Why Use Turbocharging?

[Sherri]

Because environmental regulations around the world are becoming increasingly stringent, manufacturers can only reduce displacement to circumvent regulatory requirements. After reducing displacement, power decreases. To enhance vehicle performance, most engines now adopt turbocharging to increase power. Below is more information about turbocharging: 1. Classification: Turbochargers are divided into radial-flow turbochargers and axial-flow turbochargers based on the type of turbine. 2. Working Principle: Gasoline engines rely on the combustion of a combustible mixture of gasoline and air in the cylinders to generate power. The output power and torque of an electronically fuel-injected gasoline engine depend on the amount of air entering the cylinders. When the engine's performance is already at its optimal state, the only way to increase output power is by compressing more air into the cylinders to increase the combustible mixture, thereby enhancing combustion power and output. A turbocharger uses pressure to rotate the pump impeller inside the housing, which drives the turbine impeller in the intake boost chamber to force air into the cylinders, thus improving the engine's output power as a control device.