
The comprehensive fuel consumption of the H6 is approximately 6.8L. The most common power option for the Haval H6 is the 1.5T engine, with a maximum power of 150Ps (110Kw) and a maximum torque of 210N.m. There is also a 2.0T model available, with a maximum power of 224PS (165Kw) and a comprehensive fuel consumption of about 7.1L. Below are some methods to reduce fuel consumption: Check the air conditioning system in summer: Air conditioning malfunctions are a significant cause of high fuel consumption. If the cooling effect is poor, it will require increasing the fan speed and lowering the temperature to achieve a comfortable cooling effect. Avoid frequent hard braking: Frequent hard braking is a major reason for high fuel consumption. While ensuring safe driving, make full use of the vehicle's inertia. Avoid excessive use of air conditioning in small-displacement vehicles: For vehicles exposed to the sun, it is not advisable to turn on the air conditioning immediately after entering. First, open the windows and set the fan to a higher speed without turning on the air conditioning to expel the hot air inside. Wait until the vehicle has cooled down moderately before turning on the air conditioning.

As a driver with years of experience, the fuel consumption of the Haval H6 generally ranges from 8 to 10 liters per 100 kilometers, depending on specific conditions. When driving steadily on highways at speeds between 80-100 km/h, the fuel consumption can drop to around 7.5 liters, which is particularly economical. However, in city traffic with frequent stops and starts, it may rise to 11 liters or even more. I believe key influencing factors include road conditions, vehicle load, and tire pressure—low tire pressure increases resistance. Different model years also vary, with newer turbocharged engines averaging around 9 liters, while the hybrid version can go as low as 6 liters. I usually calculate actual fuel consumption by recording fuel fill-ups and mileage to avoid waste. Overall, planning routes wisely and avoiding peak hours can effectively control costs in daily driving.

As a car enthusiast, I'm very familiar with the H6's fuel consumption, averaging around 8.5 liters per 100 kilometers. Driving habits directly affect it—gentle acceleration, less sudden braking, and maintaining a steady speed on highways optimize fuel efficiency. Speeding or running the AC at full blast can increase consumption by 1-2 liters. Maintenance is crucial; regularly replacing air filters, spark plugs, and engine oil improves engine efficiency, stabilizing fuel consumption. I recommend a gentle start and avoiding unnecessary extra weight. Compared to other SUVs like the Geely Boyue, the H6 offers better value in its class with similar fuel consumption. Developing a habit of tracking data through apps helps save money and is eco-friendly.

From a technical perspective, the H6's 1.5T gasoline engine has a typical fuel consumption of 9 liters per 100 kilometers. Engine design has a significant impact; for example, fuel consumption tends to be higher when intake efficiency is low or ECU tuning is insufficient. A drag coefficient of approximately 0.35 increases fuel consumption at high speeds. The calculation method is straightforward: fill the tank to full, drive 100 kilometers, then refuel and calculate the actual amount used. The hybrid version, after optimization, can reduce consumption to 4-6 liters, thanks to the electric drive mode. Load variations, such as towing heavy objects, cause a noticeable increase in instantaneous fuel consumption, but efficient driving can help maintain optimal performance.


