Cellphone APP car-rental reserving method based on reserved car-rental mileage and frequency

Abstract

The invention relates to a cellphone APP car-rental reserving method based on reserved car-rental mileage and frequency. The method comprises the steps that a user inputs car rental information into a car rental system through a cellphone APP; a system plans a path, and estimates the mileage and the needed electric quantity; the system displays a list of cars, which can be reserved, on the cellphone APP; the user selects and reserves a car; the system receives a reserving request; the system calculates the historical heat degree of car rental start and end points, and determines the delayed time duration; and the system determines a user who has made a successful reserving after the delayed time duration, and reminds the user of the successful reserving. The method not only facilitates the selection and application of the car, but also enables the current electric quantity of the car to meet the different demands of different groups. The method employs a strategy of employing a heat station and peak time delay for meeting the reserving, meets the car rental demands of remote users through employing a benefit maximization strategy in the delayed time duration, and also enables the profit of the car to be maximized.

Description

technical field [0001] The invention relates to the field of electric vehicle rental, in particular to a mobile phone APP reservation method for car rental based on the reservation mileage and frequency of car rental. 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. For long-term occupancy of the vehicle, making an appointment without renting it will affect the normal operation of the vehicle and also damage the interests of other car renters. At the same time, it is also necessary to adopt a delay strategy and a profit maximization strategy for peak hours and sites with frequent reservations. [0003] The State Intellectual Property Office of the People's Republic of China published a patent document (publication number: CN104282088A) titled "A charging pile-based electric ...

AI Technical Summary

Problems solved by technology

[0004] The present invention mainly solves the technical problem existing in the prior art that cannot balance the reservation duration and convenience, and provides a mobile APP reservation method for car rental based on the mileage and frequency of reservation car rental, which has higher utility and better convenience.

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