How Do Hybrid Cars Work?

Hybrid Car


Regenerative braking. Recovery brakes return energy that is normally lost during racing or braking. Use the scroll wheel to rotate the engine. It generates electricity and helps slow down the vehicle. Electric drive or auxiliary motor. The electric motor gives the power to assist the engine by acceleration, climbing or climbing slopes. This allows the use of a smaller and more efficient engine. In some hybrid vehicles, the electric motor drives the vehicle only at low speeds, where the petrol engines are less efficient. Automatic start or stop Automatically deactivates the engine when the vehicle stops and restarts when you press the gas. This reduces the energy consumed by an empty walk.

Hybrid Car
Hybrid Car


Conventional vehicles use gasoline or diesel to power the engine by combustion. Hybrids also use a combustion engine and can drive as normal cars, but also have an electric motor and a battery.

By using a conventional engine and an electric motor, the best hybrids achieve significantly higher energy efficiency than their non-hybrid counterparts. They also pollute less and save money for drivers by saving fuel.

More advanced hybrids have larger batteries and can charge batteries through a wall outlet, enabling them to travel long distances with electricity before switching to petrol or diesel. Known as “plug-in hybrids”, these cars can drastically improve the environmental performance and fuel consumption by replacing electricity produced by the gas-powered electric network.


Adding an electric motor to the battery increases the fuel efficiency of hybrid vehicles in different ways. Just like a switch that incorporates a bulb in the refrigerator when the door is closed, “inactive” is a function that turns off the classic car engine when the car is stationary, so it saves fuel. The battery supplies air conditioning and accessories when stationary light in the vehicle or in traffic and the electric motor allow the vehicle to move. If necessary, the conventional engine will activate to provide greater power for acceleration.

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“Recovery Brakes” is another function of fuel saving. A classic car depends entirely on the friction of the brakes to slow the dissipation of the vehicle’s kinetic energy as heat. Regenerative braking captures a portion of that energy in electrical energy and stores it in batteries. This stored energy can later be used to start the engine and accelerate the vehicle.


PHEV combines a gasoline engine with an electric motor and a battery.
Having an electric motor also allows for more efficient engine design. This feature saves energy support requirements for a hybrid petrol engine, which can be reduced and used more efficiently. The petrol engine delivers less power, but in combination with electric motors, the total system power can be equal to or greater than the conventional vehicle.

The most efficient hybrid vehicle uses only “electric drive”, which allows the vehicle to fully operate on electricity and consumes less fuel. In hybrid vehicles that cannot be connected, the electric device is usually used at low speeds and at start-up, so that the gasoline engine or diesel engine at higher speeds, where it’s more efficient.

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