The price of cars falls every day, but the cost of keeping cars is rising day by day. After the gasoline price was raised again in March, the proportion of fuel consumption in car-keeping expenses has been increasing day by day, which has led consumers to pay more attention to fuel consumption. What are the factors related to fuel consumption? Which of the many brands are more fuel efficient? We particularly analyze the five mainstream economic cars: Vios, Palio, Elysee, Sail, and Maxima. Displacement Weight Respectively determines the maximum fuel consumption of Elysee From the point of view of design and manufacture, car fuel consumption is mainly related to several major factors such as displacement, shape, wind resistance, dead weight, and tires. We have selected several economical cars with displacements of 1.5L to 1.6L, and the overall fuel consumption is moderate. According to the manufacturer's data, the fuel consumption of these vehicles is between 5.3 and 7. Modeling also has a great influence on the fuel consumption of the car. Some professional players often install deflectors on the wing when they are refitting the car to reduce the air resistance at the rear of the car. Because the car resistance is proportional to the square of the vehicle speed, the power consumption is proportional to the third power of the vehicle speed. As the speed increases, the wind resistance of the car will increase according to the square law. At the same speed, the vehicle with a large drag coefficient has a large resistance, consumes a large amount of power, and has a relatively high fuel consumption. Relatively speaking, hatchback vehicles consume more fuel than streamlined sedan cars. Therefore, the hatchback Palio has a displacement of 1.5L, but the fuel consumption is 5.5L per 100 kilometers. The sedan and Trinidad fuel consumption of the sedan is 100 kilometers respectively. 5.3L and 5.6, not much difference. The weight of the vehicle is also proportional to the fuel consumption. It is reported that for each 10% drop in vehicle weight, the fuel consumption will decrease by several percentage points. The size of the tire will also affect the fuel consumption of the car. The larger the tire, the higher the ride stability and comfort, and the greater the fuel consumption. Among the several economical cars we compared, the Elysee had a maximum displacement of 1.6L, a maximum weight of 1115kg, and a maximum tire width of 185mm. Therefore, its maximum fuel consumption of 7 liters per 100km is not unexpected. While the same level of displacement of the Sail Although the tire width of 185mm, but the lightest weight in a few, only 1010kg, the corresponding fuel consumption is not high. The theory of Maxima's weight and tire size is not large, which results in low fuel consumption. Palio's self-respect was only 1070kg behind Elysee, and its maximum tire width to height ratio was 70. Therefore, although its displacement is 1.5L, the fuel consumption per 100km is also 5.5L.
Five economic vehicles compare the highest fuel consumption of Sail Elysee
The price of cars falls every day, but the cost of keeping cars is rising day by day. After the gasoline price was raised again in March, the proportion of fuel consumption in car-keeping expenses has been increasing day by day, which has led consumers to pay more attention to fuel consumption. What are the factors related to fuel consumption? Which of the many brands are more fuel efficient? We particularly analyze the five mainstream economic cars: Vios, Palio, Elysee, Sail, and Maxima. Displacement Weight Respectively determines the maximum fuel consumption of Elysee From the point of view of design and manufacture, car fuel consumption is mainly related to several major factors such as displacement, shape, wind resistance, dead weight, and tires. We have selected several economical cars with displacements of 1.5L to 1.6L, and the overall fuel consumption is moderate. According to the manufacturer's data, the fuel consumption of these vehicles is between 5.3 and 7. Modeling also has a great influence on the fuel consumption of the car. Some professional players often install deflectors on the wing when they are refitting the car to reduce the air resistance at the rear of the car. Because the car resistance is proportional to the square of the vehicle speed, the power consumption is proportional to the third power of the vehicle speed. As the speed increases, the wind resistance of the car will increase according to the square law. At the same speed, the vehicle with a large drag coefficient has a large resistance, consumes a large amount of power, and has a relatively high fuel consumption. Relatively speaking, hatchback vehicles consume more fuel than streamlined sedan cars. Therefore, the hatchback Palio has a displacement of 1.5L, but the fuel consumption is 5.5L per 100 kilometers. The sedan and Trinidad fuel consumption of the sedan is 100 kilometers respectively. 5.3L and 5.6, not much difference. The weight of the vehicle is also proportional to the fuel consumption. It is reported that for each 10% drop in vehicle weight, the fuel consumption will decrease by several percentage points. The size of the tire will also affect the fuel consumption of the car. The larger the tire, the higher the ride stability and comfort, and the greater the fuel consumption. Among the several economical cars we compared, the Elysee had a maximum displacement of 1.6L, a maximum weight of 1115kg, and a maximum tire width of 185mm. Therefore, its maximum fuel consumption of 7 liters per 100km is not unexpected. While the same level of displacement of the Sail Although the tire width of 185mm, but the lightest weight in a few, only 1010kg, the corresponding fuel consumption is not high. The theory of Maxima's weight and tire size is not large, which results in low fuel consumption. Palio's self-respect was only 1070kg behind Elysee, and its maximum tire width to height ratio was 70. Therefore, although its displacement is 1.5L, the fuel consumption per 100km is also 5.5L.