How can turbochargers help low-displacement engines improve power output?
Turbocharger HT3B 3529034 can help small-displacement engines to increase power output. Its working principle is as follows: Turbocharger HT3B 3529034 is driven by exhaust gas energy, and converts the kinetic energy of exhaust gas into mechanical energy through the high-speed rotating turbine impeller, and then transmits the mechanical energy to the compressor impeller. The impeller compresses intake air and sends high-pressure air into the engine combustion chamber. This increases power output by increasing the density and pressure of the intake air, allowing the engine to burn fuel more fully.
Specifically, the Turbocharger HT3B 3529034 works as follows:
Exhaust stage: The exhaust gas produced by the combustion of the engine enters the turbine part of the turbocharger through the exhaust pipe. The high velocity flow of exhaust gases spins the turbine wheel.
Compression stage: The rotation of the turbine impeller drives the compressor impeller to compress the intake air, increasing the density and pressure of the intake air.
Intake stage: High-pressure air enters the combustion chamber of the engine after being cooled by the cooler, mixes with fuel and burns to release greater energy. The advantage of Turbocharger HT3B 3529034 is that through the compression of the compressor, the engine can inhale more air with the same displacement, and the cylinder with the same displacement can inject more fuel, thus improving combustion efficiency and power output. Especially at low speed, Turbocharger HT3B 3529034 can make up for the shortage of small displacement engines, providing more torque and power.