{"wp_id":15574,"view_template":"template\/single","lang_name":"English","lang_arr":{"en":{"id":8,"order":0,"slug":"en","locale":"en-US","name":"English","url":"https:\/\/www3.wuling.id\/en\/tag\/engine\/","flag":"https:\/\/www3.wuling.id\/wp-content\/plugins\/polylang-pro\/vendor\/wpsyntex\/polylang\/flags\/us.png","current_lang":true,"no_translation":false,"classes":["lang-item","lang-item-8","lang-item-en","current-lang","lang-item-first"]},"id":{"id":11,"order":0,"slug":"id","locale":"id-ID","name":"Bahasa Indonesia","url":"https:\/\/www3.wuling.id\/id\/tag\/mesin\/","flag":"https:\/\/www3.wuling.id\/wp-content\/plugins\/polylang-pro\/vendor\/wpsyntex\/polylang\/flags\/id.png","current_lang":false,"no_translation":false,"classes":["lang-item","lang-item-11","lang-item-id"]}},"lang_attr":"lang=\"en-US\"","crumbs":{"json":"
Home<\/a> \/ Engine<\/span><\/div>","schema":{"@context":"http:\/\/schema.org\/","@type":"BreadcrumbList","itemListElement":[{"@type":"ListItem","position":1,"name":"Home","item":"https:\/\/wuling.id\/en"},{"@type":"ListItem","position":2,"name":"Engine","item":"https:\/\/wuling.id\/en\/tag\/engine\/page\/5"}]}},"wp_title":"Car Turbo Engines: Working Performance and Functions","wp_content":"

Everyone knows that a car needs an engine to run. One type of engine used in cars is a turbo engine. This one machine has a very important function for running a car.\u00a0 However, maybe not many people know what this part actually is.<\/p>\n

Of course, many also do not know how this section works, functions, and advantages. Knowing the functions that a car turbo engine does can help you understand how important it is to your car. The following is an explanation of further information regarding the turbo engine in the car.<\/p>\n

\"Cara<\/p>\n

How a Car Turbo Engine Works<\/h2>\n

The turbocharger utilizes the hot air flow from the engine exhaust gasses. This utilization aims to increase the pressure and density of the air in the combustion chamber. The exhaust gas from the engine is not directed to the exhaust, but rather directed first to the turbo part of the car where a rotating turbine is placed.<\/p>\n

Furthermore, the compressor can utilize mechanical energy to compress or suck more air from outside, into the engine combustion chamber. The rotation created in the turbo can reach up to 150 thousand rpm which shows up to 30 times faster than the engine speed of a regular car.<\/p>\n

The new turbo starts working when the engine spins at a certain rpm. The reason is that the new turbine rotates when the exhaust gasses have sufficient pressure. The faster the rpm rotation, the stronger the impulse from the exhaust gasses to the turbine.<\/p>\n

The stronger the turbine movement, the more the compressor rotation will increase. The air that enters a combustion chamber becomes rich in oxygen, denser, and has high pressure. Because of this, the mixture of fuel and air in the combustion chamber can have a high explosive power when the spark plug ignites the mixture of the two.<\/p>\n

The power and torque delivered in one cycle of the internal combustion engine can be significantly increased because of the thrust of the piston due to the explosion in the powerful combustion chamber.<\/p>\n

The power of the car's turbo components in the supercharger engine comes from the car engine<\/a> speed. The supercharger and the engine are connected via a belt so that when the engine starts, the supercharger will work. The air that is \"sucked\" by the turbine and forced into the engine comes from the free air around the supercharger. This is because it has nothing to do with exhaust gasses.<\/p>\n

\"\"<\/p>\n

Turbo Engine Function<\/h2>\n

Turbo is the part that is in the exhaust pipe of the vehicle. The function of the turbo on a car is to rotate the propellers so that large amounts of compressed air appear by utilizing the exhaust gasses that come from the engine.<\/p>\n

There are two turbines on one shaft in the turbo. The first turbine is a drive turbine that is used as a player and the other is called a driven turbine because it is rotated by the first turbine. The power that drives the turbine drive comes from the engine exhaust gasses. The position of the drive turbine is in the middle of the exhaust gas flow so that it can rotate together with the gas and the driven turbine.<\/p>\n

Usually, there is also an intercooler that can help cool the air so that the combustion process is optimal. The turbine does not need to be given special care but the owner only has to change the oil<\/a> regularly as the turbine uses engine oil for lubricant.<\/p>\n

\"Apa<\/p>\n

What Are The Advantages for Cars?<\/h2>\n

Turbo engines have their own advantages from an environmental point of view, as they use exhaust gasses, which are actually air pollutants, as auxiliary power for combustion. In terms of performance, the advantages of this engine actually depend on the vehicle itself.<\/p>\n

Recently, many people feel that the turbo car engine is more beneficial. Cars will be more fuel efficient and more environmentally friendly. This engine will also ensure that your car still has power.<\/p>\n

That's some information we can provide related to turbo engines in cars. This engine is very beneficial for car owners because it can help to save fuel and make the car more powerful. One of the cars that already has a turbo engine is the Wuling Cortez<\/a>.<\/p>\n

The Wuling Cortez car has been embedded with a turbo engine so that it can produce maximum work force. This car is perfect for those of you who like cars with high power. Drivers who love the environment can also choose Wuling Cortez because this car can help reduce air pollution.<\/p>\n

We hope that our information regarding this component will help you understand this section better.<\/p>\n","desktopBanner":null,"mobileBanner":null,"introTitle":null,"introContent":null,"iframeYoutubeId":null,"formCountdown":null,"startCountdown":null,"finishCountdown":null,"termsAndConditions":null,"cta_link":null,"cta_text":null,"cta_external":null,"wp_foot":null}