Data acquisition method for charge system

Abstract

The invention relates to a data acquisition method for a charge system. The data acquisition method comprises the following steps of: receiving global positioning system (GPS) information sent by floating cars; obtaining the GPS information received within a preset time and determining floating car quantity of each preset charge pile; determining remained rechargeable car position quantity according to rechargeable car position quantity of each preset charge pile and the floating car quantity of the preset charge pile; updating a database according to the remained rechargeable car position quantity of each preset charge pile to provide preset charge pile information for the floating cars in real time; according to the received GPS information, updating the preset charge piles on an electronic map; and updating the rechargeable car position quantity to the rechargeable car position quantity of the preset charge piles, and adding the rechargeable car position quantity of the preset charge piles into the database to provide the preset charge pile information for the floating cars in real time. According to the data acquisition method, various information of the preset charge piles can be provided for the floating cars, and the information of the preset charge piles further can be updated in real time to ensure accuracy of current information so as to meet the demands of the floating cars on the charge pile information.

Description

technical field [0001] The invention relates to the technical field of charging systems, in particular to a data acquisition method for a charging system. Background technique [0002] With the development of the modern automobile industry, automobiles have gradually become people's means of transportation. The increase in the number of automobiles has caused many problems such as traffic congestion, road blockage, and air quality degradation. Therefore, with the continuous development of the concept of green environmental protection, the technology of electric vehicles is also constantly developing. Therefore, as a low-carbon and environmentally friendly means of transportation, electric vehicles are accepted by more and more people and gradually become a reliable daily life. At the same time, just like ordinary cars need gas stations, electric vehicles also need charging piles for energy supplementation. Therefore, the collection and release of various information on charg...

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Problems solved by technology

Therefore, with the continuous development of the concept of green environmental protection, the technology of electric vehicles is also constantly developing. Therefore, electric vehicles, as a low-carbon and environmentally friendly means of transportation, are accepted by more and more people and gradually become a reliable daily life. At the same time, just like ordinary cars need gas stations, electric vehicles also need charging piles for energy supplementation. Therefore, the collection and release of various information on charging piles is crucial to the development of electric vehicles. However, charging piles The construction is still in its infancy, and there are no channels for electric vehicles to obtain information about charging piles, which cannot meet the needs of electric vehicles for charging pile information

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