How Does Regenerative Braking Actually Work in Practice?

If you’re a car enthusiast who cares about the environment, then you might be wondering about hybrid cars. Did you know that not every hybrid vehicle requires plug-in charging?

In hybrid cars, there’s a concept known as regenerative braking. You might wonder what it is and if it’s right for you.

This article will take a look at how it actually works in practice, and whether or not it’s right for you. Read on to explore more about this type of breaking, and see how it’ll answer your needs when it comes to brakes for your car.

What Is Regenerative Braking?

Whether you’re in the commercial trucking business or not, you might be curious about the different types of DC motors. Regenerative systems use an electric vehicle’s motor to convert kinetic energy that’s lost when you decelerate.

This energy moves back into the stored energy in the vehicle’s battery. It’s a way to make sure you’re wasting less kinetic energy than before.

Traditional braking has brake rotors and brake pads to create friction in order to stop or slow the vehicle. This is what causes the car’s kinetic energy to turn into heat.

In urban environments where there’s plenty of stop-and-go traffic, the constant braking and speeding up that occurs with traditional braking causes you to lose energy. Regenerative braking can allow you to keep this energy without it being lost, and use it for later.

Regenerative Braking Circuits

When an electric motor runs in one direction, it converts electrical energy into mechanical energy. If it runs in the opposite direction, it becomes an electric generator. It can then go into a charging system for the car’s batteries.

In order to get it to run backward, you’ll need to use a vehicle’s momentum. Momentum is what keeps the vehicle moving forward.

When you reverse the motor, the electricity generated goes back into the batteries. It can then be used to accelerate the car even after it stops.

Measuring Regenerative Braking

In order to see how effective your regenerative braking system is, you can use the chassis dynamometer. This will allow you to check the calculations for plug-to-wheel efficiencies, and the total range.

Braking Controllers

There are brake controllers that allow you to control your brakes remotely. This will tell you how fast the brakes should be applied, and when braking needs to happen. If you need your vehicle towed, this can allow you to coordinate the brakes on a trailer.

Exploring What Regenerative Braking Is and How It Works

Now that you’ve explored this guide on what regenerative braking is, you should have a better idea if it’s right for you. Take your time picking out the right vehicle for you, and seeing if it has regenerative braking available.

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