Vehicle controller system and electric vehicle

Abstract

The invention provides a vehicle controller system, an implementation method and an electric vehicle. The vehicle controller system comprises a client side and a controller terminal installed on the electric vehicle. The client side is bound with the controller terminal after receiving registration information input by a user, and transmits vehicle request information to the controller terminal installed on the electric vehicle in wireless mode when the client side receives the vehicle request information input by the user. The controller terminal is used to automatically connect an internal client identification module SIM (subscriber identity module) card with a network after the controller terminal is bound with the client side. After the controller terminal receives the vehicle request information sent from the client side, the controller terminal performs corresponding processing according to content of the vehicle request information, and collects or controls vehicle information according to set information input by the user. The vehicle controller system, the implementation method and the electric vehicle are good in safety performance, and real time remote control for the electric vehicle can be achieved.

Description

technical field [0001] The invention relates to the field of vehicle control, in particular to a vehicle controller system, a realization method and an electric vehicle. Background technique [0002] Light vehicles such as electric bicycles, electric motorcycles, electric unicycles, electric two-wheelers, electric tricycles or electric scooters are favored by consumers for their advantages of lightness, speed, environmental protection, energy saving, and low price. The electric vehicle controller is one of the core components of the electric vehicle. The electric vehicle controller with the control strategy program can control the motor system, transmission system, on-board power system, instrument display device, etc. according to the dynamic operation data of the driver and the vehicle. And management, so that the coordinated control between the various assembly parts, the electric vehicle completes the running, turning, braking and other running actions under the control ...

AI Technical Summary

Problems solved by technology

[0004] 1. Poor safety performance: Most of the traditional electric vehicles use mechanical spring locks, the locks are exposed and easy to be picked, and sometimes the user forgets to lock the car when leaving the car;

[0005] 2. Poor anti-theft performance: There is no way to know when the vehicle is moved abnormally or stolen. Although some can whistle through the anti-theft device, it cannot prevent and track such behavior. Although there are some positioning alarms, they are all for the future. The installation equipment (equipment added after the electric vehicle is assembled) is usually exposed in a conspicuous place and is easy to be dismantled, and generally uses the battery of the electric vehicle as the power source directly, without a backup power source, resulting in the stolen battery of the electric vehicle being removed will no longer function;

[0006] 3. Poor monitoring function: The status information of body equipment cannot be queried in time, especially for electric vehicle batteries, most of them are charged and scrapped by users based on their own experience. According to the survey, among the scrapped batteries, the batteries are More than 80% of the drums are scrapped due to overcharging after dehydration due to overcharging and deformation, resulting in unnecessary waste of energy

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