Automobile power shortage protection control system and method provided with remote start-stop control device

Abstract

The invention provides an automobile power shortage protection control system and method provided with a remote start-stop control device. The method comprises the steps that when a timing and duration adjusting device reaches a preset time period and an engine is not started in the period, a microcomputer controller controls an electric quantity and oil quantity detection device to detect the electric quantity of a storage battery; if it is detected that the electric quantity is too low, the microcomputer controller transmits the electric quantity, the oil quantity and the state information of an automobile to a user side through a remote communication device, the user side sends out related judgment information, and the user remotely controls the charging time and the charging duration of the storage battery; and if not, the microcomputer controller adjusts the next detection time period, and the situation that the storage battery is about to be lack of power and no effective measures are taken in the next long period of the system is avoided. According to the invention, the problem that the necessary electronic equipment cannot be maintained to operate and even the automobile isstarted due to power shortage of the automobile storage battery caused by long-term parking or forgetting to turn off the vehicle-mounted electronic equipment is solved, and the purposes of user reminding and storage battery protection are achieved.

Description

technical field [0001] The invention relates to the technical field of automobile battery protection, in particular to an automobile power loss protection control system and method equipped with a remote start-stop control device. Background technique [0002] With the rapid development of Internet technology and communication technology, people can instantly obtain the information they need, and correspondingly send commands back to the system, so as to realize precise control of the system. The new concept of smart cars and vehicle-road collaboration has also become popular in recent years, and has become a hot spot for major car manufacturers to compete. Vehicle control and protection systems are becoming increasingly intelligent, and the requirements for intelligent control are becoming more and more stringent. The intelligent transformation of automobile control is imminent. [0003] As a direct energy source for automotive electronic systems, batteries are related to...

AI Technical Summary

Problems solved by technology

When the vehicle is in a parked state, such as when the user is on a business trip or traveling, and does not start the car for a long time, the engine stops running, the battery cannot replenish energy, and the necessary electronic equipment such as the monitoring system, anti-theft system, and timing system of the vehicle are still working normally. There may be a battery drain

It will directly affect the life of the battery, and even cause the necessary electronic control systems and equipment such as car starting, monitoring, and anti-theft to stop working.

[0004] At present, the backup battery charging process of the battery loss prevention system is too cumbersome, time-consuming and labor-intensive, and the charging efficiency is low; the system uses voltage detection for power detection, and when the voltage is too low, the battery has been damaged to a certain extent, and the detection results are not accurate. ; Some power detection is real-time detection, the detection cycle is too frequent, causing unnecessary loss of battery energy; and the similar engine charging system ignores the investigation of the surrounding environment, which may cause some unknown and bad effects, and the system is not smart enough , to a large extent does not meet the needs of users

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