Vehicle running charging system and method based on conductive pavement and tires

Abstract

The invention discloses a vehicle driving charging system and method based on a conductive pavement and tires. The system comprises a power grid power transmission line which is used for providing electric energy, a road surface detector, a wireless signal receiving and transmitting control system and a voltage reduction current control system, wherein the conductive band is used for providing a conductive path for a vehicle running on the road lane; conductive layers are arranged on wheels of a vehicle, and a charging electronic control system used for sending a charging instruction and a storage battery pack used for storing energy are arranged in the vehicle; the road surface detector is used for detecting whether a vehicle passes through a preset road range or not; the wireless signal receiving and transmitting control system is used for receiving the charging instruction sent by the running vehicle; the voltage reduction current control system is used for establishing connection with a power transmission line of the power grid; according to signals of the road surface detector and the wireless signal receiving and transmitting control system, whether the conductive band is driven to be connected with safe voltage or not is judged. The system is advantaged in that online charging of the vehicle in the running process is achieved; and the whole charging mode is convenient, efficient and more environment-friendly.

Description

technical field [0001] The invention relates to the technical field of charging during vehicle running, in particular to a vehicle charging system and method based on a conductive surface and tires. Background technique [0002] With the depletion of petrochemical energy, people and car manufacturers are paying more and more attention to clean energy and renewable energy in order to protect the limited resources of the earth. The world's major car manufacturers have also formulated plans to stop selling fuel vehicles. European countries The timetable for the ban on the sale of fuel vehicles was also announced. The global trend of developing new energy vehicles has been established and is irreversible. The world's major automakers have devoted themselves to the production of new energy vehicles. This is also an inevitable trend for the development of new energy vehicles in the future. . [0003] Since hydropower, wind power, solar power, and tidal power are all clean and ren...

AI Technical Summary

Problems solved by technology

[0004] The first is fixed charging piles, which need to build a large number of charging piles in various places to meet the long-distance charging needs of new energy vehicles, and it is difficult to popularize them in the case of cities with a lot of land and money;

[0005] The second is the centralized charging and swapping station, which replaces the battery pack that has been charged at the charging and swapping station with the battery pack that has no power in the car. And more battery packs need to be produced, which will cause greater environmental pollution in the process of producing more battery packs and recycling battery packs

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