Charging pile optimal position recommendation management system and method based on intelligent vehicle-mounted terminal

Abstract

The invention discloses a charging pile optimal position recommendation management system and method based on an intelligent vehicle-mounted terminal. The position, the residual electric quantity andthe residual driving mileage of a current vehicle are obtained through a vehicle-mounted terminal; and meanwhile, related information of the charging pile is obtained through the charging pile information platform, and then the time for arriving at each charging station and the waiting time for charging are compared to form an optimal charging scheme recommendation list, so that the user can fullyselect the optimal charging scheme according to the actual situation of the user. Time can be greatly saved, the effective utilization rate of the charging pile is fully increased, and therefore emission of pollution gas is further reduced.

Description

technical field [0001] The invention relates to the field of electric vehicle charging, in particular to a system and method for recommending and managing optimal locations of charging piles based on intelligent vehicle terminals. Background technique [0002] Through big data analysis, in recent years, electric vehicles have developed rapidly due to their low pollution emissions, low noise, high energy efficiency, and low maintenance and operating costs. However, the slow development of charging piles has restricted the advancement of electric vehicles. A big reason is that there is improper planning between the charging pile and the user. It often happens that the user waits for a long time, or it is too late to reach the charging pile after driving halfway, which also leads to a great reduction in the effective utilization rate of some power stations. Contents of the invention [0003] The purpose of the present invention is to provide a charging pile optimal location r...

AI Technical Summary

Problems solved by technology

[0002] Through big data analysis, in recent years, electric vehicles have developed rapidly due to their low pollution emissions, low noise, high energy efficiency, low maintenance and operating costs, but the slow development of charging piles has restricted the advancement of electric vehicles.

A big reason is that there is improper planning between the charging pile and the user. It often happens that the user waits for too long or fails to reach the charging pile in half of the driving, which also leads to a great reduction in the effective utilization rate of some power stations.

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