battery, and there is no means of replacing the battery on the market.

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