Switching device, charging site and using method of switching device

Abstract

The invention discloses a switching device, a charging site and a using method of the switching device, and belongs to the technical field of charging, the switching device comprises positioning piles and connecting wires, the positioning piles are connected with the connecting wires, each positioning pile is connected with at least one single connecting wire, each connecting wire comprises a wire body, a charging connecting port and a power supply connecting port, the charging connecting port is connected with the wire body, and the charging connecting port is connected with the power supply connecting port. The power supply connecting port is connected with the wire body. The charging site comprises the switching device. The using method of the switching device comprises the following steps of: parking the to-be-charged equipment in a charging site; connecting a power supply connecting port on the connecting line with a charging interface of the to-be-charged equipment; connecting a power supply interface on the power supply equipment with a charging connection port on the switching device, and charging the to-be-charged equipment; separating the power supply equipment from the charging connection port on the switching device, and stopping charging the to-be-charged equipment; and separating the power supply connecting port on the connecting line from the charging interface of the to-be-charged equipment. Full-automatic charging of the new energy automobile is facilitated.

Description

technical field [0001] The invention belongs to the technical field of charging, and in particular relates to a switching device, a charging site and a method for using the switching device. Background technique [0002] With the continuous development of new energy technology and battery technology, electric equipment will continue to develop and popularize. At present, in the process of fully automatic charging of new energy vehicles, after the robot car runs near the parking space (charging site), the robot cannot drive in due to the narrow space between the two parking spaces, and the length of the arm span of the existing robot arm is generally average. It is short, and the mechanical arm is not flexible enough to complete the plugging and unplugging action of charging. Moreover, the position where the car owner parks will generally form various angles with the robotic arm, which will cause great difficulties to the automatic charging function of the robot car, resulti...

AI Technical Summary

Problems solved by technology

At present, during the fully automatic charging process of new energy vehicles, after the robot car runs near the parking space (charging site), the robot cannot drive in because the space between the two parking spaces is relatively narrow, and the length of the mechanical arm in the existing market is average. Short, and the mechanical arm is not flexible enough, it is difficult to complete the plugging and unplugging action of charging

Moreover, the location where the car owner parks will generally form various angles with the robotic arm, which will cause great difficulties for the automatic charging function of the robot car, resulting in the inability of the robotic arm to complete the plugging and unplugging action, thus failing to complete the charging action.

Or when the car is waiting for the charging device, the charging port cover of the car charging interface may be closed automatically or by accident, causing the robot to fail to complete the charging

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