Charging pile system capable of counting actual duration of occupying powered parking space of electric vehicle

Abstract

The invention discloses a charging pile system capable of counting actual duration of occupying a powered parking space of an electric vehicle. The charging pile system comprises a parking space, a fixed obstacle in the lateral direction of the parking space, a charging pile, a detecting device used for detecting a use condition of the parking space, a card swiping device used for supporting a user to swipe a card to pay, an electric parking space lock capable of preventing a car from entering and exiting the parking space, and a control device. The charging pile system is characterized in that the detecting device, the card swiping device and the electric parking space lock are connected with a control device in a wired or wireless mode; if the control device detects that the parking space is changed into a used state from an unused state through the detecting device, and the parking space is found to be continuously in the used state for duration extending duration t predefined in the system, a moment T of starting to the use the parking space of the user is recorded, and the electric parking space lock is noticed to lock; and if the control device receives a signal that the user swipes the card to pay through the card swiping device, the electric parking space lock is noticed to unlock, and duration of using the parking space this time of the user is obtained by calculating according to current time and the T.

Description

technical field [0001] The present invention relates to an electric vehicle charging pile system, in particular to an electric vehicle charging pile system capable of counting the time of users actually occupying charging parking spaces. Background technique [0002] Electric vehicles are favored by the society for their advantages of energy saving and environmental protection. Electric vehicles are powered by batteries. When the battery power is insufficient, the batteries need to be charged. Therefore, special parking spaces for electric vehicles are provided in public parking lots, and charging piles are provided in the parking spaces to facilitate charging of batteries when electric vehicles are parked. However, in actual use, non-electric vehicles often occupy a special parking space for electric vehicles, so that electric vehicles that need to be charged cannot enter the parking space for charging, which brings a lot of trouble to many electric vehicle users. [0003]...

AI Technical Summary

Problems solved by technology

However, in actual use, non-electric vehicles often occupy a special parking space for electric vehicles, so that electric vehicles that need to be charged cannot enter the parking space for charging, which brings a lot of trouble to many electric vehicle users.

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