New-energy-automobile charging equipment based on inductive automatic searching and docking

Abstract

The invention provides new-energy-automobile charging equipment based on inductive automatic searching and docking. The new-energy-automobile charging equipment comprises a mounting cabinet, a self-induction correction device, an automatic searching and docking device and a charging socket. The mounting cabinet is arranged on the ground of a charging station, the self-induction correction device is arranged in the mounting cabinet, the automatic searching and docking device is arranged on the self-induction correction device, and the charging socket is arranged on the tail of a new energy automobile. The self-induction correction device is used for adjusting and correcting the automatic searching and docking device to parallelly align the same to the new energy automobile. The automatic searching and docking device comprising a charging plug is automatically docked with the charging socket, and transmits electric energy of a main power supply of the charging station to the charging socket. The charging plug has a plug-in state and a plug-out state, and the two states can be switched. In the plug-in state, the charging plug can operate automatically, and can be docked with the charging socket to complete charging. In the pull-out state, the charging plug full of the electric energy and the charging socket are separated automatically to reset.

Description

technical field [0001] The invention relates to the technical field of new energy vehicle charging, in particular to an inductive self-tracking and automatic docking new energy vehicle charging device. Background technique [0002] In recent years, the development of new energy vehicles has gradually improved, and the supporting products of new energy vehicle charging piles have also been widely installed in public buildings, residential area parking lots and charging stations. Ordinary new energy vehicle charging piles include power supply piles on the ground , the charging plug electrically connected to the power supply pile and the supporting charging socket installed inside the new energy vehicle. During the process of charging the new energy vehicle through the new energy vehicle charging pile, the car is parked next to the power supply pile. The staff opens the charging socket and manually connects the charging plug to the charging socket. The electric energy inside th...

AI Technical Summary

Problems solved by technology

[0002] In recent years, the development of new energy vehicles has gradually improved, and the supporting products of new energy vehicle charging piles have also been widely installed in public buildings, residential area parking lots and charging stations. Ordinary new energy vehicle charging piles include power supply piles installed on the ground , the charging plug electrically connected to the power supply pile and the supporting charging socket installed inside the new energy vehicle. The staff opens the charging socket and manually connects the charging plug to the charging socket. The electric energy inside the power supply pile is transmitted from the charging plug to the charging socket and stores the electric energy in the battery of the new energy vehicle. The charging socket is pulled out and placed on the power supply pile. The operation of charging the new energy vehicle with the ordinary new energy vehicle charging pile is cumbersome. The plug is pulled out of the charging socket to avoid damage to the components in the charging socket caused by overcharging. Therefore, it is very important to design an inductive self-tracking automatic docking new energy vehicle charging device

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