APP booking car rental system and method based on user differentiation

Abstract

The invention relates to an APP booking car rental system and method based on user differentiation. The system and the method solve the problems that users are difficult in renting cars in peak periods or at the sites with high rental frequency and the power allocation of the rent cars is mismatched. The system comprises a user mobile phone, a server and a plurality of charging piles, wherein the server comprises a cluster heat calculation unit, a delay unit, a booking determination unit, a vehicle selection unit and a mileage calculation unit; the cluster heat calculation unit is connected with the delay unit, the delay unit is connected with the booking determination unit, and the booking determination unit is connected with the vehicle selection unit; the user mobile phone is connected with the cluster heat calculation unit, the booking determination unit and the mileage calculation unit respectively; and the vehicle selection unit is connected with each charging pile. The system and the method have the advantages of providing convenience for car rental users and maximizing the car rental revenue by adopting a delay strategy and a benefit maximization strategy. Cars with matched power are allocated according to users' driving mileage, so that convenience is brought to users.

Description

technical field [0001] The present invention relates to the technical field of car rental, in particular to an APP car rental reservation system and method based on user differentiation. Background technique [0002] Reserving a car rental is to provide convenience for some people who plan to travel, but it is difficult for users to rent a vehicle at some sites with high rental frequency or during peak hours. In order to meet the convenience of planned travel and meet the normal operation of the vehicle, the thermal site And the strategy of delaying the appointment during peak hours, and aiming at the strategy of maximizing benefits during the delay period, is conducive to the use of members' car needs, and can also maximize the revenue of vehicles. In addition, if the battery power of the vehicle is insufficient to meet the travel needs of the user, it will cause inconvenience to the travel of the user. It is necessary to allocate electric vehicles with different power lev...

AI Technical Summary

Problems solved by technology

[0003] The present invention mainly solves the problem in the prior art that it is difficult for users to rent vehicles during peak hours or at sites with high rental frequency, and the problem that the power distribution of leased cars does not match, causing inconvenience to users and waste of resources. Delay strategy, user differentiation-based app car rental system and method for rationally allocating vehicles with different power levels according to user differentiation

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