Hidden type new energy automobile charging device

Abstract

The invention relates to an automobile charging device, and belongs to the technical field of automobile charging. The hidden type new energy automobile charging device adopts a hidden structure, andthe hidden type new energy automobile charging device is hidden under the ground when not in use and does not occupy ground space. According to the technical scheme, the hidden type new energy automobile charging device comprises a charging pipe assembly arranged on the back portion of a parking space, a plurality of induction radars arranged on the parking space, and a wide angle camera used foridentifying new energy license plates. After the induction radars induce a vehicle entering into the parking space, the wide angle camera identifies a license plate of the vehicle, and when the license plate of the vehicle is determined as a new energy license plate, the charging pile assembly rises out of the ground for charging, otherwise, the charging pile assembly does not move. The hidden type new energy automobile charging device adopts intelligent control, occupies little space, and avoids man-made damage.

Description

technical field [0001] The invention relates to a hidden new energy vehicle charging device, which belongs to the technical field of vehicle charging. Background technique [0002] At present, with the change of human environment and the call for energy saving and emission reduction, the development of green energy has become the development theme of today's society. In order to achieve the goal of emission reduction, the country vigorously promotes electric vehicles. Carbon-based green vehicles have attracted great attention from all over the world. Electric vehicles do not emit carbon dioxide and have no exhaust pollution. , nuclear power, wind power and solar electric lights, electric vehicles currently mainly use power batteries as the main power source. The capacity of existing power storage batteries is limited. The driving range of electric vehicles used in the market is generally 100km to 400km after a single charge, and then needs to be replaced with new fully char...

AI Technical Summary

Problems solved by technology

The capacity of existing power storage batteries is limited. The driving range of electric vehicles used in the market is generally 100km to 400km after a single charge, and then needs to be replaced with new fully charged batteries for replenishment. How to charge electric vehicles is an important issue. Charging piles can Effectively solve the problem of difficult charging. Charging piles can quickly charge electric vehicles, and can also charge electric vehicles at night when electricity prices are low. Currently, existing car charging piles are generally placed outdoors With the increasing number of vehicles, the problem of difficult parking in cities is becoming more and more serious. Charging piles are usually exposed on the ground, which will take up a lot of ground space and occupy a large area. Reducing the parking area also affects the appearance. Charging piles are also easy Damaged by external forces, the exposed charging piles are still vulnerable to the impact of surrounding vehicles on the ground, which will cause large vibrations of the charging piles and cause damage to the charging piles.

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