What is fuel consumption per 100 vehicle kilometers, fuel consumption per 100 ton kilometers

100 kilometers of fuel consumption is the amount of fuel consumed by the vehicle in the state of empty driving, fuel consumption per 100 kilometers ** liters, 100 tons of kilometers of fuel consumption is 100 kilometers per ton of cargo weight driving fuel consumption, such as: Dongfeng EQ1090E and liberation CA1092 gasoline truck chassis transmission ratio matching is generally suitable for ordinary highways and trailer driving, its maximum speed is specified as 90km h, at this time the engine reaches the rated maximum speed of 3000r min. When the speed exceeds 80km h, the fuel consumption increases too much, such as 80km h speed than 70km h speed 100 km fuel consumption increases by 31 4 (Jiefang CA1092) and 39 53 (Dongfeng EQ1090E).

For this kind of in-service trucks on the highway, under the condition of considering fuel economy and transportation efficiency at the same time, its operating economy speed range is 65 75km h. If you ignore the performance of this type of vehicle, step on the accelerator pedal when driving on the highway, so that the speed exceeds the maximum speed mentioned above, causing the engine to overspeed, not only the fuel consumption soars, but also the wear of each assembly is aggravated, and even due to the increase of internal stress of the machine parts and damage such as cracking or breaking. At present, when domestic automobiles are driving at high speed on the highway, there are often phenomena such as tire heating and blasting, engine cooling water "boiling" and oil seal leakage.

Dongfeng EQ1061TZ light diesel vehicle is designed and produced in recent years, the car is fully loaded on the Jinan-Qingdao Expressway with the fuel consumption of traffic as shown in Table 4.

Table 4 The speed and fuel consumption of Dongfeng EQ1061TZ diesel vehicle on Jiqing Expressway.

Vehicle speed (km h).

Fuel consumption (l 100km) 40 50

There is no fuel consumption of 100 vehicle kilometers, there is fuel consumption of 100 kilometers, that is, the fuel consumption of the car traveling 100 kilometers.

Fuel consumption per 100 tons of goods refers to the consumption and fuel required for each 100 tons of goods to travel one kilometer, and fuel consumption per 100 kilometers is usually used to calculate the fuel economy of cars;

Fuel consumption per 100 ton-kilometers is usually used to calculate the fuel economy of trucks.

Bugatti Veyron.

urban fuel consumption ; High-speed fuel consumption.

As the world's top supercar, the Bugatti Veyron won the first place and is a true oil tiger. Bugatti's engine power composition is absolutely terrifying in the world, it is equipped with a W16 quad turbo engine, the powerful engine makes the Veyron have 1001 hp, 0-100 km h acceleration seconds, top speed 432 km h and many other proud statistics.

Creation of the Bugatti brand.

Ettore Bugatti, the founder of Bugatti cars, was born in Milan, Italy, in 1881, to a father who was a painter and a famous furniture designer. Ettore Bugatti, who studied at art school since childhood, has a special passion for driving cars, and has been involved in motorsport since he was 17 years old. At an early age, he created the Bugatti T1-T5 and competed in many races.

In 1902, Ettor Bugatti moved with his family to Niederbronn in Alsace, France, and in 1904 he began to work with Peugeot to develop and produce cars for him, and until 1909, a total of T6-T9 models were produced. Ettore Bugatti then moved with his wife and children to Molsheim in Alsace, where he established the Bugatti car factory, where mass production of the full-fledged T13 began.

Refueling to jump guns, running for a while, plus jumping guns, you can see, no matter what kind of car, it is by adding how many kilometers of fuel, and it is the most accurate to calculate it again. Fuel consumption per 100 kilometers refers to the average fuel consumption per 100 kilometers when a car is driving on the road. It is a measure of the fuel consumption of a car.

For example: 10 100 = 60 600 on the left side of the equation is theoretically 100 kilometers and 10 fuel consumption. On the right side of the equation is the car that travels 600 kilometers and consumes 60 fuels.

The equation holds. The actual method of calculating fuel consumption: x 100 = 50 600x is the number of liters of fuel consumption per 100 kilometers sought, and the right side of the equation is the car driving 600 kilometers and consumption of 50 liters.

The equation holds, and the equation is solved, x=50 100 600.

Lamborghini, as little as 20, as much as 40

The fuel consumption of the car is generally about 9L per 100 kilometers. 100 kilometers of fuel consumption is the manufacturer in the objective environment, with the vehicle chassis installed in the dynamometer measured value measured into the speed parameters, and then specify the speed to drive, calculate the model of the theoretical experiment 100 kilometers fuel consumption data.

Since most vehicles are close to economic speed at 90 km/h, most of the published theoretical fuel consumption is usually 90 km/h per 100 km/h. (The exhaust gas volume is determined by analyzing the carbon content in the exhaust gas by exhaust gas analyzer and carbon balance method).

Saving in the future is king:According to the "Energy-saving and New Energy Vehicle Industry Development Plan" issued by China, by 2020, the average fuel consumption of new passenger cars in China will be reduced to the level of 5 liters per 100 kilometers. According to the "Technology Roadmap for Energy-saving and New Energy Vehicles", the average fuel consumption of energy-saving passenger cars per 100 kilometers is targeted to be 4 liters in 2025 and liters in 2030.

What does fuel consumption mean per 100 km? Futong 100 kilometers fuel consumption refers to the amount of fuel consumed by the vehicle for 100 kilometers, which is the main parameter of the vehicle.

The fuel consumption of 100 kilometers announced by the Ministry of Industry and Information Technology is a comprehensive data obtained by driving at a specified speed when necessary.

Generally speaking, the economic speed of most cars is around 90 dry meters per hour, and the speed selected in the experiment is mostly this speed.

The fuel consumption per 100 kilometers announced by the Ministry of Industry and Information Technology is an ideal value, and the actual fuel consumption is often higher than this value.

There are many factors related to a vehicle's fuel consumption. The most fundamental factor is the displacement of the engine. The larger the engine displacement, the higher the fuel consumption of the vehicle.

Following the trend, there are fewer and fewer naturally aspirated engines with large displacements due to stricter emission regulations.

On the contrary, there are more and more turbocharged engines of medium displacement, and turbocharged engines have become the mainstream engine in the current vehicle segment.

However, the turbocharging technology needs to be further improved, and the later maintenance is relatively high. There's still a long way to go before it can truly spread across the country.

Car fuel consumption is a crucial reference index for us to buy a car. Different models have different fuel consumption, and you need to be treated differently by friends.

Well, Bian Xiao will introduce so much to you today. After reading Bian Xiao's explanation, you should have a certain understanding of the meaning of fuel consumption per 100 kilometers. Finally, () Bian Xiao hopes that this content can help you. Bian Xiao is very grateful for your support here.

Fuel consumption per kilometer is the amount of fuel consumed by the car for 100 kilometers. Here's what you need to know about fuel consumption per 100 km. The meaning of fuel consumption per 100 kilometers refers to the fuel consumption of a vehicle driving 100 kilometers on the highway at a certain speed.

It is a theoretical indicator of the vehicle. 100 kilometers of fuel consumption is the value measured by the dynamometer installed on the chassis of the vehicle in the objective environment, which is converted into speed parameters by the manufacturer, and then drives the vehicle at the specified speed to calculate the fuel consumption data of the theoretical experiment of the vehicle per 100 kilometers. Since most vehicles are close to an economic speed of 90 km/h, most published theoretical fuel consumption is usually 90 km/h per 100 km.

Fuel consumption and displacement: Although there is a relationship between fuel consumption and displacement, this relationship is not absolute. A larger cylinder volume (displacement) can accommodate more combustible mixtures (air-bulk fuels), so all else being equal, an engine with a larger cylinder volume (displacement) will inevitably have better power and higher fuel consumption.