WEB portal booking car rental system and method based on electric quantity coupling

Abstract

The present invention relates to a WEB portal booking car rental system and method based on electric quantity coupling. The problems are solved that the electric quantity distribution of the rented vehicles is not matched to cause the convenience for users and waste of the resource. The system comprises a computer terminal, a server and a plurality of charging piles; the server includes a mileage calculation unit, a time calculation unit, an electric quantity calculation unit and a vehicle selection unit; the mileage calculation unit is connected with the time calculation unit, the time calculation unit is connected with the electric quantity calculation unit, the electric quantity calculation unit is connected with the vehicle selection unit, the computer is connected with the mileage calculation unit and the vehicle selection unit through the network, and the vehicle selection unit is connected with each charging piles through the network. The WEB portal booking car rental system and method based on the electric quantity coupling can estimate the electrical quantity required by the user's vehicle, push the user appropriate circuit electric car and is helpful for selecting vehicles through the users so as to further improve the difference requirement of the vehicle for different people by using the current electrical quantity.

Description

technical field [0001] The invention relates to the technical field of car rental, in particular to a WEB portal reservation car rental system and method based on power matching. Background technique [0002] Reserving a car rental is to provide convenience for some people who plan to travel, but if the vehicle's power is not enough to meet the travel needs of the car user, it will cause inconvenience to the car user's travel. However, if the provided vehicle power far exceeds the power consumption of the car user, it will cause a waste of resources, which may cause the car user who needs more power to only rent a vehicle with less power, which brings inconvenience to the use, and the overall Reduced the efficiency of car rental. Contents of the invention [0003] The present invention mainly solves the problem of unmatched power distribution of rental cars in the prior art, which causes inconvenience to users and waste of resources, and provides a WEB portal reservation ...

AI Technical Summary

Problems solved by technology

[0003] The present invention mainly solves the problem of unmatched power distribution of rental cars in the prior art, which causes inconvenience to users and waste of resources, and provides a WEB portal reservation car rental system based on power matching that rationally distributes and matches power vehicles according to user differentiation.

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