Automatic parking and automatic charging intelligent parking system and method

Abstract

The automatic parking and automatic charging intelligent parking system comprises an oil vehicle parking area, an electric vehicle parking area is arranged on one side of the oil vehicle parking area, a parking buffer area is arranged on one side of the electric vehicle parking area, and an operation dispatching center is arranged on one side of the parking buffer area; a plurality of common parking spaces are arranged in the fuel car parking area, and the electric car parking area comprises a special electric car fire extinguishing module, a charging parking space, a gateway car carrying module, a parking robot module, a charging plug module, a charging socket module, a first instruction sending module and a first positioning anchor point module. Double automation of automatic parking and automatic charging is achieved, the parking efficiency is improved, the charging process is simplified, the charging gun and the charging position are separated through use of the gateway vehicle carrying plate, on one hand, the adaptation rate of a charging interface is increased, on the other hand, the utilization rate of the charging position is increased through scheduling of the parking spaces, and the charging efficiency is improved. And the investment income ratio of the parking lot charging pile is improved.

Description

technical field [0001] The invention relates to the technical field of smart parking and charging in an indoor smart parking lot, in particular to an automatic parking and automatic charging smart parking system and method. Background technique [0002] With the rapid growth of the number of electric vehicles in cities, the demand for charging anytime and anywhere has increased sharply. It is difficult for public charging piles built at independent sites to meet the growing needs of electric vehicle owners for convenient and efficient charging. On the one hand, the public charging piles currently built independently Due to the limited distribution of resources and low utilization rate, charging pile operators are facing the problem of being unprofitable; on the other hand, due to the lack of distribution of public charging piles, the charging time is too long, and there are various problems of unavailability due to the occupation of oil vehicles, resulting in large Electric ...

AI Technical Summary

Problems solved by technology

[0002] With the rapid growth of the number of electric vehicles in cities, the demand for charging anytime and anywhere has increased sharply. It is difficult for public charging piles built at independent sites to meet the growing needs of electric vehicle owners for convenient and efficient charging. On the one hand, the public charging piles currently built independently Due to the limited distribution of resources and low utilization rate, charging pile operators are facing the problem of being unprofitable; on the other hand, due to the lack of distribution of public charging piles, the charging time is too long, and there are various problems of unavailability due to the occupation of oil vehicles, resulting in large Electric vehicle owners in some cities are still in the night-time self-use charging mode of private charging piles. Before travelling, they need to calculate whether the remaining kilometers meet the round-trip demand, which has caused anxiety on both sides of charging pile companies and customers;

[0003] According to the survey, the best experience mode for car owners is: charging while parking, rather than spending time parking for charging. There is a need to improve the experience of car owners through a smart parking system with automatic parking and automatic charging, and to improve the efficiency of charging piles;

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