Charging device search method and system applied to new energy vehicles, and electronic equipment

Abstract

The invention provides a charging device search method and system applied to new energy vehicles, storage and electronic equipment. The method includes: according to the number of times of rapid accelerating events generated by a driver stepping on an accelerator pedal in a driving record, working conditions of an air conditioner according to environment temperature of the day and a preset driving habit base, performing calculation to acquire a driving habit coefficient, and performing calculation to acquire residual mileage by combining full-charge comprehensive mileage, current battery SOH and current battery SOC (state of charge); later on, searching charging equipment in the regional area with the residual mileage as radius and displaying geographic positions of the charging equipment obtained in searching on a electronic map; according to geographic position information of the target charging equipment selected by the driver, giving out a navigation route. The driving habit and the current seasonal environment and effect of the driving habit and the current season environment on the residual mileage of the battery are considered when the peripheral charging equipment is searched, so that user experience is greatly improved through more intelligent and humanized design.

Description

technical field [0001] The invention relates to the field of new energy vehicles, in particular to a charging device search method, system and electronic equipment applied to new energy vehicles. Background technique [0002] At this stage, the way for drivers to find nearby charging facilities when the battery of new energy vehicles is low is still relatively cumbersome, not humanized enough, and the judgment logic is too single. Usually, the way to find nearby charging facilities only refers to the battery’s SOC (State of Charge, battery’s state of charge). Charging facilities, for example: when the battery is low, the instrument cluster will prompt that the battery is almost exhausted, and the navigation will give the farthest electronic fence that the vehicle can reach according to the remaining battery. [0003] The traditional way of finding charging facilities only considers the remaining battery power, but does not consider the driver's driving habits and current se...

AI Technical Summary

Problems solved by technology

[0003] The traditional way of finding charging facilities only considers the remaining battery power, but does not consider the driver's driving habits and the current seasonal environment, nor does it consider the impact of the driver's driving habits and seasonal environment on the remaining mileage of the battery

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