The turbocharger enhances power output by recovering the energy from the exhaust gas emitted by the engine. Exhaust gas rushes at high speed from the exhaust pipe to impact the turbine blades, driving them to rotate at a speed of over 100,000 revolutions per minute, while simultaneously driving the compressor impeller to compress the incoming air. The density and pressure of the compressed air increase significantly; when it enters the cylinder, it can mix with more fuel for combustion, thereby increasing the engine power by 20% to 30% without increasing displacement. Modern technologies such as the twin-turbocharging system can work in coordination at different rotational speeds, while the variable geometry turbine blade technology optimizes the turbocharging efficiency under low-speed and high-speed operating conditions by adjusting the angle of the guide vanes. In daily use, It is best to avoid sudden acceleration after starting the engine, idle for a moment to dissipate heat after long periods of high-speed driving, and regularly inspect the lubrication system and sealing components. Turbocharging technology not only enables efficient power output of small-displacement engines but also conforms to the current trend of energy conservation and emission reduction.
