Active intelligent mobile charging and battery replacing system

Abstract

The invention relates to charging devices for electric automobiles, in particular to an active intelligent mobile charging and battery replacing system. Aiming at the problems of inconvenient use andpoor use experience of the existing fixed charging piles, the active intelligent mobile charging and battery replacing system is provided. The system comprises an energy storage module with built-in storage batteries, a charging robot installed with an energy storage module, an electric delivery vehicle for conveying the energy storage module, an energy storage station for storing the energy storage module and a remote control platform. The energy storage station is externally connected with a power supply; the charging robot can move to a designated position and charge the parked electric automobile through the built-in energy storage module; the electric conveying vehicle conveys the energy storage module between the charging robot and the energy storage station. The energy storage station is externally connected with a power supply for charging the energy storage module or inverting the electric energy of the energy storage module. The charging robot, the electric delivery vehicle and the energy storage station are in communication connection with the remote control platform. The system provides an intelligent mobile charging service, which is characterized in that electricity is taken nearly in a valley period of a power grid, and delivered nearly in a peak period of a power grid. Electric energy loss is reduced.

Description

technical field [0001] The invention relates to a charging device for an electric vehicle, in particular to an active intelligent mobile charging and replacing system. Background technique [0002] The current promotion of electric vehicles helps to reduce road exhaust emissions and protect the atmospheric environment. With the increasing number of household electric vehicles and public transport electric vehicles on the road, the convenience of charging has an important impact on the choice of household users to purchase electric vehicles. Now The charging of household electric vehicles is mostly solved by users installing fixed charging piles in their residences or units. This kind of charging pile charging is too passive for customers in use, and there are many inconveniences: 1. When there are few charging piles, multiple users need to concentrate on charging. Queuing, laying multiple charging piles at one time has low utilization rate and high installation cost; 2. Char...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved and the technical task proposed by the present invention are to overcome the inconvenience caused by the passive use of the existing fixed charging piles and the poor experience for car owners, and to provide an active intelligent mobile charging and swapping system. The active smart charging and swapping system can proactively provide car owners with smart mobile charging services. The service content can be that the car owner can make an appointment to choose charging services including charging time, location, charging amount and charging amount. At the same time, the system can make reasonable use of the low power grid at night Take power from the nearest place during the daytime, and send power to the nearest place during the peak period of the power grid during the day, so as to achieve the effect of peak shaving and valley filling by deploying the power supply of the power grid, which is of great significance to the balance of power generation and power consumption, and can effectively reduce power loss and waste

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