KER

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The introduction of KER, or Kinetic Energy Recovery System, has brought many changes to the automotive industry, as it is capable of reclaiming energy that would otherwise be lost due to braking. KER can be used to improve the energy efficiency of vehicles, reduce emissions, and boost performance. KER systems can be found in several applications, such as hybrid, plug-in hybrid, and electric cars, as well as conventional fuel-powered cars. In this article, we\'ll explore the applications of KER and the underlying working principles.

The Application of KER:

A KER system works by reclaiming the kinetic energy that is lost during braking. This energy is then stored in a battery or other energy storage device for later use. The technology is becoming increasingly important in the automotive industry, as it offers several advantages. For example, KER can help to reduce emissions and improve the fuel efficiency of cars, as well as providing a boost in acceleration when necessary. KER systems are already widely used in hybrid and plug-in hybrid cars, as well as electric vehicles. They can also be used in conventional fuel-powered cars, where they are known as \'start-stop systems\'.

The Working Principle of KER:

A KER system works by capturing the kinetic energy that is normally lost during braking. This energy is then stored in a battery or other device for reuse. In order to do this, a KER system will make use of several components, including an electric motor, a generator, a controller, and a battery. The motor and generator are connected to each other, and when the car brakes, the motor acts as a generator, producing electricity which is then stored in the battery. The controller is used to ensure the most efficient operation of the system, by setting the power of the motor and generator and controlling the flow of energy.

When the car accelerates, the energy stored in the battery is used to power the motor, providing a boost in power to the wheels. This allows for smoother acceleration and improved fuel efficiency. KER systems can also be used to maximize the performance of a vehicle by providing a consistent power source to the motor. This is particularly useful in hybrid and electric cars, where the battery is not able to provide enough torque to fully propel the vehicle.

Conclusion:

KER systems are becoming increasingly important in the automotive industry, offering numerous advantages in terms of fuel savings, emissions reduction, and performance. They work by reclaiming the kinetic energy that is normally lost during braking, and storing it in a battery or other device. The KER system consists of several components, including an electric motor, a generator, a controller, and a battery, all of which are used to ensure efficient operation and provide a consistent power source to the motor.

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