What is a turbo and why is an engine with a turbo charge more powerful?

A turbo is actually an air compressor designed to provide more air to the engine. As the pressure and density of the air flowing into the combustion chamber increases, it burns more fully with the fuel, and the power is more sufficient.

The essence of a turbocharger is an auxiliary air intake device. Make the ** in the cylinder more intense, then the increase speed will be faster.

The turbo is a mechanical transmission structure, and the kinetic energy conversion efficiency of the turbocharged engine is higher, and it can output a large torque, so it is very strong.

Because turbocharged engines are more explosive, especially during acceleration, turbocharged engines perform better.

In the automotive market, turbocharged engines are mostly German cars, and some American and Japanese cars also use turbocharged engines.

We all know that turbocharged engines are more powerful than naturally aspirated engines. First of all, the efficiency of turbocharged engines is higher because of the relatively high explosive power of turbocharged engines and the higher temperatures generated by turbocharged engines when they are working.

Turbocharging mainly uses the exhaust gases generated by the engine to drive the compressor to work. During the whole supercharging process, the power of the engine is not consumed, so that the engine can have better acceleration continuity.

It should be noted that due to the relatively high temperature generated by the turbocharged engine when working, if the supercharger fails, the cost of later maintenance will be relatively high. For parts inside the engine, higher temperatures can also damage the parts inside the engine.

In general, while turbocharged engines have better power performance, the engine should be regularly maintained during use.

In today's society, it can be said that basically every household has a car, so do you understand the problems of some cars? For example, do you want to know why turbocharging is more powerful? If you're interested, let's find out.

Because turbocharged engines are quite explosive, especially during acceleration, turbocharged engines have better performance symptoms.

In the vehicle market, most of the models that use turbocharged engines are German cars, and some American and Japanese cars also use turbocharged engines.

Basically, we all know that turbocharged engines are more powerful than naturally aspirated engines. At the beginning, the explosive power of the turbocharged engine is relatively high, and the temperature generated by the turbocharged engine when working is also relatively high. Turbocharged engines are naturally more efficient.

The key to turbocharging is to drive the compressor to work with the exhaust gases generated when the engine is running. During the entire turbocharging process, the power of the engine is not dissipated, so that the engine can have better acceleration continuity.

It should be noted that due to the relatively high temperature of the turbocharged engine when working, if the supercharger fails, the cost of later maintenance will be a little higher. For engine internal parts, higher temperatures can also damage engine internal parts.

Generally speaking, although the power performance symptoms of turbocharged engines are better, it is still necessary to maintain the engine regularly during use.

Well, due to the limited space, Bian Xiao will introduce so much to you. I believe that after reading the introduction, you should have a certain understanding of why turbocharged power is stronger. Finally, () Bian Xiao hopes that this content can help you. Bian Xiao is here to thank you very much for your support.

Because the pressure of such an engine is particularly high, the power of the engine is relatively strong, the explosive power is also relatively strong, and the temperature will not be particularly high.

I think this kind of car is better, because I would like this type of car myself, with more power and good driving speed; Its power is very good, it is a kind of high power and small displacement, and the advantages are more obvious, which is incomparable to many other engines.

Turbocharged cars are more powerful, but the corresponding fuel consumption is also relatively higher, the maintenance cost is higher, the service life is shorter, and it is prone to failure, it has more power than ordinary engines.

Turbocharged cars are better and have more power in the engine; Its power is very good and brings a lot of benefits to the car.

Turbocharged cars are better; Its power is very good, the horsepower is particularly sufficient, and the acceleration is relatively fast.

On the question of whether a turbine is worth buying, we can first look at its advantages and see if it can impress you before making a decision. Because the specific needs of each consumer may be different, the so-called what suits you is the best. First of all, in terms of power, turbocharged engines are more powerful than naturally aspirated engines, of course, in terms of turbocharged engines and naturally aspirated engines of the same displacement.

Secondly, turbocharging is more fuel efficient, which is a major trend now and in the future.

Because many countries have formulated strict environmental protection standards for automobile exhaust emissions, and the standards will become more and more stringent, and turbocharging just meets this environmental protection standard, so it has become the first choice of many manufacturers. The power of a turbocharged engine is a great advantage, why is the power of a turbocharged engine stronger than that of a self-priming engine? Turbocharged engines are equipped with turbochargers that supercharge the internal combustion engine.

This is achieved by increasing the displacement in a very short period of time.

In other words, a turbocharged engine is simply adding a blower to a normal engine. A large amount of air is injected into the engine through the exhaust gases, which drives the blower, making the pressure of the internal combustion engine very high. Turbocharging works on the principle that in the same unit of time, it can force more of the air and fuel mixture into the cylinders for compression combustion, which can produce a greater power output than a naturally aspirated engine.

The maximum power output of an engine using a turbocharger can be increased by about 40%.

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Yes, because turbocharged cars have a very good power and the feeling of use is relatively good. Its power is very good, the power of this engine is relatively high, and the torque is also relatively large.

I don't think this kind of car is good, although the power of this kind of car is relatively strong, but this kind of car has a delay in speeding up, and the driving experience is not good.

I don't think this kind of car is good, although it is more dynamic, but there is a delay in acceleration, and it is also prone to carbon deposits.

What is the difference between supercharging and turbocharging? Which one is better? Why are private cars now turbocharged more than mechanical?

What is Supercharging? Neither supercharging nor turbocharging increases engine displacement, but rather increases the amount of compressed air entering the engine's combustion chamber (while injecting more fuel), thereby increasing the engine's power output. It's just that they work differently.

Mechanical pressurization means that the engine crankshaft is directly connected to the air compressor through the transmission (belt, gear, etc.) to guide the rotation of the rotor in the air compressor and send compressed air to the engine combustion chamber. Why is mechanical supercharging used in good cars, is mechanical supercharging better than turbocharging? In addition, the "dual supercharging" using the "composite supercharging system" is a combination of mechanical supercharging and turbocharging combined with serial or parallel methods to complete the characteristics of the two supercharging methods.

For example, imported Volkswagen SAIC has a dual-supercharged version, and the power is comparable to that of some turbocharged engines. Comparison of supercharging and turbocharging, on the power output side, as long as the engine is running, the machine supercharging system will start, and the engine can provide more power at low speeds, and its power output is relatively smooth, and it feels similar to a naturally aspirated engine.

Although the technology of turbocharged engines is now very good, there will still be a subtle delay in power delivery. The machine pressurization system consumes part of the engine's power to move the air compressor, and the higher the speed, the less obvious the effect of the machine pressurization. (Different types of mechanical pressurization have different effects.)

It's like a naturally aspirated engine. In terms of fuel economy.

The two types of supercharging of the same displacement are different during high-speed driving, but driving at low speeds, traffic jams, or without the need for a supercharging system, turbocharging does not work, and mechanical supercharging already works when the engine is started, therefore, when driving in traffic jams or at low speeds, turbocharged engines save fuel than supercharged engines. This time everyone knows. Why are small-displacement turbocharged cars selling so hot in the city (relative fuel economy, power)?

Turbocharging and supercharging have their own characteristics, but Waveform believes that "a small amount of turbocharging" is more popular with the public who are currently depleting energy and polluting the environment. Now, today I'm going to tell you so much about supercharging. Hope it helps.

There is still a difference between the turbocharging and mechanical supercharging of automobiles in terms of power, because turbocharging is more powerful than mechanical supercharging, turbocharging is faster than mechanical supercharging, and mechanical is relatively slower.

In the case of the same displacement, there is not much difference in power. However, the speed of the supercharged engine with a large displacement is even more violent.

In fact, the difference in power is not big, because at the speed that everyone usually walks, the two engines can meet that requirement, so I can't feel it.

If the displacement of the two cars is the same, then the one with the turbo will be a little more powerful.