New energy automobile shared power bank preferential leasing method and system and memory

Abstract

The invention discloses a new energy automobile shared power bank preferential leasing method comprising the following steps: receiving a charging request, and carrying out user identity confirmation based on the charging request; if the shared power banks which are fully charged exist, selecting and distributing the shared power banks to the confirmed users; if the shared power banks which are fully charged do not exist, comparing the electric quantity values of all the shared power banks with a preset electric quantity value, wherein the shared power banks with the electric quantity values larger than the preset electric quantity value are screened out; and sorting the screened shared power banks through a bubble sorting algorithm to obtain the shared power bank with the maximum electric quantity value, and distributing the shared power bank to the confirmed user. The invention also discloses a system and a memory. According to the invention, on the premise that the charging demand of the user is met, the shared power banks which can be borrowed are leased preferentially, so that all the available shared power banks can be fully utilized, the situation that the shared power banks with high electric quantity are idle is avoided, and the purposes of saving energy and reducing consumption are achieved.

Description

technical field [0001] The present invention relates to the technical field of intelligent selection of shared charging treasures for new energy vehicles, in particular to a method, system and memory for selecting and renting shared charging treasures for new energy vehicles. Background technique [0002] With the popularization of new energy vehicles, the supply of new energy charging piles has become in short supply, and the emergence of portable new energy shared charging treasures has become an inevitable trend. At present, some mobile shared charging treasures have also appeared on the market. But the ensuing problem is that the system often randomly allocates shared power banks for users to use. The power banks allocated by users may not have enough power to fully charge their own new energy vehicles, and they may need to return the shared power banks. Borrowing another power bank afterward will require multiple power banks and multiple charging operations to complete ...

AI Technical Summary

Problems solved by technology

The purpose of this patent application is to ensure that there is a shared power bank with sufficient power in the cabinet. The power bank with sufficient power refers to a power bank with a remaining power greater than 50% or other predetermined values. The problem is that the power in the cabinet Power banks with more than 50% of the remaining capacity are randomly assigned to users. The power bank with 99% of the remaining capacity and the power bank with 51% of the remaining capacity have the same probability of being allocated. The problem of idleness will also lead to the allocation of power banks with 51% of the remaining power to the user, but its power is not enough to meet the user's charging needs, so that the user's one-time charging needs need multiple power banks and multiple charging operations to complete problem, greatly reducing the user experience

The purpose of this patent application is to make the shared power banks borrowed in the shared rental equipment meet the user's charging demand, but it still uses a random allocation method for all shared power banks marked as borrowable, and there are also The high-battery power bank is left idle, and the power bank that just meets the lending mark is loaned out, resulting in the power of the high-battery power bank not being well utilized, which is not in line with the current general trend of energy saving and consumption reduction

Images