What is the actual fuel consumption per 100 kilometers for the Teana 2.5?
3 Answers
Teana 2.5's actual fuel consumption per 100 kilometers is 7.5L. Below are the specific details of the Teana 2.5: 1. The Teana 2.5 is a 4-door, 5-seater sedan with a displacement of 2.5L and a naturally aspirated intake system. The Nissan Teana 2.5 typically uses 0W-30SN full synthetic engine oil. 2. The 2.5L QR25DE inline 4-cylinder engine can output a maximum of 186 horsepower and a maximum torque of 23.9 kg·m, paired with the new-generation XTRONIC-CVT continuously variable transmission. Additional information: Naturally aspirated engines have relatively modest requirements for oil quality and can use mineral oil, semi-synthetic oil, or full synthetic oil.
I've been driving the Teana 2.5 for a few months now, and the real-world fuel consumption is around 10 to 12 liters per 100 kilometers in urban conditions, dropping to about 8 liters on the highway. Based on my own measurements, fuel consumption is highest during rush hour traffic, reaching around 12 liters, while it's only about 8.5 liters when driving more relaxed on suburban roads on weekends. Many factors affect fuel consumption, such as sudden acceleration increasing it. After developing the habit of gently pressing the accelerator, I've managed to save nearly 1 liter of fuel. As the car ages, insufficient tire pressure or worn spark plugs can also lead to higher fuel consumption, so regular maintenance is recommended to maintain optimal performance. Listening to some light music while driving helps with relaxation, avoiding frequent braking, and can also enhance the overall driving experience.
As an automotive testing enthusiast, I've followed the real-world test data of the Teana 2.5. Most owners report actual fuel consumption fluctuating between 9 to 11 liters per 100 kilometers. For instance, highway cruising can drop to around 7.5 liters at its lowest, while city driving in heavy traffic can normally jump up to 12 liters. The vehicle's weight and engine tuning make it perform well on smooth roads, but uphill driving or running the air conditioning at full blast can increase the burden. I recommend optimizing based on driving conditions, such as selecting eco mode or planning routes in advance to avoid traffic congestion, which can save a significant amount on fuel costs in the long run. Fitting low-resistance tires is also a smart fuel-saving trick worth trying.
