Smart resource allocation method and system in energy supplementation order placing process

Abstract

The invention relates to a smart resource allocation method and system in an energy supplementation order placing process. According to the invention, when receiving current energy supplementation requests, an energy supplementation resource allocation scheme is calculated and an energy supplementation resource avoiding mutual conflicts is allocated to each energy supplementation request; if the energy supplementation resource allocation scheme does not exist, rejecting the current energy supplementation requests; if the energy supplementation resource allocation scheme exists, putting the current energy supplementation requests into a waiting-order-placing state. Each time when a new energy supplementation request appears, the energy supplementation resource allocation scheme is calculated again. When a specific energy supplementation request in the waiting-order-placing state sends an order placing command, specific energy supplementation is locked for the energy supplementation request sending the order placing command. According to the invention, a problem of idling and inflexible use of resources due to too early locking of the specific resource can be reduced effectively. Besides, as long as the order placing request of the energy supplementation is sent in a preset time period, resource delivery can be ensured, so that the overall optimization of allocation of the energy supplementation resources is achieved.

Description

technical field [0001] The invention relates to the field of electric vehicles, in particular to an intelligent resource allocation method and system in the process of placing an order for supplementary energy. Background technique [0002] Valet replenishment is a new business model, and its order process is as follows: [0003] 1. The user initiates a power replenishment request to the cloud server; [0004] 2. The cloud server calculates a resource that meets the current delivery time, locks the resource, and then returns the corresponding service option to the user; [0005] 3. After the user chooses to view the specific description of the service options, such as service delivery time, price and other information, confirm; [0006] 4. After the cloud server receives the confirmation from the user, it creates an energy replenishment order and starts the delivery of the service. [0007] In practical applications, the resources locked in step 2 cannot be used by any ot...

AI Technical Summary

Problems solved by technology

[0008] In order to solve the above-mentioned problems in the prior art, the present invention proposes an intelligent resource allocation method and system in the process of placing an energy replenishment order, which can effectively reduce resource idleness caused by locking specific resources when a user initiates an energy replenishment request and inflexibility issues, and it can also ensure that energy supplement resources must exist when the user confirms the order, so that the allocation of resources can reach the overall optimal

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