What does comprehensive fuel consumption mean?

[HaileyRose]

Comprehensive fuel consumption is the average value of fuel consumption under several different road conditions in specific situations. Generally, comprehensive fuel consumption is calculated based on fuel consumption in both urban and suburban conditions. Average fuel consumption is defined as the amount of fuel used by a vehicle per unit distance traveled, commonly measured in liters per 100 kilometers. The method to calculate a car's fuel consumption per 100 kilometers: 1. Fill up the fuel tank and reset the small odometer in the trip meter, then drive on the road; 2. When the small odometer reaches approximately 100 kilometers, find a gas station to refuel to the same level as before and record the amount of fuel added in liters; 3. Divide the recorded fuel amount by the mileage on the small odometer and multiply by 100 to get the fuel consumption per 100 kilometers.

[DelRicardo]

The combined fuel consumption is like the overall fuel efficiency performance of a vehicle. It averages the fuel consumption during city traffic jams and smooth highway driving, providing a more comprehensive reflection of the car's fuel efficiency in daily use. As someone who frequently studies cars, I find this figure quite meaningful because it simulates real-world driving conditions through standardized tests, such as stop-and-go traffic, acceleration, and deceleration scenarios. Many factors influence it, including engine performance, vehicle weight, and driving habits. The officially published combined fuel consumption data helps me compare the fuel-saving levels of different models, and referencing this when buying a car allows me to estimate fuel expenses in advance. In actual driving, my experience shows that maintaining proper tire pressure and avoiding frequent hard braking can help keep the actual fuel consumption close to this value, reducing unnecessary expenses. Regular vehicle maintenance checks, such as replacing the air filter, can also optimize fuel efficiency.

[Camilla]

For us ordinary car owners, comprehensive fuel consumption is essentially the average fuel usage of a car under various driving conditions, including a mix of congested city roads and smooth highways. I use it to plan my monthly fuel budget. The official combined fuel consumption figure serves as a reference, but in real-world driving, if you frequently navigate city traffic, the actual fuel consumption may be higher than this value. Therefore, I adjust my driving habits accordingly, such as gently pressing the accelerator and minimizing air conditioning use to save money. When choosing a car, models with lower comprehensive fuel consumption are more cost-effective in the long run. I've also learned that weather conditions affect fuel consumption—consumption increases when using the heater in winter, similar to using air conditioning in summer. Maintaining the vehicle well and regularly servicing the engine helps keep fuel consumption stable and prevents sudden spikes.

[StLane]

From an environmental perspective, the combined fuel consumption describes the average fuel usage of a vehicle across all typical driving conditions, covering both urban and highway segments. It is directly linked to carbon emissions, as vehicles with lower combined fuel consumption generally emit fewer pollutants overall. I pay special attention to this data because it helps in choosing greener transportation options; during driving, smooth handling and avoiding excessive load can reduce the gap between actual fuel consumption and the rated value, contributing to the planet's environment. The popularity of new energy vehicles has also made this topic more relevant.

[MaryRose]

Comprehensive fuel consumption refers to the average fuel consumption of a vehicle under mixed driving conditions, taking into account both the higher fuel consumption in urban traffic congestion and the better fuel efficiency on highways. I primarily consider cost-saving factors; when purchasing a car, comparing the comprehensive fuel consumption figures can help identify more fuel-efficient models. For example, SUVs tend to have higher fuel consumption, while sedans may be more economical. In daily driving, planning routes to avoid congested areas and reducing luggage weight can improve actual efficiency. In the long run, low fuel consumption models can save a significant amount on fuel costs.