A new energy vehicle charging pile that is opened and connected

Abstract

The invention discloses an oppositely-opened connection type new energy automobile charging pile. The charging pile includes a pile body vertically installed on the ground, a charging gun disposed outside the pile body, a docking device disposed in a new energy automobile for docking of the charging gun, and a power line which is disposed between the pile body and the charging gun and is used fortransmitting electric energy to the charging gun from the interior of the pile body. The charging gun is arranged to be in plug-in and pull-out states: in the plug-in state, the charging gun is dockedwith the docking device, and the inside of the docking device is in a conducting state, and the charging pile charges the new energy automobile at this time; in the pull-out state, the charging gun and the docking device are disengaged and the interior of the docking device is in a shielded state, and the charging pile stops charging the new energy automobile at this time. The pile body includesa control device disposed inside the pile body, a touch display screen which is disposed at the top of the pile body and brings convenience to a user for operation, and a ground line which is disposedat the bottom end of the pile body and is buried deeply.

Description

technical field [0001] The invention relates to a new energy vehicle charging pile, in particular to a split-connect type new energy vehicle charging pile. Background technique [0002] With the rapid development of new energy vehicles, the supporting products of new energy vehicle charging piles will also be installed in public buildings, residential parking lots and charging stations. Set in the charging socket in the car, the charging gun transmits the electric energy from the charging pile to the storage box in the new energy vehicle. At present, the existing charging piles for new energy vehicles on the market include a pile body and a charging gun electrically connected to the pile body And the docking device for plugging the charging gun inside the car. When charging, insert the charging gun into the docking device to charge. When plugging in, the charging circuit is directly turned on, which may cause leakage, damage the electronic components inside the car and charg...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of new energy vehicles, the supporting products of new energy vehicle charging piles will also be installed in public buildings, residential parking lots and charging stations. Set in the charging socket in the car, the charging gun transmits the electric energy from the charging pile to the storage box in the new energy vehicle. At present, the existing charging piles for new energy vehicles on the market include a pile body and a charging gun electrically connected to the pile body. And the docking device for charging the charging gun installed inside the car. When charging, insert the charging gun into the docking device to charge. When plugging in, the charging circuit is directly turned on, which may cause leakage, damage the electronic components inside the car and charge The gun is easy to fall off under the action of external force. For this reason, it is very important to design a double-connected new energy vehicle charging pile that is in a shielded state and automatically turns on when the charging gun is inserted into the docking device.

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