Multifunctional charging station

Abstract

The invention provides a multifunctional charging station. The charging station comprises a support base and a support column. A storage battery and a wind-solar complementation controller are disposed in the support base. A housing is mounted on the support base. A mainboard is installed in the housing. A power supply port and a payment port are arranged in the housing separately. The power supply port is connected to the storage battery, and the payment port is connected to the mainboard. A support rod is mounted on the support column, and a solar panel is installed on the support rod. A fan is installed on the top end of the support rod. The solar panel and the fan are connected to the storage battery by wires. The beneficial effects are that the charging station is not connected to a power grid, and thus reduces pressure on the power grid; the charging station fully utilizes solar energy and wind energy to achieve green generating, and thus can supply people with emergency power for a long period of time when a power grid fault happens; the charging station is equipped with a camera to prevent manual damage and to monitor usage situations of the charging station; many payment methods, such as bank cards, membership cards, coins and so on, are available for selection; there are many voltage output choices; and it is not necessary to specially assign a person to look after the charging station, and thus the maintenance cost is reduced.

Description

technical field [0001] The invention relates to a charging station, in particular to a multifunctional charging station. Background technique [0002] The existing charging station mainly charges the energy storage box in the charging station through a dedicated power supply network, and then outputs the electric energy in the energy storage box. When there is a problem with the power supply of the grid, the charging station will not work. Therefore, there is a hybrid charging station of wind and electricity in the market, which uses wind energy, solar energy and power grid to replace the traditional grid power supply, but this charging station is still a part of the power grid and is not separated from the grid. When there is a problem with the power grid for a long time, it will not be possible to provide emergency power, and this charging station is expensive, high in maintenance costs, and requires specialized personnel to take care of it. There is a single payment meth...

AI Technical Summary

Problems solved by technology

[0002] The existing charging station mainly charges the energy storage box in the charging station through a dedicated power supply network, and then outputs the electric energy in the energy storage box. When there is a problem with the power supply of the grid, the charging station will not work

Therefore, there is a hybrid charging station of wind and electricity in the market, which uses wind energy, solar energy and power grid to replace the traditional grid power supply, but this charging station is still a part of the power grid and is not separated from the grid. When there is a problem with the power grid for a long time, it will not be possible to provide emergency power, and this charging station is expensive, high in maintenance costs, and requires specialized personnel to take care of it. There is a single payment method to choose, and only one voltage output. The situation that the money cannot be recharged, and the electricity cannot be recharged

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