What is a car EBA and what does car AEBS mean

The full name of EBA in English is Electronic Brake Assist. Electronically controlled auxiliary braking system, this system can sense the driver's demand for the brake pedal, when the computer detects the braking action from the brake pedal, to judge the driver's intention to brake, if it is a very urgent and urgent braking, EBA will instruct the braking system to generate higher oil pressure to make ABS play a role, and make the braking force more rapid to reduce the braking distance, electronic control brake assist system, especially for women and elderly drivers with poor foot strength, It is very helpful when avoiding emergency and dangerous braking. In some very urgent situations, the driver often cannot press the brake pedal quickly, and the EBA is designed for this.

The system uses sensors to sense the force and speed of the driver's brake pedal, and then uses a computer to determine the driver's intention to brake. In the case of very urgent braking, the EBA will instruct the braking system to generate a higher oil pressure for the ABS to work, so that the braking force is generated quickly and the braking distance is reduced. For normal braking, the EBA will judge not to activate ABS.

In general, the EBA responds much faster than the driver, which is very beneficial for shortening the braking distance and enhancing safety. In addition, it is also very helpful for women with poor foot strength and elderly drivers to evade emergency hazards. Tests have shown that EBA can shorten the distance a car can come to a complete stop at speeds of up to 200 km/h by as much as 21 meters, especially for vehicles driving on highways, and EBA can effectively prevent common "rear-end collisions" accidents.

The car EBA is a brake assist system, when emergency braking, the sensor on the brake pedal will detect, and then transmit the signal to the trip computer, and then the system will increase the braking force to the maximum, in order to minimize the braking distance.

Emergency Brake Assist (EBA).

Under normal conditions, most drivers apply only a small amount of force when they start braking, and then increase or adjust the braking force applied to the brake pedal as the situation requires. If much more braking force has to be applied suddenly, or if the driver reacts too slowly, this method prevents them from applying maximum braking force in time.

Many drivers are also unprepared for the need to apply a relatively large amount of braking force, or they react too late. The EBA understands its braking behavior by the rate at which the driver presses the brake pedal, and if it senses a panic increase in braking pressure on the brake pedal, the EBA will activate the full braking force within milliseconds, much faster than most drivers can move their feet. The EBA significantly reduces the emergency braking distance and helps prevent rear-end collisions in stop-and-go traffic.

The EBA system monitors the movement of the brake pedal on a time base. As soon as it detects a sharp increase in the speed at which the brake pedal is applied and the driver continues to press the brake pedal vigorously, it releases the stored 180 bar of hydraulic maximum braking force. As soon as the driver releases the brake pedal, the EBA system switches to standby mode.

Thanks to the earlier application of maximum braking force, Emergency Brake Assist significantly reduces braking distances.

AEBS is an advance emergency braking system. That is, a combination of ABS and AEB. AEB uses "Eagle Eye" and "Cat's Eye" to detect obstacles in front and rear of the vehicle, and after a series of internal program calculations, the alarm is first given, and the brake signal is transmitted to the ABS control system for automatic braking without active braking by the driver.

AEBS technology.

The system uses sensors to monitor the relative speed and distance between the vehicle in front and the vehicle in front and the vehicle in question and target, and calculates what is about to happen. In dangerous situations, collisions can be automatically avoided or mitigated during emergency braking.

The UN Economic Commission for Europe has already announced that such a system will become the standard for newly designed vehicles. In 2013, EU certification was made mandatory.

AEBS emergency braking.

a Camera and radar information is collected and transmitted to the intelligent controller.

b. The intelligent controller analyzes and processes the information and outputs the braking command to the AEB controller.

c The AEB controller brakes through the braking system of the original vehicle.

Is the driving experience really good? Fortunately**?

Electronic braking force distribution, automatically adjust the braking force distribution ratio of the front and rear axles, improve braking efficiency (to a certain extent, can shorten the braking distance), and cooperate with ABS to improve braking stability.

EBA (Electronic Brake Assist), a system that senses the force and speed of the driver's brake pedal while driving. If the braking is very urgent, the EBA will seep and instruct the braking system to generate a higher oil pressure to allow the ABS to work, so that the braking force can be generated faster and the braking distance can be shortened.

The EBA can sense the driver's need for the brake pedal. In some very urgent situations, the driver often can't press the brake pedal quickly, and the EBA is designed for that. When the sensor detects the braking action of the brake pedal, it determines the driver's braking intention in this track.

For normal braking, EBA judgment will not work. When the EBA detects that the driver presses the brake pedal quickly and vigorously, if it is considered a sudden emergency by computer analysis, it will respond and quickly calculate the degree of urgency. Immediately and automatically apply more pressure to the pedal to increase braking.

Not only that, but the pressure is also much faster than that of the driver, which can greatly reduce the braking distance and enhance safety.

It is especially helpful for women with poor foot strength and elderly drivers when evading emergency dangerous braking. It is reported that EBA can shorten the distance of the car completely stopped at a speed of up to 200 kilometers per hour by as much as 21 meters, which can avoid many accidents, especially on the highway, EBA can effectively prevent common "rear-end collision" accidents.

Millions of car purchase subsidies.