What are the benefits of using a turbocharger

I said the simplest, the biggest advantage of using a supercharger is to be green and improve the power of the car. So the engines of the ** trucks that come out now are all supercharged.

The biggest benefit of turbocharging is that it can significantly increase engine power without increasing engine displacement. Non-turbocharged engines draw air directly from the atmosphere through the movement of the crankshaft, while turbocharged engines are supplied with compressed air by a turbocharger.

As more air enters the cylinder, more fuel is allowed to be injected to allow the engine to generate more power and have a higher combustion efficiency. This means that an engine of the same size and weight can produce more power when supercharged, or a smaller displacement engine can produce the same power as a larger engine when supercharged.

The turbocharger allows the non-supercharged engine to be compensated for oxygen when working at altitudes, and the engine works with the turbocharger to keep the intake pipe pressure at sea level atmospheric pressure. But the power of the naturally aspirated engine decreases with altitude.

Benefits of turbochargers.

1. Increase the power of the engine. Under the condition that the engine displacement remains the same, the engine can be injected more fuel by increasing the air intake density, so as to increase the power of the engine, and the power and torque of the engine after installing the supercharger should be increased by 20% or 30%. On the contrary, under the same power output requirements, the cylinder bore of the engine can be reduced, and the volume and weight of the engine can be reduced.

2. Improve engine emissions. Turbocharger engines reduce the amount of harmful components such as particulate matter and nitrogen oxides in the engine exhaust by improving the combustion efficiency of the engine. It is an indispensable configuration for diesel engines to meet Euro II emission standards and above.

3. Provide the function of plateau compensation. In some high-altitude areas, the higher the altitude, the thinner the air, and the engine with a turbocharger can overcome the drop in engine power caused by the thin air in the plateau.

4. Improve fuel economy and reduce fuel consumption. Due to the better combustion performance of the engine with turbocharger, fuel savings of 3%-5% can be achieved.

5. It has high reliability and good matching characteristics, and high transient response characteristics.

Disadvantages of turbochargers.

1. Speed up problems.

Because the inertia of the impeller is slow to respond to sudden changes in the throttle, it means that there is a time lag between when you press the throttle to increase the horsepower and when the impeller rotates to press more air into the engine to get more power, and this time is not short. Generally, the modified turbo also takes at least 2 seconds or so to increase or decrease the engine power output. If you want to accelerate suddenly, you will feel like you can't speed up in an instant.

2. Acceleration problem.

Due to the design principle, the driving experience of a car with a turbocharger is somewhat different from that of a car with a large displacement.

3. There are few start-up opportunities.

If your car is often driven in the city, then it is really necessary to consider whether you need a turbo, because the turbo does not start all the time, in fact, in daily driving, the turbo has few opportunities to start, or even does not use, which has an impact on the daily performance of the turbocharged engine.

4. The maintenance cost is high.

Turbocharging also has maintenance problems, after all, it has added a maintenance fee to their car, which is particularly noteworthy for owners whose economic conditions are not particularly good.

Summary. The advantage of the turbocharger is that when the engine is working, the air intake to the engine is relatively large, and the torque and power output of the engine are increased. The fuel consumption of the engine is relatively low, and the torque of the output is relatively large, which means that the turbocharger is more expensive to repair and maintain, and once it fails, it needs to be replaced, and the cost is relatively high.

What are the benefits and disadvantages of turbochargers?

Dear, this question is up to me, it takes a little time to type, please be patient, thank you!

The advantage of the turbocharger is that when the engine is working, the air intake to the engine is relatively large, and the torque and power output of the engine are increased. The fuel consumption of the engine is relatively low, and the torque of the output is relatively large, which means that the turbocharger is more expensive to repair and maintain, and once it fails, it needs to be replaced, and the cost is relatively high.

The role of the turbocharger:

1. The main function of turbocharging is to increase the air intake of the engine, thereby increasing the power and torque of the engine, so as to make the car more dynamic;

2. When the engine is installed with a turbocharger, its maximum power can be increased by 40% or more compared to the time when the supercharger is not installed. This also means that the same engine can produce more power when supercharged;

3. Taking our most commonly used turbine engine as an example, after supercharging, its power can reach the level of the engine, but the fuel consumption is not much higher than that of the engine.