
The 2007 Excelle has a fuel consumption of 4.6L per 100 kilometers. The actual comprehensive fuel consumption is influenced by multiple factors such as load, road conditions, driving habits, weather, wind speed, tire pressure, etc. The actual comprehensive fuel consumption should be based on real driving conditions. Methods to determine fuel consumption: You can determine fuel consumption through the car's dashboard, where F=full and E=empty. When the fuel tank warning light turns red, record the mileage, then note how much fuel is added. When the fuel is next depleted, record the mileage again. Subtract the initial mileage from the current mileage, then divide by the amount of fuel used to calculate the fuel consumption. Factors affecting fuel consumption: There is a certain relationship between engine displacement and fuel consumption, but higher fuel consumption does not necessarily mean larger displacement. Relatively speaking, the size of a car's engine displacement does not directly correlate proportionally with fuel consumption. In addition to engine size, factors such as the car's design, weight, and engine technology are also significant influences on fuel consumption.

I'm a seasoned driver with over a decade of experience, and I'm very familiar with the 2007 Excelle. In city driving, it typically consumes around 10 liters per 100 kilometers, while on the highway, it can drop to just over 8 liters. The key is how you drive and the condition of the car. When I first bought my 2007 Excelle, the fuel consumption was on the higher side. But after regular oil changes, cleaning the air filter, and keeping an eye on tire pressure to ensure it's not too low, it now consistently stays around 9 liters, which is quite hassle-free. Don't just rely on the dashboard display; using a mobile app to track actual fuel consumption and mileage is more accurate. As the engine ages, carbon buildup becomes more likely, so gentle acceleration and avoiding hard throttle can save a significant amount on fuel costs.

I work in an auto repair shop and deal with older cars every day. Owners of 2007 Excelle often complain about fuel consumption issues. Typically, a combined fuel economy of 9-11 liters per 100 kilometers is considered normal, and it can be even higher in city traffic jams. The main factors to consider are the car's condition, such as aging spark plugs or clogged fuel injectors, which can cause fuel consumption to spike by one or two liters. Simple maintenance can improve this. Don’t overlook fuel quality—cheap fuel burns incompletely and also wastes gas. It’s recommended to change the engine oil regularly and check the ignition system. Driving at a steady speed of 90 km/h on highways is the most economical. For older cars with high mileage, it’s best not to overload them, as it affects balance.

Just got a used 2007 Excelle not long ago, the actual fuel consumption was over 11 liters, but managed to reduce it to 9 liters through steady driving habits. Recording fuel data is the hard truth, don't trust the overly optimistic official figures. Daily short trips consume the most fuel; warming up the car for a minute after a cold start can improve combustion efficiency, and maintaining an economical RPM around 2000 helps save fuel.

The average fuel consumption of a family-used 2007 Excelle is 10 liters per 100 kilometers, and it consumes more fuel when frequently driving in urban areas for school runs. Load and air conditioning are key factors - using AC in summer increases fuel consumption by over 1 liter. Avoid frequent start-stop driving and sudden braking. Regular wheel alignment and replacing air filters can effectively improve efficiency. Engine carbon buildup is often overlooked, and long-term use of low-quality fuel accelerates wear.

From an environmental perspective, the 2007 Excelle's combined fuel consumption of around 9L/100km is relatively high, but can be reduced to slightly over 8L through optimized driving techniques like gradual acceleration and minimizing hard braking. Choosing low rolling resistance tires saves fuel and reduces carbon emissions. Regular engine maintenance ensures smooth intake and exhaust, improving fuel efficiency for greater environmental friendliness.


