Vehicle energy-saving processing method, vehicle energy-saving processing system and new energy automobile

Abstract

The invention discloses an energy-saving processing method. The method comprises the steps that various energy-saving modes of a vehicle are obtained; when the vehicle is in one certain energy-savingmode, the sub energy-saving driving mileage in the certain energy-saving mode is obtained; when the vehicle is not in the energy-saving mode, the sub energy-saving driving mileage in the certain energy-saving mode is recorded as zero; the total energy-saving driving mileage is obtained according to all the sub energy-saving driving mileages; and the total energy-saving driving mileage is displayed. The invention further discloses a new energy automobile. A driver can visually obtain the instant feedback that the oil-saving (electricity-saving) function of the new energy automobile achieves anenergy-saving effect, the driver is stimulated in the mode of feeding back the energy-saving effect, the driver develops good driving and automobile using habits, and the maximum effect of the energy-saving function is achieved.

Description

technical field [0001] The present application relates to the field of new energy vehicles, and more specifically, relates to a vehicle energy-saving processing method, a vehicle energy-saving processing system, and a new energy vehicle. Background technique [0002] With the rapid development of my country's economy, the pressure of energy security and energy conservation and environmental protection is increasing day by day. The promotion and popularization of new energy vehicles has become an important strategic direction of the country; in order to improve the effect of energy conservation and environmental protection, it is not only required to design and develop efficient energy-saving strategies and functions for vehicles, There is also a need for an energy-saving processing method to guide and motivate users to develop good energy-saving driving habits, so as to maximize the energy-saving effect of energy-saving strategies and functions of automobiles. [0003] At pre...

AI Technical Summary

Problems solved by technology

[0003] At present, new energy vehicles have many energy-saving strategies and functions, such as braking / sliding energy feedback function, automatic start-stop function, ECO driving mode function, stop coasting function, etc. These functions are greatly affected by the actual usage habits of users, such as Customers actively shut down various functions of start and stop, and users drive aggressively, etc., will affect the actual effect of energy-saving strategies and functions

Since the main technical solution of current models is only to provide users with displaying the vehicle's fuel consumption per 100 kilometers (power consumption), cruising range, and remaining power, users cannot intuitively obtain these fuel-saving (power-saving) functions to achieve fuel-saving (power-saving) during actual use. ) effect, so it is impossible to motivate users by feeding back energy-saving effects, so that users can develop good driving and car habits, and give full play to the maximum effect of energy-saving functions

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