2 What is the actual fuel consumption of a 0 displacement car, you can talk about the situation of y

At the beginning, our assessment indicators for these two models were 10 liters (urban and high-speed road conditions are almost half, because these two lines are from Guangzhou to Zhongshan) and the new Bora (the car of the year) is easier to reach a point, if the road conditions are more than 70% of the high-speed then you can get a fuel-saving bonus, Ma 3 (two-year car) basically did not meet the standard, the team has changed the driver to test fuel consumption, and the final index is set in the liter, because it is impossible to set to 11 liters. In principle, a two-year-old car is the time when fuel consumption is the lowest.

In addition, these two cars are not of the same grade, in terms of maintenance costs alone, the Ma 3 is 2 times that of Bora, and we also purchased it at the request of the customer.

The fuel consumption of the car is not only related to the displacement, but also has a direct relationship with its own weight and matching situation.

Each car varies depending on the tuning and technology used.

At the same time, the weight of the vehicle and the size of the tires also have an impact on fuel consumption.

Generally, the trolley is around 8-11 liters.

Dirt bikes are more than 1-2 liters.

Japanese cars and Korean cars cost 1-2 liters less.

The two cars you mentioned.

Between 8-10 liters.

At the beginning, our assessment indicators for these two models were 10 liters (urban and high-speed road conditions are almost half, because these two lines are from Guangzhou to Zhongshan) and the new Bora (the car of the year) is easier to reach a point, if the road conditions are more than 70% of the high-speed then you can get a fuel-saving bonus, Ma 3 (two-year car) basically did not meet the standard, the team has changed the driver to test fuel consumption, and the final index is set in the liter, because it is impossible to set to 11 liters. In principle, a two-year-old car is the time when fuel consumption is the lowest.

This cannot be unified.

Each car varies depending on the tuning and technology used.

At the same time, the weight of the vehicle and the size of the tires also have an impact on fuel consumption.

Generally, the trolley is around 8-11 liters.

Dirt bikes are more than 1-2 liters.

Japanese cars and Korean cars cost 1-2 liters less.

The two cars you mentioned.

Between 8-10 liters.

Most of the models that use liters of naturally aspirated engines have a fuel consumption of up and down liters per 100 kilometers.

In addition, the fuel consumption of the displacement of the car also depends on the road conditions, if it is running at high speed, the fuel consumption is about liters per 100 kilometers. If driving on urban roads, fuel consumption is about 10 litres per 100 km, and some cars are even higher. Fuel consumption depends not only on the road conditions on which it is driven, but also on the driving habits of the driver.

Relevant knowledge. Nowadays, many cars will use small displacement turbocharged engines, and it is often said that turbocharged engines are fuel-efficient, but this statement is not true. If a turbocharged engine of the same displacement is compared with a naturally aspirated engine, it must be that the turbocharged engine is more fuel-intensive.

If it is an engine compared to an engine, it must be that the engine is more fuel-efficient. Because the displacement of the engine is much smaller than the displacement of the engine, and the power of the engine can be even stronger than the power of the engine.

The fuel consumption of a car depends not only on the displacement of the engine, but also on the matching of the gearbox with the engine. If the gearshift logic of the gearbox is not tuned well, even if a very fuel-efficient engine is used, the fuel consumption of the car will be high.

Rough estimation without taking into account road conditions, vehicle speed, etc.:

5 liters about 100 km.

0 about 10 liters 100 km.

3. In this way, the difference of 100 kilometers is about liters.

Summary. Hello, I am your exclusive elite technician, we promise to be attentive, careful, and attentive to answer your car questions. Hello, this displacement and then the average fuel consumption of 100 kilometers is not high, which is not a normal range, because of the displacement, generally its fuel consumption is between, and your words are relatively low.

Hello, I am your exclusive elite technician, we promise to be attentive, socks and wisdom are careful, and we will concentrate on answering your car questions. Hello, the displacement of this and the average fuel consumption of 100 kilometers is not high, which is in the normal range, because of the displacement, the fuel consumption of Biki is generally between, and your words are relatively low.

I would like to inquire about how this fuel consumption is calculated.

His fuel consumption is calculated based on this computer, and this is not artificially calculated.

It is necessary to measure fuel consumption depending on the type of vehicle. Generally speaking, the normal fuel consumption of the displacement is around 8-10L.

Generally, the fuel consumption of cars and SUVs with the same displacement is not the same. Take Skoda Kodiak, for example. The car is equipped with two engines, the and the model. The official fuel consumption data is according to normal driving conditions, the actual fuel consumption of the car should be about 8L.

The main function of installing a turbocharger in a car is to increase the air intake of the engine, thereby increasing the output power and torque of the engine, and making the power of the car stronger. Generally speaking, after an engine is equipped with a turbocharger, the output power of the engine will be increased by about 40% compared with the traditional engine, and at the same time, it can also improve the fuel efficiency of the engine and reduce the exhaust emissions of the vehicle.

To reduce the fuel consumption of a car, you must first maintain good driving habits. Improper driving habits lead to an increase in fuel consumption of automobiles, which has a greater impact on large-displacement vehicles. Reducing the load on the car can also reduce the fuel consumption of the car.

The relationship between vehicle weight and fuel consumption is directly proportional. For every 10% reduction in vehicle load, fuel consumption is also reduced by several percentage points.

Also check your car tires regularly. Low tire pressure can also affect the fuel consumption of a car.

Millions of car purchase subsidies.

The comprehensive fuel consumption of displacement (one-third of urban congestion, one-third of urban-rural integration, one-third of high-speed) is generally. The above values are for reference only, the actual fuel consumption varies, mainly depends on the driving road conditions and personal driving habits.

The fuel consumption of driving in different road conditions is also different, and the fuel consumption of driving at a high and uniform speed (the most economical fuel consumption) is generally; Fuel consumption (least economical fuel consumption) for congested driving in urban areas is generally.

The factors that affect fuel consumption are:

1. Whether refrigeration and air conditioning are used.

2. The driving condition of Zhaxiang is the most fuel-efficient at uniform speed and economic speed.

3. The heavier the car, the lighter the more fuel-efficient.

4. Electricity consumption, the more electricity consumption, the greater the magnetic resistance of the generator.

5. Driving habits, stepping on the brakes too much will definitely not save fuel.

6. The engine temperature is about 70 degrees Celsius, and the oil viscosity is high and the lubrication is not good when it is too low. When it is too high, the oil adhesion is poor, the lubrication is reduced, and the cooling fan consumes electricity and then consumes fuel when the cooling fan is turned on.

7. Oil performance.

8. Tire resistance, wide tire resistance is large, and the resistance also increases when there is a shortage of air.

9. Aerodynamics of body design, etc.