Road dynamic wireless charging system based on solar energy photovoltaic and energy storage integration

Abstract

The invention relates to a road dynamic wireless charging system based on solar energy photovoltaic and energy storage integration. A layered structure design is adopted, and each layer keeps relatively independent installation and debugging, and the layers are connected through interfaces. The road dynamic wireless charging system based on the solar energy photovoltaic and energy storage integration comprises a system control layer, a power switching layer, a power transmitting layer, a supporting structure layer, a receiving and setting layer and a load detection and control layer, wherein the system control layer is used for receiving and forwarding data of a vehicle-mounted main control device, the power switching layer is used for detecting the position of the power transmitting layerand controlling corresponding power to switch to a working state at the same time, the power transmitting layer is used for transmitting power supply power; the supporting structure layer is used forsupporting a vehicle to carry heavy loads and realizing high-power coupling wireless charging under different working conditions of moving loads; the receiving and setting layer supplies power for the battery load of the electric vehicle in running; and the load detection and control layer is used for ensuring power transmission. A microgrid system composed of photovoltaic and energy storage provides clean power for power equipment on the expressway, and the defects of late maintenance and unstable work brought by traditional power laying are greatly overcome.

Description

technical field [0001] The patent of the present invention relates to the technical field of wireless charging, in particular to a road dynamic wireless charging system based on solar energy storage integration. Background technique [0002] In recent years, my country has vigorously developed expressway construction, and the mileage and road service level of expressways have been continuously improved. The requirements for the construction of expressway electromechanical systems have also become higher and higher. The traditional expressway electromechanical systems are mostly powered by laying power cables. , this power supply method has the disadvantages of power supply difficulty and high power supply cost; [0003] The solar photovoltaic and energy storage system is a set of stable and reliable distributed clean power system, which can meet the diverse power demand and various complex and harsh power consumption environments. In the field of expressways, in addition to ...

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Problems solved by technology

[0002] In recent years, my country has vigorously developed expressway construction, and the mileage and road service level of expressways have been continuously improved. The requirements for the construction of expressway electromechanical systems have also become higher and higher. The traditional expressway electromechanical systems are mostly powered by laying power cables. , this power supply method has the disadvantages of power supply difficulty and high power supply cost;

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