EV charging parking space

Abstract

The invention discloses a charging parking space for an electric vehicle, which comprises a parking space line arranged on the side of a road and a charging device arranged on one side of the parking space line, the charging device includes a charging robot and a power purchasing module, and the power purchasing module Integrated in the charging robot for people to control the charging of the charging robot after purchase. The charging robot is also integrated with an expiration reminder module. The expiration reminder module is coupled with the power purchase module to receive the power purchase output from the power purchase module. After the information, record the power purchase time, and output the reminder to move the car to the driver's mobile phone terminal when the power purchase time is nearly completed. In the electric vehicle charging parking space of the present invention, by setting the charging device as a combination of a charging robot and a power purchasing module, the effect of pre-purchasing electricity can be realized, and the expiration reminder for the vehicle can be realized, which greatly increases the utilization rate of the parking space .

Description

technical field [0001] The invention relates to a charging parking space, more specifically to an electric vehicle charging parking space. Background technique [0002] Electric vehicles are the main trend of future automobile development. They have the advantages of low carbon and environmental protection. Through the popularization of electric vehicles, they can effectively reduce environmental pollution and be more energy-saving and environmentally friendly. [0003] However, there is a problem with existing electric vehicles, that is, the problem of charging. At present, urban construction mainly realizes the effect of providing electric vehicles with charging by setting up rechargeable parking spaces. However, with the increasing number of vehicles The more there are, the corresponding parking spaces will become more and more tense, and if the simple method of directly increasing parking spaces is difficult to achieve in terms of current urban land and power grid planni...

AI Technical Summary

Problems solved by technology

[0003] However, there is a problem with existing electric vehicles, that is, the problem of charging. At present, urban construction mainly realizes the effect of providing electric vehicles with charging by setting up rechargeable parking spaces. However, with the increasing number of vehicles The more parking spaces there are, the corresponding parking spaces will become more and more tense, and it is difficult to realize the current urban land and power grid planning by simply increasing the parking spaces directly. Therefore, how to increase the utilization rate of existing parking spaces is a At present, the preferred solution to solve the problem of electric vehicle charging, the existing charging parking space management method is the same as the ordinary parking space, that is, the vehicle is parked in the parking space, and then when the vehicle leaves, the parking time of the vehicle is calculated, and then calculated However, in the process of implementing this method, it is easy to have the problem of parking the vehicle for too long, that is, after the charging of the vehicle is completed, the vehicle is still parked in the parking space, so that the next vehicle cannot be effectively parked and charged. The problem is that the utilization rate of rechargeable parking spaces is greatly reduced, especially for occasions where the number of on-street parking spaces is very tight.

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